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11
Prof. Ivo Bianchi M.D.USA - CANADA
June 2008
PRM : The Aging
Process and Geriatrics
22
Disclaimer
n This lecture is based on Prof. Ivo Bianchi’s
own clinical experience and his studies in
PRM.
n This lecture is not a prescription and we do
not accept medical or legal responsibility
for misuse of information.
Some of the remedies and techniques
might not be available in your Country and
you must adapt the content to the law of
your Country and to the jurisdiction of
your licensing board.
33
n Most part of the following presentation is an
original creation by Prof. Ivo Bianchi. The
slides created by Prof. Bianchi are marked by
the copyright symbol ©.
n For these slides all rights are reserved and all
reproductions are forbidden; it is forbidden
altering or removing each mark and the notes
of copyright from them as well as using the
slides for other purposes without the written
consent of the author.
All rights reserved
44
Geriatric Medicine and its Social
Importance
Peculiarities of Aging and
Senility
- Section 1 -
55
Importance of
Geriatric Medicine
n By 2030, the proportion of elderly in the
United States is estimated to rise to 19.6
percent of the population, up from 12.4
percent today. The need for doctors
trained in geriatric medicine will also
rise.
n The knowledge of the modern internist
must be focused on geriatric pathologies
and the therapeutic options must be
multiple
Ivo BIANCHI M.D. ©
66
Percentage of Centenaries
Ivo BIANCHI M.D. ©
77
Increase of people average life
n An increasing interest in the study of
Aging Related Diseases
Ivo BIANCHI M.D. ©
88
Most Common Aging Related
Diseases
Ivo BIANCHI M.D. ©
99
Peculiarities of Old People
n Elderly patients need a
continuous administration of
remedies
n Toxicological problems are in
better evidence
n Best way : use of Remedies
that stimulate Cells’ Reactivity
and preserve Organs’
Integrity
Ivo BIANCHI M.D. ©
1010
Peculiarities of Old People
n Degenerative diseases in their
most complete expression, creating
different symptoms and
disabilities
n Genetic, Constitutional
deficiencies express themselves
after a certain age when organ
structure is deteriorated and is no
longer supported by hormonal
equilibrium
Ivo BIANCHI M.D. ©
1111
PRM and Aging
n PRM Strategy : a New Therapeutical
Approach to old Peoples’ care taking
into account many peculiar aspects and
expressions of this declining period of
the life
Ivo BIANCHI M.D. ©
1212
PRM’s Proposals
n To work on the most common age related
diseases with a Complex Therapeutic Strategy
based mostly on Method’s PRM Remedies
ä Basic Remedy for age related pathological processes .:
GUNA Geriatrics
ä Basic Remedy for matrix detoxification .:
GUNA Matrix
ä Basic Remedy for connective tissue drainage .:
GUNA Lympho
ä Basic Remedy for cellular activation .:
GUNA Cell Ivo BIANCHI M.D. ©
1313
Common Disabilitating Symptoms
among Elderly People
Ivo BIANCHI M.D. ©
1414
PRM’s Proposals
n To work on the most common disabilitating
symptoms with a Simple Therapeutic Strategy
based mostly on Symptomatic PRM Remedies
having quick action and no side effects
ä Neuralgic Pain .: GUNA Neural
ä Arthritic Pain .: GUNA Polyarthritis
ä Sleeplesses .: GUNA Sleep
ä Haemorrhoids .: GUNA Haemorrhoids
Ivo BIANCHI M.D. ©
1515
General characteristics of old age
n Increased individual changeability
ä need of a personalized and specific
antisenile therapy
ä usefulness of a PRM complex and
articulated strategy
1/A
Ivo BIANCHI M.D. ©
1616
1717
Mosaic Concept
n Different Pictures (Therapeutic
Strategy) using the same Stones
(Remedies) in different
associations and modalities,
according to the expression of
the Disease and to the Reactivity
of the Patient
Ivo BIANCHI M.D. ©
1818
Constitutional Approach
n Basic approach for a
personalized therapy :
Costitutional –
Neurovegetative outline
Ivo BIANCHI M.D. ©
1919
Ivo BIANCHI M.D. ©
2020
2121
PRM’s Proposals
n Use of some basic PRM Remedies according
to the Constitution of the patient
ä Phlegmatic Constitution :
– GUNA Lympho
ä Choleric Constitution :
– GUNA Flam
ä Sanguine Constitution :
– GUNA Matrix
ä Melancholic Constitution :
– GUNA Cell Ivo BIANCHI M.D. ©
2222
Other Practical Therapeutic
Consequences
n Increased individual changeability
ä According to the different associations of pathologies
and to the different clinical hystory, even the same
chronic degenerative disease has to be treated in a
different way
ä Hepatic Cyrrhosis
– Alcoholic history
n GUNA-Liver + GUNA-Kidney
– Infective history
n GUNA-Virus + GUNA-Matrix
– Degenerative history
n GUNA-Liver + GUNA-Male/GUNA-Fem
1/B
Ivo BIANCHI M.D. ©
2323
General characteristics of old age
n Delayed response to stimuli
ä doses and modalities of administration
of the remedies should be specific for old
age
ä advantages of using injections and a
major quantity of remedies
ä Importance of auto-sanguis therapy
2/A
Ivo BIANCHI M.D. ©
2424
Practical Therapeutic
Consequences
n Delayed response to stimuli
ä Infusion of remedies combinations, PRM
associated with homotoxicological and even
with conventional remedies
ä Use of 2-5 vials for each product and a
combination of sometime 4-5 products
2/B
Ivo BIANCHI M.D. ©
2525
PRM’s Proposals
n Use of strong injectable revitalizing
therapeutic strategies .:
ä MADE
ä OMEOFORMULA 3
ä OMEOFORMULA 1
Ivo BIANCHI M.D. ©
2626
General characteristics of old age
n Reduced capacity of recovery
ä need of a therapy for tissue support
ä advantages of using remedies containing
catalysts and suis-organ preparations
3/A
Ivo BIANCHI M.D. ©
2727
Practical Therapeutic
Consequences
n Reduced capacity of recovery
ä Large use of preparations such as
GUNA-Cell, GUNA-Matrix to
stimulate Cell’s and Connective
Tissue’s reactivity
ä Importance of Organ supporting
preparations such as GUNA-Liver,
GUNA-Kidney , etc....
3/B
Ivo BIANCHI M.D. ©
2828
Guna Cell
3X
4X
10X
6X
12X
30X
2X
Citricum
acidum
Succinicum
acidum
Natrum
oxalaceticum
Natrum
pyruvicum
Methylglyoxal
DNA
Niacin
Ascorbic
acid
Alpha
tocopherol
Folic
acid
Cobalamin
Conium
maculatum
Colchicum
autumnale
Manganese
gluconate
Zincum
gluconicum
Cuprum
sulphuricum
Magnesia
phosphorica
Podophyllum
peltatum
Trace
elements
Seleno
methionine
RNA
Sulphur
Calcium
gluconate
Ferrum
fumaricum
Kalium
asparticum
Manganum
phosphoricum
Fumaricum
acidum
Adenosinum
cyclophosphoricum
a-Lipoicum
acidum
Pantothenic
acid
Pyridoxinum
hydrochloricum
Riboflavinum
PhosphorusThiaminum
hydro
chloricum
Acetyl-L-
carnitine
Catalysts
Homeopathic
remedies
Vitamins
Function
messanger
Amino
acid
Ivo BIANCHI M.D. ©
2929
Guna Matrix
Natrum
oxalaceticum
Fucus
vesiculosus
Natrum
sulphuricum
3X
6X
DL malic
acid
Natrum
pyruvicum
Trichinoyl Pyrogenium
Thuya
occidentalis
Lymphatic
vessel
Conjunctiva
tissue
12X
8X
30X
200X
2X
Tyrosine
Prolactin
4C
Interleukin 6
Ascorbic
acid
Nadidum
Hyaluro
nidase
Hormone
Catalysts Suis-
Organs
Homeopathic
remedies
Dehydro
epiandrosteron
Lacticum
acidum
Histidine
Phenyl
alanine
Enzyme
Vitamins
Cytokines
Herbal remedies
Amino
acids
Ivo BIANCHI M.D. ©
3030
Guna Liver
4X
6X
Fumaricum
acidum
Natrum
oxalaceticum
Natrum
pyruvicum
Ceanothus
americanus
Chionanthus
virginica
Kali
sulphuricum
Natrum
sulphuricum
Gall
bladder
Hepar
12X
8X
2X
Chelidonium
majus
Ribo
flavinum
Cobalamin
Niacin
Thiaminum
hydrochloricum
Catalysts
Suis-Organs
Homeopathic
remedies
Pyridoxinum
hydrochloricum
Inositol
Carduus
marianus
Taraxacum
Vitamins
Jejunum
Pancreas
SpleenLeptandra
virginica
Cholinum
Lycopodium
clavatum
Herbal remedies
Ivo BIANCHI M.D. ©
3131
Guna Kidney
Suis-Organs
Homeopathic
remedies
2X
3X
Methylene
blue
Quinhydrone
Succinicum
acidum
Proteus
Colibacillinum
Equisetum
hyemale
Plantago
major
Pareira
brava
Orthosiphon
stamineus
Kidney
8X
6X
12X
Kali
nitricum
Nitricum
acidum
1X
Ureter
Ononis
spinosa
Sarsaparilla
Solidago
virgaurea
Urinary
bladder
Catalysts
Mouse-Ear
hawkweed
Natrum
muriaticum
Herbal remedies
Ivo BIANCHI M.D. ©
3232
General characteristics of old age
n Increased sensitivity to endogenous
and exogenous stress
ä need of a correct drainage and of
fundamental homeopathic remedies in
order to optimize the psychic reaction
4/A
Ivo BIANCHI M.D. ©
3333
Practical Therapeutic
Consequences
n Increased sensitivity to endogenous
and exogenous stress
ä Large use of preparations such as
GUNA-Mood and ANTI AGE Stress
4/B
Ivo BIANCHI M.D. ©
3434
General characteristics of old age
n Altered regulation of intra- and
extracellular control mechanisms
ä need to use remedies acting on
endocrine system and on the cellular
function (GUNA-Male, GUNA-Fem,
GUNA-Cell...)
5
Ivo BIANCHI M.D. ©
3535
General characteristics of old age
n Decline of reproductive capacity and
gonadic function
ä need to support these organs with the
extensive use of compound remedies
containing suis organ preparations
and cellular catalysts
6A
Ivo BIANCHI M.D. ©
3636
Practical Therapeutic
Consequences
n Decline of the reproductive capacity
and the gonadic function
ä Large use of preparations such as
GUNA-Male and GUNA-Fem
6B
Ivo BIANCHI M.D. ©
3737
General characteristics of old age
n Increase of the rate of age-specific death
ä need to carry out a drainage, a stimluating
therapy, to activate immune defenses and
reactivate functions that would be
inevitably compromised by old age
ä cycles of preventive and maintenance
therapies, at least 4 times a year
7
Ivo BIANCHI M.D. ©
3838
General anti Aging Therapeutic
Proposals : Conventional
Medicine, Natural Perspectives,
PRM
- Section 2 -
3939
Tissue TherapyTissue Therapy
Nosode TherapyNosode Therapy
DrainageDrainage
Acute diseaseAcute disease
ChronicizedChronicized
ReactiveReactive
inflammatoryinflammatory
DiseasesDiseases
ChronicChronic
impregnativeimpregnative
DiseasesDiseases
Health statusHealth status
Aging Symptoms Part of a Whole
Aging is itself a
“chronic disease”
Need of a
Complex PRM Cocktail
Acute diseaseAcute disease
Disease grownDisease grown
acute againacute again
Health status in geriatrics
Health status in geriatrics
Ivo BIANCHI M.D. ©
4040
The Cure
n Delusions of a Miracle
Anti aging Pill
Ivo BIANCHI M.D. ©
4141
Conventional Medicine Proposals
in Geriatrics
n Invasive and substitute Surgery
n Therapy taken to extremes often with
tremendous side effects
ä Lacking evaluation of patients'
Constitution !
Delusions :
- SH
- DHEA
- Melatonin
Future Proposals :
- Gene Therapy
Ivo BIANCHI M.D. ©
4242
DHEA
n DHEA is converted into
Testosterone (and estrogen).
n These sex hormones and their
metabolites promote benign and
malignant prostate cell
proliferation.
n Men with prostate cancer or severe
benign prostate hypertrophy are
advised to avoid DHEA.
n Women with estrogen-dependent
cancer should avoid DHEA
therapy.
n DHEA is risky for individuals with
existing liver disease (such as viral
hepatitis or cyrrhosis)
Ivo BIANCHI M.D. ©
4343
Melatonin
n While there have been no
reports of severe adverse
reactions from Melatonin,
there are concerns that it
could cause side effects
ranging from hypothermia
to dangerous drowsiness,
depression, stroke.
Ivo BIANCHI M.D. ©
4444
GH
n Patients treated in childhood/ early adulthood from
1959 to 1985 with human pituitary GH were followed
through for cancer incidence to December 1995 and
for mortality through to December 2000
n The overall risk of cancer mortality was increased
approximately threefold and from colorectal cancer
and Hodgkin's disease (HD) approximately 11-fold.
The incidence of colorectal cancer was increased
approximately eightfold and both incidences and
mortality of colorectal cancer, as well as that of HD,
were increased even after excluding patients whose
original diagnoses gave them higher risk of cancer.
Ivo BIANCHI M.D. ©
4545
EXCRETION REACTION DEPOSITION IMPREGNATION DEGENERATION NEOPLASM
MIND
SKIN
E.N.T
NERVOUS Syst.
DIENCEPHALON
RESPIRAT. Tr.
DIGESTIVE Tr.
CONNECTIVE T.
HEMOGENESIS
BONE TISSUE
CARDIOV. Syst.
LYMPHATIC T.
JOINTS-SYNOV.
URINARY Syst.
SEROUS MEMBR.
GENITALIA M.
GENITALIA F.
MUSCULAR T.
Symptomatic Drugs : Temporary Relief of the
Symptoms Deepening of the Pathology
The suppression of the Reaction Phase caused by Allopathic Medicine leads to
the Deposition and Degeneration Phases, that is to chronic diseases
SymptomaticSymptomatic
MedicationsMedications
Ivo BIANCHI M.D. ©
4646
Gene Therapy
n In gene therapy, side effects
may originate from
ä genetic damage following the
insertion of the transgene,
ä interference of ectopic transgene
expression with cellular
signaling networks,
ä immune responses evoked by the
transgene product, or by
aberrant reading frames of the
vector. Ivo BIANCHI M.D. ©
4747
New Proposals
n Homeopathic and PRM
General Proposals
Ivo BIANCHI M.D. ©
4848
PRM in Geriatrics
n Careful clinical survey, conventional study too
n Careful evaluation of patients Constitution
n Compatibility with Conventional therapy when
necessary
n Great importance of toxins cleaning with
Drainage activation
Ivo BIANCHI M.D. ©
4949
Effects of PRM Therapy in Geriatrics
n Stimulation of cell and tissue defenses
n Cleavage of endogenous and exogenous
toxins
n Specific stimulation of patients' reactivity
n Stop to degenerative tendencies
n Stimulation of endocrine glands showing a
deficit
Ivo BIANCHI M.D. ©
5050
Advantages of PRM Therapy in
Geriatrics
n Quite easy formulation of a Therapeutic
Strategy
n Quick action of the remedies
n Possibility to give remedies in different
administration ways and forms
n Possibility to combine these remedies with
Conventional ones
n Possibility to combine this therapy with the
remedies of Classical Homeopathy
Ivo BIANCHI M.D. ©
5151
Basic Oral anti Aging Remedy :
Guna-Geriatrics
6X
3X
Suis-Organs
4C
NT3 NT4 Melatonin
HormonesNeurotrophins
Plumbum
metallicum
Hepar
Lobo
frontalis
Glandula
suprarenalis
HypothalamusBaryta
carbonica
Homeopathic
Remedies
Phenilalanine
Thyrosine
Oxitocine
TRH
LH-RH
ACTH Acidum
DL-malicum
Catalysts
Acidum
pyruvicum
Hormones
BDNF
Parabenzochinon
Baryum
oxalsuccinicum
Arnica
IGF-1
Aminoacids
Ivo BIANCHI M.D. ©
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Ivo BIANCHI M.D. ©
5353
ArnicaArnica
MontanaMontana
BarytaBaryta
CarbonicaCarbonica
PlumbumPlumbum
MetallicumMetallicum
Ivo BIANCHI M.D. ©
5454
Clinical Indications of some Homeopathic Basic
Remedies from Practical Materia Medica by
Henry Clarke
Ivo BIANCHI M.D. ©
5555
Neurotrophic Growth Factors
n Growth factors and their
receptors, are important
in CNS development.
n These same factors seem
to play a significant role
in the development of
CNS neoplasia.
Ivo BIANCHI M.D. ©
5656
Neurotrophins
n Neurotrophic factors are endogenous
proteins that alter the survival,
development, maintenance, and
differentiation of neurons.
n Evidence has indicated that
neurotrophic factors may be
implicated in the normal functional
activity of nerve cells.
n These molecules are generally small,
soluble proteins with molecular
weights between 13 and 24 kDa and
are often active as homodimers (1,2).
Ivo BIANCHI M.D. ©
5757
Neurotrophins
n Nerve Growth Factor (NGF) The first
known neurotrophin, acts predominantly on
sympathetic and sensory neurons.
n Brain Derived Neurotrophic Factor (BDNF)
Supports motoneuron development and
survival in animals and prevents naturally
occurring death
n Neurotrophin 3 (NT-3) NT-3 is related to
NGF and has homology with it. It is found
in motorneurons, sympathetic neurons and
some peripheral sensory organs.
n Neurotrophin 4 (NT-4) NT 4 also is related
to NGF and has similar homology. NT-4 is
produced in skeletal Muscle but production
of NT-4 was found to depend on muscle
activity
Ivo BIANCHI M.D. ©
5858
Brain-Derived Neurotrophic
Factor (BDNF)
n Acting on certain CNS neurons and on the
peripheral nervous system
n Helps to support the survival of existing neurons
and encourages the growth and differentiation of
new neurons and synapses
n Active in the Hyppocampus, Cortex, Basal
Forebrain areas vital to learning, memory, and
higher thinking.
n Although the vast majority of neurons in the brain
are formed prenatally, parts of the adult brain
retain the ability to produce new neurons from
neural stem cells in a process known as
Neurogenesis
Ivo BIANCHI M.D. ©
5959
Brain-Derived Neurotrophic
Factor (BDNF)
n BDNF is one of the most active neurotrophins. Mice born
without the ability to make BDNF suffer development
defects in the brain and sensory nervous system, and
usually die soon after birth, suggesting that BDNF plays
an important role in normal neural development
n BDNF is actually found not only in the brain but also in a
range of tissue and cell types : Retina, Motor neurons,
Kidneys and Prostate.
n Various studies have shown possible links between low
levels of BDNF and conditions such as : Depression,
Schyzofrenia, Obsessive Compulsive Disorders,
Alzheimer’s Disease, Untington’s Chorea, Rett Syndrome,
Dementia, Anorexia and bulimia Nervosa
Ivo BIANCHI M.D. ©
6060
NT-3 : synaptic potentiation
NT-4 : synaptic plasticity
Neurotrophin-3 (NT-3) supports the survival
and differentiation of neurones in the central and
peripheral nervous systems through a number of
mechanisms that occur in a matter of hours or
days. NT-3 may also have a more rapid mode of
action that influences synaptic activity in mature
neurones. NT-3, have been implicated in the
regulation of synaptic transmission and plasticity.
Neurotrophin 4 (NT4) is required for the
synaptic plasticity mediating both tolerance and
memory. NT4 may be involved in neural
plasticity underlying opiate tolerance
Ivo BIANCHI M.D. ©
6161
Aging and Hormones
Ivo BIANCHI M.D. ©
6262
Hormonal Profile in Aging
Ivo BIANCHI M.D. ©
6363
Anti Aging Hormones
Ivo BIANCHI M.D. ©
6464
Melatonin and Aging
n Circulating melatonin decreases with age
and in recent years much interest has been
focused on its immunomodulatory effect.
n Melatonin stimulates the production of
progenitor cells for granulocytes-
macrophages. It also stimulates the
production of NK cells and CD4+ cells and
inhibits CD8+ cells.
n The production and release of various
cytokines from NK cells and T-helper
lymphocytes also are enhanced by
melatonin.
n Melatonin presumably regulates immune
function by acting on the immune-opioid
network, by affecting G protein-cAMP
signal pathway and by regulating
intracellular glutathione levels.
Melatonin has the potential
therapeutic value to enhance
immune function in aged
individuals and in patients in an
immune-compromised state.
Ivo BIANCHI M.D. ©
6565
Insuling Growth Factor 1
and Aging
n Insulin-like growth factors (IGFs) are
polipeptides with high sequence similarity to
insulin
n IGF-1 is mainly secreted by the liver as a
result of stimulation by GH.
n IGF-1 is important for both the regulation of
normal physiology, as well as a number of
pathological states, including cancer
n IGF axis has been shown to play roles in the
promotion of cell proliferation and inhibition
of apoptosis
n Factors that are known to cause variation in
the levels IGF-1 in the circulation include an
individuals genetic make-up, the time of day,
age, sex, exercise, stress levels, genetics,
nutrition level and body mass index (BMI),
disease state, race, estrogen status and
xenobiotic intake.
Ivo BIANCHI M.D. ©
6666
ACTH and Aging
n It was demonstrated that administration
of ACTH led to facilitation of learning
and strengthening of memory processes
(conditioned reflex traces). ACTH
promoted strengthening of movement,
orientational-investigative, and
intersignal activities, produced
hyperalgesia, and blocked the effects of
naloxone
n ACTH is involved in motivation,
learning and memory.
n ACTH restores the ability of
hypophysectomised rats to acquire an
avoidance response in a shuttlebox.
Ivo BIANCHI M.D. ©
6767
Anti aging Hormones
Ivo BIANCHI M.D. ©
6868
Oxytocin and Aging
n Oxytocin is a mammalian hormone that also acts as a
neurotransmitter in the brain.
n Oxytocin is released during orgasm in both sexes.
n In the brain, oxytocin is involved in social recognition and
bonding, and might be involved in the formation of trust
between people, in generosity and in the reduction of fear
n Can impair memory retrieval in certain aversive memory
tasks.
Ivo BIANCHI M.D. ©
6969
TRH and Aging
n The brain tripeptide thyrotropin-releasing
hormone (TRH) has been demonstrated to
facilitate cholinergic neurotransmission.
n TRH markedly attenuated scopolamine-
induced impairment of some measures of
memory, most notably on a selective reminding
task.
n Cognitive studies suggest a facilitatory role for
TRH in human memory processes.
n Scientific studies suggest that stimulation of
TRH may be useful for treatment of age-related
emotional disorders and memory disturbance
in dementia.
Ivo BIANCHI M.D. ©
7070
LH-RH and Aging
n Luteinizing hormone-releasing hormone (LHRH),
is the key reproductive hormone, coordinating the
major features of mammalian reproduction
n The hypothalamic decapeptide can modulate
immune functions directly, through local
paracrine–autocrine effects in immune cells, and
indirectly through activation of the hypothalamic–
pituitary–gonadal (HPG) axis
n LHRH participates both at central and peripheral
levels in the interaction between the
neuroendocrine and the immune systems.
n The reciprocity of the NEI signaling systems is
further supported by the ability of sex steroids to
modulate thymus-dependent immune function via
direct effects on specific target genes involved in
the development of sex-dimorphic immune
responses, including the down-regulation of the
immune response observed during pregnancy.
Widespread therapeutic
application for LHRH and its
potent agonistic and
antagonistic analogues in a large
number of pathologies, such as
paediatric, gynaecological,
urologic and oncologic medicine
Ivo BIANCHI M.D. ©
7171
AMINOACIDS
7272
Thyrosine and aging
n Nonessential amino acid synthesized in the body from phenylalanine. As a building block for
several important brain chemicals, tyrosine is needed to make epinephrine, norepinephrine,
serotonin, and dopamine, all of which work to regulate mood.
n Deficiencies in this amino acid is associated with depression.
n Tyrosine also aids in the production of melanin and in the function of the adrenal, thyroid, and
pituitary glands. Tyrosine is also involved in the synthesis of enkephalins, substances that have
pain-relieving effects in the body.
n Low levels of tyrosine have been associated with low blood pressure, low body temperature,
and an under active thyroid.
n Because tyrosine binds unstable molecules (called free radicals) that can potentially cause
damage to the cells and tissues, it is considered a mild antioxidant. Thus, tyrosine may be
useful for people who have been exposed to harmful chemicals (such as from smoking) and
radiation.
Ivo BIANCHI M.D. ©
7373
Phenylalanine and aging
n Phenylalanine is used to treat a variety of medical
problems. Because some antidepressants work by
raising norepinephrine levels, phenylalanine has
been used to treat depression
n Phenylalanine has been suggested as a treatment for
chronic pain caused by rheumatoid arthritis, muscle
pain, and osteoarthritis, as it blocks enkephalinase, an
enzyme that may act to increase pain levels in the
body. There is some evidence to support the use of
phenylalanine to alleviate chronic pain
Ivo BIANCHI M.D. ©
7474
Kreb’s Cycle
► Hans A. Krebs first
elucidated the process of
cells converting food into
energy, the Citric Acid
Cycle, in 1937.
► Krebs proposed a specific
metabolic pathway within
the cells to account for the
oxidation of carbohydrates,
protein and fats
Ivo BIANCHI M.D. ©
7575
Krebs’ Cycle Catalysts
► A deficiency in one or more Krebs’ cycle
intermediate catalysts and the consequent
inhibition of normal energy production
may cause a wide range of metabolic
disturbances and symptoms.
► A deficiency of malic acid and fumaric
acid is linked to chronic fatigue and
psoriasis.
► Disturbances in mitochondrial energy
production contribute to a variety of
neurological and physical problems.
► Impaired oxidative and energy
metabolism are indicators of Alzheimer’s
disease.
Ivo BIANCHI M.D. ©
7676
Embden Meyerhof Pathway
► When oxygen is unavailable or
the Krebs’ cycle is inhibited, the
body shifts its energy production
from the Krebs’ cycle to the
Embden Meyerhof pathway of
glycolysis, a very inefficient way
of making energy.
► As well as producing far less
energy, glycolysis also produces
lactic acid as a byproduct.
► Increased lactic acid is a common
acidotic condition that can be
caused by a variety of metabolic
problems and can be the cause or
consequence of cancer
Ivo BIANCHI M.D. ©
7777
Kreb’s cycle functions
► Krebs’ cycle metabolizes acetyl
coenzyme A into citric acid and
then runs through a complex
series of biological oxidations,
producing free hydrogen ions.
A net of two molecules of ATP
is created at this stage in the
Krebs’ cycle.
► The hydrogen ions then enter a
biochemical chain, known as
oxidative phosphorylation,
which is a highly efficient
aerobic energy generator.
► Oxidative phosphorylation
generates 36 molecules of ATP
during a sequence of steps that
combine hydrogen electrons to
molecular oxygen to form
water.
Ivo BIANCHI M.D. ©
7878
Kreb’s cycle functions
► Most of the products of protein,
carbohydrates and fat metabolism
are reduced to the molecule acetyl
coenzyme A that enters the Krebs’
cycle.
► Glucose, the primary fuel in the
body, is first metabolized into
pyruvic acid and then into acetyl
coenzyme A.
► Amino acids and some chained
fatty acids can be metabolized into
Krebs intermediates and enter the
cycle at several points.
Ivo BIANCHI M.D. ©
7979
Krebs’ Cycle Shutdown
► Under normal conditions all the
reactions in the Krebs’ cycle proceed
smoothly and ATP is generated without
the excessive production of any harmful
byproducts.
► Different conditions, like stress, viral
affections, acute diseases.. can alter
Krebs’ cycle chemistry, causing it to shut
down normal energy production.
Ivo BIANCHI M.D. ©
8080
Candida and Kreb’s Cycle
Disfunction
► Candida produces toxins, in
particular Tartaric acid , competing
with Malic acid at the Krebs’ Cycle
level
► Candida overgrowth leads to the
release of these molecules in large
quantity.
► By replacing malic acid, tartaric acid
compromises cellular energy
production, and is likely to be
directly linked to the fatigue and
cognitive problems
► Tartaric acid is highly toxic to
muscles and the kidneys
Ivo BIANCHI M.D. ©
8181
Krebs’ Cycle and Vitamins
► Interconversions of Krebs’ cycle
intermediates are controlled by
enzymes that often require vitamin-
derived cofactors and minerals to
operate.
► For example, pyruvate is the anaerobic
breakdown product of glucose. Its
further conversion to acetyl-CoA
requires cofactors derived from
thiamin, riboflavin, niacin, lipoic acid,
and pantothenic acid. When these
nutrients are deficient, problems result
that disrupt mitochondrial energy
production
Ivo BIANCHI M.D. ©
8282
Krebs’ Cycle Shutdown
► A deficiency in one or more Krebs’ cycle
intermediate catalysts and an inhibition of
normal energy production may cause a
wide range of metabolic disturbances and
symptoms.
► A deficiency of malic acid and fumaric
acid is linked to chronic fatigue and
psoriasis.
► Disturbances in mitochondrial energy
production contribute to a variety of
neurological and physical problems.
► Impaired oxidative and energy
metabolism are indicators of Alzheimer’s
disease.
Ivo BIANCHI M.D. ©
8383
Clinical Consequences of Compromised
Krebs' cycle functions
ChronicizationChronicization
TendencyTendency
PyruvatePyruvate
SuccinylSuccinyl -- CoACoA
CisCis
AconitaseAconitase
alphaalpha--
ketoglutarateketoglutarate
MalateMalate
OxaloacetateOxaloacetate
AllergyAllergy
StressStress
NeuroNeuro
MuscularMuscular
PathologiesPathologies
BaryumBaryum
oxalsuccinicumoxalsuccinicum
EndocrineEndocrine
agingaging
DiabetesDiabetes
Energy DeficitEnergy Deficit
FumarateFumarateLipidLipid
DismetabolismDismetabolism
RecurrentRecurrent
PathologiesPathologies
Bone MarrowBone Marrow’’s Deficits Deficit
MgMg
MnMn
PP
ATPATPCitrateCitrate
Ivo BIANCHI M.D. ©
8484
Aging and Krebs’ Cycle
Shutdown
► Some neurological symptoms of aging :
poor attention, memory loss, lack of
concentration and depression, may be
related to an impairment in the
production of mitochondrial adenosine
triphosphate (ATP).
► Administering specific Krebs’ cycle
amino acid precursors and
intermediates to stimulate energy
production significantly reduce these
symptoms
► Therefore supplying a complete range
of Krebs’ cycle factors and lactic acid-
buffering agents may be of great
benefit in aged people
Ivo BIANCHI M.D. ©
8585
C
COO-
Pyruvic acid
► Pyruvic acid appears to increase the amount of glucose
that enters muscle cells from the circulating blood,
increasing muscle endurance, improving cardiac efficiency
and promoting fat loss, also increasing both resting
metabolic rate and fat utilization.
► This ability of pyruvic acid leads to increases in immediate
available energy, as well as increasing stored muscle
glycogen levels for future energy.
► In one study pyruvic acid was found to increase glucose
extraction by almost 300% and muscle glycogen by 50%
after one hour of exercise.
CH
3
O
Ivo BIANCHI M.D. ©
8686
C
COO
-
COO-
DL malic acid
► Malic acid is involved in energy
production from the burning of
pyruvic acid.
► Malic acid also aids in exercise
recovery by counteracting the
buildup of lactic acid.
► Supplementation of malic acid
has been reported to reduce
symptoms of persistent fatigue,
muscular myalgia and arthritic-
like pains.
CH
2
HHC
Ivo BIANCHI M.D. ©
8787
Baryum Oxalsuccinicum
n This salt is a combination
of :
ä Baryum, anti aging in
homeopathic dilution
ä Acidum Succinicum, basic
metabolite for Krebs’ cycle and
for Oxidative phosphorylation
Ivo BIANCHI M.D. ©
8888
Oxidative Phosphorylation
n Although the citric acid cycle is considered to be
part of aerobic metabolism, it does not itself use
oxigen. Only in the final catabolic reactions that
take place in the inner mitochondrial membrane
molecular oxygen is directly consumed
n Nearly all the energy produced from burning
carbohydrates, fats and proteins in the earlier
stages of their oxidation is initially saved in the
form of high energy electrons removed from
substrates by NAD and FAD
n These electrons, carried by NADH and FADH are
combined with O2 by means of the respiratory
chain embedded in the inner mitochondrial
membrane
n The large amount of energy is harnessed by the
inner membrane to drive the conversion of ADP
to ATP Ivo BIANCHI M.D. ©
8989
Oxidative phosphorylation
Ivo BIANCHI M.D. ©
9090
Ivo BIANCHI M.D. ©
9191
Ivo BIANCHI M.D. ©
9292
Oxydative Phosphorylase Disfunction
and Parkinson Disease
► The causes of Parkinson disease
are beginning to be defined and
include an interaction between
genetic and environmental factors.
► An important emerging molecular
defect is impaired function of the
mitochondrial electron transport
chain leading to failure of
adenosine triphosphate synthesis.
Ivo BIANCHI M.D. ©
9393
Redox potential
n Reduction potential (also known as redox potential,
oxidation / reduction potential or ORP) is the
tendency of a Chemical Species to acquire Electrons
and thereby be reduced and to oxidate the substrate
n Each species has its own intrinsic reduction potential;
the more positive the potential, the greater the species'
affinity for electrons and tendency to be reduced.
Ivo BIANCHI M.D. ©
9494
Quinones
n Quinones consist of mainly benzoquinones,
naphthoquinones and anthraquinones.
n The greatest feature of quinones is the
ability to compose a reversible oxidation-
reduction cycle.
n The standard redox potentials of quinones
are widely distributed from +0.9V to +0.1V.
For example, the standard redox potential
of the 1,4-benzoquinone is +0.715V, the 1,4-
naphthoquinone is +0.485V, and the 9,10-
anthraquinone is +0.154V.
n The potential of the quinones becomes low
by introducing of electron-donating groups
such as OH, and with electron-withdrawing
groups such as Cl and the potential
becomes high Ivo BIANCHI M.D. ©
9595
Redox Potential of Some
Quinones
HydrochinonHydrochinon
ChinhydronChinhydron
UbichinonUbichinon
AntrachinonAntrachinon
NaphtochinonNaphtochinon
ParabenzochinonParabenzochinon
IncreasingIncreasing
RedoxRedox
ActivityActivity
784 mV
576mV
490 mV
370 mV
Ivo BIANCHI M.D. ©
9696
Para-benzochinon
Early Aging
Pre Cancerous Phases
Immunological Deficit
Consequences of Stress
Oxidative Stimulation
Energy Production
Ivo BIANCHI M.D. ©
9797
Cell’s Catalysts and
Quinones
Ivo BIANCHI M.D. ©
9898
Organ’s Remedies
n PRM uses, as homotoxicology,
organ preparations derived
from tissues of young and
healthy pigs
n Recognized similarities
between pork tissues and
human tissue
n Dilution of corresponding pork
tissues, will stimulates human
organ enchancing function and
trophism of the tissue Ivo BIANCHI M.D. ©
9999
Suis Organs
n Similarity but not identity
of human and pork
tissues
ä Precocius aging and steatosis of
pork tissues
n Therefore :
ä Organ Stimulation
ä Immune Stimulation
Pig’s Liver
Human Liver
Ivo BIANCHI M.D. ©
100100
Suis organs in: GUNA-Geriatrics
Ivo BIANCHI M.D. ©
101101
Levels of Geriatric Therapy
GUNA Geriatrics
Ivo BIANCHI M.D. ©
102102
Aging Phenomenon and
Theories of Aging with PRM’s
Therapeutical Proposals
- Section 3 -
103103
Aging in Biology
n In order to organize a therapeutic strategy for
aging related problems, it is necessary to
analyze the "aging phenomenon“ within
Biology.
n Aging, as the other processes, is an
evolutionary positive phenomenon related to
our specialization and adaptability
Ivo BIANCHI M.D. ©
104104
Aging in Invertebrates
n Colonial invertebrates like sponges and
corals don't show signs of aging. Even
sea anemone that lived for 78 years, show
little or no sign of aging. In all these
cases, this is probably because there is
constant replacement of old cells by new
ones as the years go by.
n Lobsters also can live to a very old age
with no obvious sign of a decline in
fecundity or any other physiological
process. But lobsters never stop growing,
so once again it may be the continuous
formation of new cells that keeps the
animal going.
Ivo BIANCHI M.D. ©
105105
Aging in Vertebrates
n Some cold-blooded
vertebrates:
ä fishes;
ä amphibians;
ä reptiles
n have long life spans if they
can survive environmental
hazards (some tortoises are
known to have reached 150
years of age).
n In every case, these animals
have no fixed size but
continue to grow throughout
their life. This, of course,
requires a constant supply of
new cells, and this may be
their secret.
Ivo BIANCHI M.D. ©
106106
When do we start aging ?
n Aging starts when we stop
growing
n Full sexual development is the
starting point of aging
Ivo BIANCHI M.D. ©
107107
Aging in Medicine
n Aging is a syndrome of changes that are deleterious,
progressive, universal and thus far irreversible.
n Aging changes occur to molecules (DNA, proteins,
lipids), to cells and to organs.
n Diseases of old age (diseases which increase in
frequency with age, such as arthritis, osteoporosis, heart
disease, cancer, Alzheimer disease, etc.) are often
distinguished from aging per se.
n But even if the aging process is distinct from the diseases
of aging, it is nonetheless true that the aging process
causes changes that increase the probability to develop
diseases of old age. Ivo BIANCHI M.D. ©
108108
Cell’s Aging
n All cells experience changes with aging. They
become larger and are less able to divide and
reproduce. Among other changes, there is an
increase in pigments and fatty substances inside the
cell (lipids). Many cells lose their ability to work, or
they begin to work abnormally.
n Waste products accumulate in tissue with aging.
n A fatty brown pigment called Lipofuxin collects in
many tissues, as do other fatty substances.
Fig.: Lipofuscin accumulation
in aging hearing cells
Ivo BIANCHI M.D. ©
109109
Specialization, Aging and
Reproduction capacity
Brain cells
Hepatic cells
Germinal cells
Neoplastic cells
SpecializationUndifferentiation
Reproduction capacity
Ivo BIANCHI M.D. ©
110110
Less reactivity of the elderly cells to
mitogenic stimulation
Elderly subjects
Young subjects
PHA 0 PHA 0,1 PHA 1 PHA 5 PHA 10
Incorporationof3H-TdR(cpm)
90.000
60.000
30.000
Aging
Speed of cancer cell proliferation
Indirect relation between
aging and cancer
Doses of mitogen (λ / ml)
Ivo BIANCHI M.D. ©
111111
Cellular Aging and Cancer
n The slowed growth seen in aging cells does not necessarily protect these cells
from becoming cancerous, contrary to general belief.
n As people get old, the chance of developing tumors increases, especially from
the late 40s.
n Although this has been empirically recognized, doctors have failed to prove it
scientifically because aging cells lose the ability to divide but cancer cells
always divide out of control.
n Human gene Bcl-2, which causes the stop of growth or aging of cells does not
protect these cells from shifting to explosive cell growth.
n Instead, Bcl-2 barred the DNA repair mechanism, depriving the human body
of a significant tool in countering mutations, dramatically heightening the
likelihood of tumors to appear.
n Aged cells suffer from abrupt mutations due to a lack of DNA repair.
Ivo BIANCHI M.D. ©
112112
Causes of Adult Mortality
Ivo BIANCHI M.D. ©
Death probabilities
Death probabilities
Heart ischemic disease
Tumors
Hepatic cyrrhosis
Death causes
Accidents Age groups
113113
Theories on Aging
n Telomerase
n Membrane
n Mithocondrial Decline
n Genetic
n Free Radicals
n Cross Linking
n Hayflick
n Neurological
n Neuroendocrine
n Immunologic
114114
PRM’s Position
n Each Theory is Right for a Specific
Patient
n Aging Factor are Different for Different
Individuals
n Therapy must take into account the
Specific deteriorating Factor to be cured
115115
Telomerase Theory of Aging
n Telomeres (the sequences of nucleic acids
extending from the ends of chromosomes),
shorten every time a cell divides.
n This shortening of telomeres is believed to
lead to cellular damage due to the inability of
the cell to duplicate itself correctly.
n Each time a cell divides, it duplicates itself a
little worse than the time before; this
eventually leads to cellular dysfunction,
aging and indeed death.
n Telomeres can be repaired if there is a good
level of specific stimulating hormones for
that cell Ivo BIANCHI M.D. ©
116116
117117
Telomerase Theory of Aging
n Practical Therapeutic
consequence.:
ä Sustain Hormonal Function
– GUNA Matrix (DHEA)
– GUNA Lympho (Thyroxine)
– GUNA Male / GUNA Fem
Ivo BIANCHI M.D. ©
118118
The Membrane Theory of Aging
n As we grow old the cell membrane
becomes less lipidic (less watery and
more solid). This impedes its efficiency to
conduct normal function and in
particular there is a toxic accumulation.
This cellular toxin is referred to as
lipofuscin and as we grow old lipofuscin
deposits become more present in the
brain, heart and lungs and also in the
skin.
n Indeed some of the skin age-pigments
referred to as liver or age-spots are
composed of lipofuscin.
n It is known that Alzheimer’s Disease
patients have much higher levels of
lipofuscin deposits than their healthy
controls.
Ivo BIANCHI M.D. ©
119119
The Membrane Theory of Aging
n The cells declining efficiency
also means that the essential
and regular transfer of
sodium and potassium is
impaired, thus reducing
communication.
n It is also believed that
electrical and heat transfer is
impaired.
Ivo BIANCHI M.D. ©
120120
The Membrane Theory of
Aging
n Practical Therapeutic
consequence.:
ä Use Coenzyme Q
– ARD Vessels
Ivo BIANCHI M.D. ©
121121
The Mitochondrial Decline Theory
of Aging
n Mitochondria are the power
producing organelles found
in every cell of every organ.
Their primary task is to
create Adenosine
Triphosphate (ATP) in the
various energy cycles
Ivo BIANCHI M.D. ©
122122
The Mitochondrial Decline Theory
of Aging
n ATP is the life giving chemical substance
because every movement, thought and
action we do is generated from it. Yet very
little ATP can be stored in the body.
n Thus it is clear that the mitochondria have
to be very efficient and healthy, in order to
produce a continuous supply of essential
ATP for the necessary cell repair and
regenerative processes
Ivo BIANCHI M.D. ©
123123
The Mitochondrial Decline Theory
of Aging
n Mitochondria are fiery furnaces and subject
themselves to a lot of free radicals. They also lack
most of the defenses found in other parts of the body,
so as we age, mitochondria become less efficient,
fewer in number and larger. Accordingly, ATP
production declines.
n As organs cannot borrow energy from one another,
the efficiency of mitochondria is essential to the
corresponding organ repair processes and functions.
If some particular mitochondria fail, also the organ in
which they are located fails (and this of course can
lead to death).
n Enhancement and protection of the mitochondria is
an essential part of preventing and slowing aging.
Ivo BIANCHI M.D. ©
124124
The Mitochondrial Decline Theory
of Aging
n Practical Therapeutic
consequence.:
ä Use PRM Compounds to sustain
mitochondrial function .:
– GUNA Cell
Ivo BIANCHI M.D. ©
125125
Guna Cell
3X
4X
10X
6X
12X
30X
2X
Citricum
acidum
Succinicum
acidum
Natrum
oxalaceticum
Natrum
pyruvicum
Methylglyoxal
DNA
Niacin
Ascorbic
acid
Alpha
tocopherol
Folic
acid
Cobalamin
Conium
maculatum
Colchicum
autumnale
Manganese
gluconate
Zincum
gluconicum
Cuprum
sulphuricum
Magnesia
phosphorica
Podophyllum
peltatum
Trace
elements
Seleno
methionine
RNA
Sulphur
Calcium
gluconate
Ferrum
fumaricum
Kalium
asparticum
Manganum
phosphoricum
Fumaricum
acidum
Adenosinum
cyclophosphoricum
a-Lipoicum
acidum
Pantothenic
acid
Pyridoxinum
hydrochloricum
Riboflavinum
PhosphorusThiaminum
hydro
chloricum
Acetyl-L-
carnitine
Catalysts
Homeopathic
remedies
Vitamins
Function
messanger
Amino
acid
Ivo BIANCHI M.D. ©
126126
Genetic Theory of Aging
n Genetic mutation theory hypothesizes that random
mutations of cell DNA over countless replications
begin to degrade the functional and structural
quality of the cells being produced.
n This degradation becomes amplified over time as
more and more defective cells comprise each organ
of the body, resulting in inefficiency and, eventually,
inability of the organ to perform its function.
n This process supposedly leads to the decline and
ultimate death of the entire organism.
Ivo BIANCHI M.D. ©
127127
Genetic Theory of Aging
n Of the 26 genes that decreased expression with
age in control mice, 23% are involved in DNA
replication and the cell cycle. Most of these have
a negative effect on cell growth and division.
n Among these, the product of phosphatase and
tensin homolog (Pten) gene is a tumor
suppressor that induces cell-cycle arrest through
inhibition of the phosphoinositide 3-kinase
pathway. B cell translocation gene 2 (Btg2) is a
tumor suppressor that increases expression in
response to DNA damage.
n The murine gene product of the amino-terminal
enhancer of split (Aes) is a potent corepressor of
gene expression and cellular proliferation.
n Calcium-binding protein A11 binds to and
regulates the activity of annexin II, which is
involved in the transduction of calcium-related
mitogenic signals.
n Insulin-like growth factor (IGF) binding protein
1 plays an important role in the negative
regulation of the IGF-1 system, a stimulator of
mitogenesis.
Ivo BIANCHI M.D. ©
128128
Genetic Theory of Aging
n Reduced expression of genes discussed above
indicates that there is a general loss of negative cell
growth control with age.
n 78% of the mice of this strain and sex fed the control
diet used here die of some form of neoplasia, and the
death rate from neoplasia accelerates dramatically
with age.
n Approximately 21% of these mice die of hepatoma,
mostly late in life.
n Decreased expression of the negative growth
regulators and overexpression of the chaperone genes
with age also are consistent with this higher incidence
of hepatoma in aged mice.Ivo BIANCHI M.D. ©
129129
Genetic Theory of Aging
n Practical Therapeutic
consequence.:
ä DNA and RNA supplements
ä Calcium , Folic acid ….supplements
– GUNA Cell
Ivo BIANCHI M.D. ©
130130
Free Radicals Theory of Aging
n Free radical : any molecule that has a free electron that makes it react with
healthy molecules in a destructive way.
n Diet, lifestyle, drugs (e.g. tobacco and alcohol) and radiation etc., are all
accelerators of free radicals production within the body.
n However, there is also a natural production of free-radicals within the
body .: production of energy, particularly from the mitochondria .
n Oxygen is a potent free-radical producer.
n Free radicals are known to attack the structure of cell membranes, which
then create metabolic waste products. Such toxic accumulations interfere
with cell communication, disturb DNA, RNA and protein synthesis, lower
energy levels and generally impede vital chemical processes.
Ivo BIANCHI M.D. ©
131131
Free Radicals Theory of Aging
n Free radicals can however be
transformed by free-radical scavengers
(otherwise known as anti-oxidants).
Particular anti-oxidants will bind to
particular free radicals and help to
stabilize them.
n Free radicals come in a hierarchy
(according to their potential for
damage) with the hydroxyl-radical
and the superoxide-radical at the top
of the list.
n It is therefore necessary to take a cross-
section of anti-oxidants so that the
process of elimination of the free
radicals can occur, otherwise higher
damage free radicals may be converted
into a greater number of lower damage
free radicals.
Ivo BIANCHI M.D. ©
132132
Free Radicals Theory of Aging
n Practical Therapeutic
consequence.:
ä Use anti-oxidants including .:
– beta carotene, vitamin C, grape seed
extract, vitamin E and possibly also
stronger substances such as Hydergine,
Melatonin and Vinpocetine.
– ARD Vessels
Ivo BIANCHI M.D. ©
133133
Cross Linking Theory of Aging
n The Cross-Linking Theory of Aging
is also referred to as the
Glycoxylation Theory of Aging. In
this theory it is the binding of
glucose to proteins, (a process that
occurs under the presence of
oxygen) that causes various
problems.
n Once this binding has occurred the
protein becomes impaired and is
unable to perform its task
efficiently.
n Living a longer life is going to lead
to the increased possibility of
oxygen meeting glucose and
proteins and known cross-linking
disorders include senile cataract and
the appearance of tough, leathery
and yellow skin.
Ivo BIANCHI M.D. ©
134134
Ivo BIANCHI M.D. ©
135135
Cross Linking Theory of Aging
n The cross-linking of proteins may also be responsible for
cardiac enlargement and the hardening of collagen, which
may then lead to the increased susceptibility of a cardiac
arrest.
n Cross linked proteins have also been implicated in renal
disorders.
n It is also theorized that sugars binding to DNA may cause
damage that leads to malformed cells and thus cancer.
n The modern diet is of course a very sweet one and we are
bombarded with simple sugars from soft drinks and
processed foods etc. One obvious example to reduce the risk
of cross-linking is to reduce sugar (and also simple
carbohydrates) in the diet.
Ivo BIANCHI M.D. ©
136136
Some of the most promising substances to
inhibit/dissolve AGE-induced crosslinks
Ivo BIANCHI M.D. ©
WARNING
In rare cases, GLUCOPHAGE can cause a serious, even
life-treathening, side effect : Lactic acidosis.
137137
Ivo BIANCHI M.D. ©
138138
Cross Linking Theory of Aging
n Practical Therapeutic
consequence.:
ä Methylglyoxal
– In : GUNA Cell
ä Diet
ä Vit. B1 , Vit. B6
ä GUNA Liver , GUNA Kidney
Ivo BIANCHI M.D. ©
139139
Hayflich Theory of Aging
n In 1961, Dr. Hayflick theorized that the human
cells ability to divide is limited to approximately
50-times, after which they simply stop dividing
(and hence die).
n He showed that nutrition has an effect on cells,
with overfed cells dividing much faster than
underfed cells.
n Maybe each time a cell divides it loses some blue-
print information. Eventually (after 50-odd times
of division) there is simply not enough DNA
information available to complete any sort of
division Ivo BIANCHI M.D. ©
140140
Hayflich Theory of Aging
n The Hayflick Limit indicates the need to slow down
the rate of cell division if we want to live long lives.
Cell division can be slowed down by diet and
lifestyle etc., but it is also surmised that cell-division
can be improved with many of the protocols of the
other aging theories described herein.
n The use of ribonucleic acids (RNAs, the building-
blocks of DNA), improves cell repair processes,
enhances cellular capabilities and increases the
maximum number of cell divisions in animals and
in vitro tests. Ivo BIANCHI M.D. ©
141141
Hayflich Theory of Aging
n While it is true that most cells demonstrate a finite
ability to divide in tissue culture, this finite limit is
still several times longer than the maximum life
span of any individual member of the species.
n Hence the cellular aging theory fails to explain aging
satisfactorily.
n Furthermore studies have shown that cells from an
old organism grafted into a young organism do not
shorten the life span of the young organism. In fact,
in most cases, the grafted old cells work and
proliferate as "normally" as any other cell in the
young organism. Ivo BIANCHI M.D. ©
142142
Hayflich Theory of Aging
n Practical Therapeutic Consequences.:
ä Necessity to use drainage-detoxicating Therapies
ä Necessity to stimulate DNA reparing processes with
DNA-RNA supplements
Ivo BIANCHI M.D. ©
143143
CARNOSINE
n Carnosine is an endogenous dipeptide, formed by two amino
acids, that prevents ageing of the skin fibroblasts and
rejuvenates them. Australian researchers confirmed that
carnosine increases the longevity of human fibroblast cells in
the laboratory.
n Carnosine extended the Hayflick limit by up to an additional
10 times
Ivo BIANCHI M.D. ©
144144
Neurological Theory of Aging
n Age-related changes
in the hypothalamus,
a primitive region of
the brain which
stimulates the
pituitary and has
neural connections to
the sympathetic
nervous system, have
been hypothesized as
the cause of aging in
mammals.
Ivo BIANCHI M.D. ©
145145
Neurological Theory of Aging
n This theory suggests that aging proceeds at different
paces in the separate nuclei of each cell in the
hypothalamus. Consequently the function of each
area proceeds at different rates, throwing off the
synchronized communication within the
hypothalamus and throughout the endocrine system.
n Another aspect of the theory claims that aging
desensitizes the ability of the hypothalamus to
respond to negative feedback loops from the
endocrine system, such ability being essential to
coordinated endocrine functioning.
Ivo BIANCHI M.D. ©
146146
Neurological Theory of Aging
n Age-related loss of neural tissue in highly
specialized areas, such as the hippocampus and
the hypothalamus, has been theorized to cause
aging.
n However any significant loss of tissue in the brain
is normally associated with, or preceded by, a
disease state or an alteration in systemic events,
e.g. a sustained increase in glucocorticoids.
n Fortunately there are billions of brain cells and
any normal loss of brain tissue has not been
shown to impair directly its functioning.
Ivo BIANCHI M.D. ©
147147
Neurological Theory of Aging
n Practical Therapeutic
consequence.:
ä Sustain hypothalamic
reactivity
– GUNA Male
– GUNA Fem
Ivo BIANCHI M.D. ©
148148
Guna Fem
6X
12X
30X
200X
Suis-OrgansHomeopathic
remedies
Thyroidinum
Melatonin
Hypothalamus
Hypophysis
Thymus
gland
Lilium
tigrinum
Corpus
luteum
Pineal
gland
Pancreas
Glandula
suprarenalis
Adenosinum
cyclo
phosphoricum
Oophorinum
Catalyst
Hormones
Ivo BIANCHI M.D. ©
149149
Neuroendocrine Theory of Aging
n There has been a number of
theories targeting a variety of
endocrine glands as the main
culprit in aging.
n One theory suggests that a
lowering of pituitary functioning
is responsible for aging and
points to animal research where
severe hypofunction of the
pituitary induced involutional
changes resembling those of old
age.
Ivo BIANCHI M.D. ©
150150
Neuroendocrine Theory of Aging
n Another theory states just the
opposite and claims that
hyperfuntioning of the pituitary
is the culprit.
n This theory refers to animal
studies, mainly rats, where
surgical, dietary or
pharmacological intervention,
which lowered pituitary
function, extended physiological
competence and inhibited the
development of some diseases
associated with old age, further
delaying the onset of aging. Ivo BIANCHI M.D. ©
151151
Neuroendocrine Theory of Aging
n Practical Therapeutic
consequence.:
ä Regulate pituitary gland
function
ä GUNA Male
ä GUNA Fem
Ivo BIANCHI M.D. ©
152152
Neuroendocrine Theory of Aging
n Other theories point to
hypofunctioning of the
thyroid and give research
evidence that decrements in
thyroid hormone levels lead
to impaired conversion of T4
and T3 cells, changes in
receptor number, increased
TSH polymorphism, and
appearance of a thyroid
inhibitory factor which
appears with aging.
Ivo BIANCHI M.D. ©
153153
Neuroendocrine Theory of Aging
n Practical Therapeutic
consequence.:
ä Fight Thyroiditis and its
consequences
ä Sustain Thyroid function
– GUNA Lympho
Ivo BIANCHI M.D. ©
154154
Neuroendocrine Theory of Aging
n The adrenal glands have also
been implicated. Programmed
aging has been found in certain
species such as the Pacific
salmon and several species of
marsupial mice.
n In those cases, the massive
increase in the secretion of
stress hormones from the
adrenal glands is associated
with the rapid degeneration of
these organisms just prior to
death.
Ivo BIANCHI M.D. ©
155155
Neuroendocrine Theory of Aging
n Recent studies have likewise
indicated that chronic
administration of
glucocorticoids to rats can
produce neuron loss in the
hippocampus in the same
regions that are lost with
normal aging.
n Removal of the adrenals
prevents the age-related loss of
neurons in the hippocampus as
well as initiates a regeneration
of thymic tissue.
Ivo BIANCHI M.D. ©
156156
Neuroendocrine Theory of Aging
n Practical Therapeutic
consequence.:
ä Fight Stress and its
consequences
ä Regulate Adrenal function
– GUNA Matrix (DHEA)
Ivo BIANCHI M.D. ©
157157
Neuroendocrine Theory of Aging
n Other theories hypothesize the
location of a biological clock in the
gonads, the pineal gland, and the
pituitary. The biological clock
theories suggest that, as part of the
developmental process normally
linked with sexual maturity
and/or reproduction, hormonal
changes occur in specific organs
that eventually lead to the decline
and death of the organism.
Ivo BIANCHI M.D. ©
158158
Neuroendocrine Theory of Aging
n Practical Therapeutic
consequence.:
ä Sustain Gonadal Function
– GUNA Male/Fem
Ivo BIANCHI M.D. ©
159159
Neuroendocrine Theory of
Aging
n As the body gets old, the thymus gland
involutes beginning from adolescence and,
with its decline, the amount of circulating
thymic hormones falls dramatically.
n Since the thymus is responsible for the
differentiation of T cells (the master
regulators of immune functioning), the
decrease in thymic function would
naturally lead to a decreased ability of the
immune system to end an attack before the
host itself is attacked. The immune system
is responsible for discriminating between
"self" and "non-self". Degeneration of this
system would lead to an increase in
autoimmune disorders which are, in fact,
seen in the older population.
Ivo BIANCHI M.D. ©
160160Ivo BIANCHI M.D. ©
161161
Neuroendocrine Theory of Aging
n Practical Therapeutic
consequence .:
ä Fight Immunologic decay.:
– Stimulate Thymic function
– GUNA Male/Fem
Ivo BIANCHI M.D. ©
162162
Immunologic Theory of Aging
n It is also reasonable to believe that
degeneration of the immune system
would lead to the opposite problem
as well, i.e. decline in the ability of
the immune system to identify,
attack and destroy pathogenic tissue
or antigenic substances.
n Again such decline is readily
observed in older populations.
Ivo BIANCHI M.D. ©
163163
Immunologic Theory of Aging
n Immunologic theories also address the loss
of effectiveness of the other components of
the immune system, primarily killer T cells,
B cells, memory cells, complement,
macrophage cells, and antibody
production/retention.
n Although there appears to be an age-
associated loss of some functions, such as
decline or disappearance of antibodies that
have not been challenged for ten years or
more and reduction in the vigor in which
antibodies are produced in response to new
antigenic challenge, it is difficult to tie these
changes to an overall theory of aging except
where they relate to the regulatory functions
of the Thymus-derived cell (T-cell)
population. Ivo BIANCHI M.D. ©
164164
Immunologic Theory of Aging
n In fact, changes in B cell populations
appear to be more quantitative than
qualitative in nature.
n Older B cells produce antibodies as
well as younger ones; there just does
not seem to be as many around.
Perhaps because they do not
replicate as vigorously as they once
did when stimulated by T4 cells.
n Killer T cells fall in the same category
in that what is lost is not the ability
to destroy but the direction to do so.
Ivo BIANCHI M.D. ©
165165
Immunologic Theory of Aging
n Practical Therapeutic
consequence.:
ä Regulate immune function
– Homepatically diluted
Cytokines
n GUNA Flam IL-10
n GUNA Matrix IL-6
Ivo BIANCHI M.D. ©
166166
Guna Flam
Suis-OrgansHomeopathic remedies
4X
6X
Citricum
acidum
Natrum
pyruvicum
Copper
gluconate
Ferrum
phosphoricum
Phytolacca
decandra
Hepar sulphuris
calcareum
Belladonna
Colon
30X
12X
200X
Aconitum
napellus
Apis
mellifica
3X
Hyphophysis
Bryonia
alba
Pyrogenium
Beta
Endorphin
Pineal gland
Catalysts
4C
Interleukin 10 Anti
Interleukin 1 alpha
Melatonin Transforming
Growth factor 1 beta
HormonesCitokines
Trace element
Neuro
transmitter
Ivo BIANCHI M.D. ©
167167
Guna Matrix
3C
6C
DL malic
acid
Natrum
oxalaceticum
Natrum
pyruvicum
Trichinoyl Pyrogenium
Fucus
vesiculosus
Thuya
occidentalis
Natrum
sulphuricum
Lymphatic
vessel
Conjunctiva
tissue
12C
8C
30C
200C
2C
Tyrosine
Prolactin
4C
Interleukin 6
Ascorbic
acid
Nadidum
Hyaluro
nidase
Hormone
Catalysts Suis-
Organs
Homeopathic
remedies
Dehydro
epiandrosteron
Lacticum
acidum
Histidine
Phenyl
alanine
Enzyme
Vitamins
Cytokines
Herbal remedies
Amino
acids
Ivo BIANCHI M.D. ©
168168
PRM Specific Theoretical and
Practical Approach to Aging
Phenomenon
- Section 4 -
169169
Peculiarity of the PRM approach in
Geriatrics
n Importance of
Pathobiography
n Importance of
patient's constitution
n Importance of
Temperament
n Importance of the
Endocrinologic
situation
Patient's outline
within the PRM
Circle
Patient's
Neurovegetative
outline
Ivo BIANCHI M.D. ©
170170
SPIRIT SOUL
Ivo BIANCHI M.D. ©
171171
Fears Traumas
Ivo BIANCHI M.D. ©
172172
Bach Flowers
Ivo BIANCHI M.D. ©
173173
Use of PRM Circle
n Importance of Understanding the
Disease Level
ä Level’s Remedy, from the high dilutions of the
constitutional remedy to appropriate supply of
Q10
n Importance of Understanding the
Organ affected
ä Organ’s Remedy (GUNA-Liver, GUNA-
Kidney, ANTI AGE Skin, GUNA-Bowel ….. )
Ivo BIANCHI M.D. ©
174174
Guna Bowel
Hormone
Suis-Organs
Homeopathic remedies
4X
6X
Skatolum
Cholecalciferol
Niacin
Thiaminum
hydrochloricum
Rhamnus
frangula
AloeCarduus
marianus
Chelidonium
majus
Alumina
Bryonia
Colon
10X
8X
12X
Natrum
carbonicum
Kali
carbonicum
2X
Rectum
Nux
vomica
Taraxacum
officinale
Pantothenic
acid
30X
Vitamins
Rheum
Herbal remedies
Ivo BIANCHI M.D. ©Ivo BIANCHI M.D. ©
175175
176176
Use of the Neurovegetative
Poster
n Importance of Understanding the Patient
Constitution
ä Constitutionally Chosen Therapeutic Substances and
General Curative Strategy
Ivo BIANCHI M.D. ©
177177
Diagnostic and Therapeutic
Goal
n To find the Specific
Position of the Patient in
the Scheme
n To take, through a Global
Constitutional Therapy
the Patient the toward
central Equilibrium
Ivo BIANCHI M.D. ©
178178
Therapies According to
Costitutional Outline
n Specific Unitary Homeopathic
Constitutional Remedy
n Specific PRM Remedies
n Specific Vitamins
n Specific Trace Elements
n Specific diluted Cytochine
n Specific diluted Hormone
Ivo BIANCHI M.D. ©
179179
The Tools of PRM
•• Therapeutic GuideTherapeutic Guide
•• Computerized PRMComputerized PRM
Repertory and MateriaRepertory and Materia
Medica ( not yet available )Medica ( not yet available )
•• Scientific Texts :Scientific Texts :
Cytokines, PNEI,Cytokines, PNEI,
CatalystsCatalysts ……....
Ivo BIANCHI M.D. ©
180180
Some Therapeutic Hints
n The DDS anti Aging Scheme.:
ä Diet
– Reducing global calories
– Reducing refined sugars and sweeteners
– Reducing saturated-animal derived fats
ä Detoxification
– Using Herbs
– Taking Anti Oxidants
– PRM Drainage Remedies
ä Stimulation
– Using Cell’s Catalysts
– Using diluted Quinones
– Replacing Trace Elements
Ivo BIANCHI M.D. ©
181181
182182
Long Term Caloric Restriction
n LT-CR Opposed Age-Associated Changes in Gene
Expression.
n LT-CR opposed the age-related increase in expression of 14 of the 20 genes
that increased expression in control mice (70%). LT-CR suppressed the
increase in 75% (6 of 8 genes) of the inflammatory response genes and
delays the onset and diminishes the severity of autoimmune and
inflammatory diseases in mice.
n LT-CR opposed the age-related increase in the expression of 3 of the 5
stress response proteins. Expression of at least 7 chaperones is negatively
regulated in response to LT-CR. These data suggest that LT-CR reduces
physiological stress on the liver. Together, these effects may explain the
delayed onset of hepatoma in LT-CR mice. LT-CR opposed the age-
associated decrease in the expression of 13 of the 26 genes that decreased
expression in control mice (50%). Many of these genes are responsible for
key differentiated functions of the liver. Partial restoration of the hepatic
drug metabolizing and detoxifying functions of the liver may be a source
of the anti-aging and anticancer effects of LT-CR.
Ivo BIANCHI M.D. ©
183183
Short Term Caloric Restriction
n Studies show that short-term fasting
increased apoptosis of preneoplastic cells
and preneoplastic lesions, and reduced
rates of chemical carcinogenesis. Thus, CR
mimetics might be useful in anticancer
therapies.
n The effects of ST-CR on the expression of
genes associated with xenobiotic
metabolism suggest that ST-CR may
rapidly restore some differentiated
functions in tissues of older animals.
Ivo BIANCHI M.D. ©
184184
Anti-aging Therapies
n Many of the anti-aging therapies
are stimulus therapies that could be
dangerous if carried out in patients
in an early neoplastic stage
Ivo BIANCHI M.D. ©
185185
Anti-aging Therapies
n Radiant therapies, cytostatics, etc.
are nothing else than therapies that
slow down cells’ activity making
them hyposensitive and
hyporesponsive, older and less
neoplastic
Ivo BIANCHI M.D. ©
186186
Aging problem
n Need of a global anti Age
PRM approach
ä Stimulation
ä Detoxification
ä Supplementation
Ivo BIANCHI M.D. ©
187187
The Basic General anti Aging
Therapy of PRM
188188
Proposed General anti Age PRM
Therapy
GUNA CellGUNA Cell
GUNA MatrixGUNA Matrix
GUNA GeriatricsGUNA Geriatrics
10 drops of each morning and evening10 drops of each morning and evening
3 weeks each3 weeks each monthmonth
Ivo BIANCHI M.D. ©
189189
Why do we need
GUNA Matrix ?
n PRM gives a particular importance
to Connective Tissue functions and
Matrix role in Pathology and
expecially in Aging process.
n Matrix is the true “System of
basal Regulation”: all the changes
in our external and internal
environment influence, through
the fundamental substance,
cellular functions
190190
Physiological Functions of
Connective Tissue - Matrix
n Structural framework for the body (bone,
cartilage)
n Transport nutrients and wastes (blood)
n Protection for vital organs (bone, cartilage,
adipose)
n Support and interconnection (tendons,
ligaments, capsules)
n Communication medium of Cells
n Energy storage and production of important cells
of blood and lymphatic tissues (adipose tissue,
bone marrow)
n Body defense and repair (blood, lymph, dense
c.t.)
191191
Basic Role of Matrix
The communication between cells and external
environment takes place through the
connectival matrix
Huge is the quantity of information that can be
stored in the matrix and transmitted to the cells
as instructions for their physiological activity.
The neurovegetative endings branch out in the
matrix through neural and endocrine
substances, and cytokines, the psycho-neuro-
endocrine-immunologic information
coordinates and controls cells’ activity by
means of the binding with the cell receptors.
192192
Possible Pathogenetic Role of
Matrix in Diseases
n A stressors accumulation
in this place represents the
potential trigger for the
beginning and the
progression of a
pathological process.
193193
Guna Matrix
3X
6X
DL malic
acid
Natrum
oxalaceticum
Natrum
pyruvicum
Trichinoyl Pyrogenium
Fucus
vesiculosus
Thuya
occidentalis
Natrum
sulphuricum
Lymphatic
Vessel
Conjunctive
Tissue
12X
8X
30X
200C
2X
Tyrosine
Prolactin
4D
Interleukin 6
Ascorbic
acid
Nadidum
Hyaluro
nidase
Hormone
Catalysts Suis-
Organs
Homeopathic
remedies
DHEA
Lacticum
acidum
Histidine
Phenyl
alanine
Enzyme
Vitamins
Cytokines
Herbal remedies
Amino
acids
Ivo BIANCHI M.D. ©
194194
195195
NAD
n NAD is a foundamental factor of metabolism of
Pyruvic acidum and Cell’s energy production
n NAD is the fundamental coenzyme for all the
oxidative energy-yielding pathways
196196
C
COO-
COO-
Natrium oxalaceticum
n Oxalacetic acid is in connection with Ca2+ transport in
mitochondria.
n control of Ca2+ levels plays a significant role in enzymatic
regulation and energy production. Pathological conditions that
result in increased tissue Ca2+ concentrations, such as ischemia,
oxidative stress, and excito- and neurotoxicity, involve
impairment of the continued ability of Ca2+-regulating
organelles, such as sarcolemma, mitochondria, and
sarcoplasmic reticulum, to provide long-term control of cellular
Ca2+ levels.
n The subsequent increase in cytoplasmic Ca2+ is widely
considered to be a critical initiating event in the development of
damage in cells destined to die.
n excessive free cytosolic Ca2+ may lead to uncoupling of
mitochondrial oxidative phosphorylation with consequently
decreased ATP synthesis. The resulting inactivity of ATP-
dependent pumps would lead to membrane depolarizaiton and
further cellular Ca2+ influx in a regenerative and self-
potentiating mechanism.
n In this context, removal of Ca2+ to the extracellular space
and/or uptake into organelles, including mitochondria, work to
restore the normal cytoplasmic Ca2+ concentration, as occurs
during the early stages of recirculation after short-term cerebral
ischemia.
CH
2
O
197197
TRICHYNOIL
n Very active stimulating quinon
n Activates energy production
systems at mythocondrial level
n Useful in viral conditions and in
low energy conditions
n Alone may be too strong and a
possible source of free radicals
n In low quantities and in sinergic
association it is an important
factor in cell and tissue reactivity
198198
Hystidine
n Several lines of evidence indicate that
the histaminergic (HA) system is
important for wakefulness and
behavioral state regulation.
199199
Hormones and Aging
Incidenza di MorteGH
ESTROGENI DEL CICLO
ESTROGENI BASALI
CORTISOLO
MELATONINA
DHEA
ANNI DI VITA
100=VALOREMASSIMO
MELATONIN
GH
DHEA
BASAL ESTROGENS
CORTISOL
Death incidence
CYCLE ESTROGENS
YEARS OF AGE
100=highestvalue
200200
Prolactin
n Prolactin has
ä Regulatory function over Appetite
and Sexual behaviour acting on
dopaminergic neurons in CNS
ä Modulatory role in several aspects
of immune function
n Dopamine serves as the
major prolactin-inhibiting
factor Agents and drugs that
interfere with dopamine
secretion or receptor binding
lead to enhanced secretion
of Prolactin.
201201
Melatonin and Prolactin
n Melatonin reduces DHEA at
night, this reduction is achieved
by inhibitory actions of
Melatonin on production of
Prolactin.
n Prolactin secretion may be
shown to specifically stimulate
production of DHEA.
n When Melatonin release is
high, PRL is reduced, which
reduces DHEA production.
202202
DHEA and Aging
n Production peaks at around age 20, from then
on, DHEA level decreases with age. By 65,
output drops to 10 to 20 percent, by age 80, it
plummets to less than 5 percent
The lower DHEA,the greater the risk of death
from age-related disease.
A close correlation between higher DHEA levels
and reduced risk of death from all causes. The
men who survived had three times the DHEA
levels of the men who died.
DHEA has an anti glucocorticoids effects and
acts as a potent stimulator of immune system
Ivo BIANCHI M.D. ©
203203
DHEA and Aging
Low DHEA levels is a marker for many
degenerative diseases and accelerated aging.
The hormone has been implicated as a contributing
factor in a host of health problems, including
Alzheimer's disease, autoimmune disease and other
immunological disorders, cancer, chronic fatigue
syndrome, diabetes, heart disease, high cholesterol,
memory problems, obesity, osteoporosis, and stress
disorders.
Still DHEA is a sexual hormone and its
overexpression can be not advisable in people at
risk for breast or prostate carcinomas
Ivo BIANCHI M.D. ©
204204
IL 6 and Aging
n IL-6 .:
ä Inhibits Hypophysal synthesis of TSH
ä Induces at the level of the liver synthesis of pro inflammatory
cytokines CRP
n The age related increase of IL-6 during aging is also
related with the fact that this cytokine is produced
from visceral fat tissue, normally increasing with age
n Cortisol and stress increase IL-6 secretion
Ivo BIANCHI M.D. ©
205205
IL - 6
n Previously associated with the acute phase response to
trauma and infection, when the liver produces
increased amounts of "acute phase proteins" which
help to deal with bacterial infections, including C-
reactive protein, mannan-binding lectin, fibrinogen,
haptoglobin, ferritin, ceruloplasmin, alpha1-antitrypsin
and alpha1-acid glycoprotein.
n Recent work has shown that IL-6 is produced by
exercising muscle, when it appears to have anti-
inflammatory actions. It may be that IL-6 is involved in
the adaptive response to pro-inflammatory signals,
and that it may antagonise TNF-α rather than acting in
a similar way. This could explain the generally
beneficial effects of increased exercise on chronic
inflammatory conditions.
206206
Ivo BIANCHI M.D. ©
207207
DHEA and IL-6
n Data indicate a functional link between
DHEA and IL-6.
n The increase in IL-6 production during
the process of aging might be due to
diminished DHEA
208208
Lactic acid
n A low quantity of Lactic
acid is stimulating the
metabolism of the
substance and helps
regulating the Matrix’s
pH , not allowing
accumulation of toxins,
gelification of medium
…
209209
Homeopathic Components of
GUNA Matrix
210210
GUNA Matrix
n Connective Tissue and Nervous Tissue Drainage
ä Thuya 6-12-30-200 X
ä Natrum sulphuricum 6-12-30-200 X
n Connective Tissue Fluidification and Detoxication
ä IL-6 4C, Hyaluronidase, Phenilalanine, Histidine, Tyrosine,Lactic acidum,
Fucus vescicolosus
n Cell Function Stimulation
ä DL-Malicum , Natrum oxalaceticum, Natrum Pyruvicum
n Immune Stimulation
ä NADID, Ascorbic ac.,Trychynoil , DHEA
n Stimulation of Tissues’ Trophism
ä PRL, DHEA
n Lymphatic Drainage
ä Lymphatic vessel- Conjunctive tissue
Ivo BIANCHI M.D. ©
211211
HomeopaticHomeopatic
RemediesRemedies
HerbalHerbal
RemediesRemedies
CytokinesCytokines
andand
Amino acidsAmino acids
TOXINS MOBILITATION
AND DRAINING
PROPERTIES OF
GUNA MATRIX Ivo BIANCHI M.D. ©
212212
Specific anti Aging Therapy
n According to .:
ä Diseases of the Patient
ä Symptoms of the Patient
ä Neurovegetative Outline
ä Specific Modalities of Aging
ä Family Hystory
ä Specific Toxicological Hystory and Emuntorial
Problems
Ivo BIANCHI M.D. ©
213213
PRM’S GENERAL
REMEDIES
n GUNA Lympho
n GUNA Matrix
n GUNA Cell
n GUNA Fem
n GUNA Male
n MADE
n GUNA Mood
n GUNA Sport
n GUNA Trauma
n GUNA Arthro
n GUNA Flam
n GUNA Tonsils
n GUNA React
n GUNA Flu
n GUNA Virus
n EUBIOFLOR
n CITOMIX
n ANTI AGE Stress
n ANTI AGE Skin
n ANTI AGE Face
n ANTI AGE Vein
n GUNA Dizzy
214214
PRM’S SPECIFIC REMEDIES
n Osteobios
n Micox
n GUNA TF Herpes
n GUNA TF Candida
n GUNA TF Papilloma
n GUNA Sinus Nose spray
n GUNA Rhino Nose spray
n GUNA Throat
n GUNA Cough
n GUNA Allergy Prev
n GUNA Allergy Treat
n GUNA PMS
n GUNA Bowel
n GUNA Haemorroids
n GUNA Digest
n GUNA Stomach
n GUNA Liver
n GUNA Kidney
n GUNA Diur
n GUNA Sleep
n GUNA Dermo
n GUNA Addict 1
n GUNA Addict 2
215215
PRM’S REMEDIES OF
AESTHETIC MEDICINE
n MADE
n OMEOFORMULA 1
n OMEOFORMULA 2
n OMEOFORMULA 3
n OMEOFORMULA 4
Ivo BIANCHI M.D. ©
216216
MADE
Suis-Organs
Homeopathic
remedies
8X
10X
α-Ketoglutaricum
acidum
Barium
oxalsuccinate
Cis-
Aconitic
acid
Calcarea
phosphorica
Natrum
Oxala
ceticum
Pyridoxinum
hydrochloricum
Galium
aparine
Collagen
20X
12X
30X
HeparGlandula
suprarenalis
6X
Funiculus
umbilicalis
Ribo
flavinum
Mercurius
solubilis
Ascorbic
acid
Muscle
tissue
Catalysts
Natrum
pyruvicum
Placenta
totalis
Fumaricum
acidum
Skin
tissue
Thuya Sulphur
Thiaminum
Hydro
chloricum
Magnesium
gluconate
Manganum
phosphoricum
Nicotinamidum
Hyaluro
nidase
Vitamins
Trace elements
Enzyme
Ivo BIANCHI M.D. ©
217217
Examples of Simplified
Therapeutic Protocols with
PRM
- Section 5 -
218218
Hypertension in Aged People
n More than half of all 65 aged persons suffer
from hypertension. In many, only the systolic
blood pressure will be elevated. This is often
referred to as isolated systolic hypertension.
Treating high systolic blood pressure in older
patients significantly decreases the risks for
stroke, heart attack and cardiovascular death.
n Most people have essential hypertension,
which has no identifiable cause. Some think it
may be due in part to a genetic predisposition.
The probability of developing this condition
increases with age. In the last few decades, the
risk for high blood pressure has increased
because of a decline in healthy life styles. In
fact, nine out of 10 persons are at risk for
developing hypertension after age 50.
Ivo BIANCHI M.D. ©
219219
Hypertension
Ivo BIANCHI M.D. ©
220220
Guna Hypertension
6X
12X
200X
3X
Ubichinon
Fumaric
acidum
Natrum
pyruvicum
Catalysts
Glandula
suprarenalis
Suis-Organs
Diencephalon
Rauwolfia
Spigelia
Melilotus
Aurum
Arnica
Plumbum
Met.Olea
europea
Herbal remedies
Viscum
album
Homeopathic
remedies
Rein
4C
Melatonin
Hormon
Ivo BIANCHI M.D. ©
221221
Senile Dementia
n Dementia affects one out of 20 people over the age of
65 and one out of five over the age of 80.
n Over 700,000 people in the UK have dementia. More
than half have Alzheimer's Disease.
n Although there are many different forms of
dementia, the thing they all have in common is that
they progressively damage the brain. In most cases
the key symptom of dementia is serious memory
loss, but others include losing track of the time,
getting lost in familiar places and changes in
behaviour. Additionally, people with dementia are
likely to lose their ability to reason clearly, and may
find making decisions very hard. Dementia can also
cause personality changes, which can be particularly
distressing for those who care for a person with the
illness.
Ivo BIANCHI M.D. ©
222222
Senile Dementia
Ivo BIANCHI M.D. ©
223223
Senile Depression
n Depression affects about one out of eight
people over 65. Older people are, in fact,
more likely to have mild depression than any
other age group. This is not because older
age is inherently depressing, but because
depression is often a side effect of physical
illness and other knocks like bereavement.
Whatever lies behind it, depression can
seriously affect quality of life, not only for
patients but also for their partners and
families.
Ivo BIANCHI M.D. ©
224224
Guna Awareness
6X
12X
3X
Suis-Organs
4C
NT3 NT4 Melatonin
HormonCitokines
Minerals
Lobo
temporalis
Lobo
frontalis
Rana bufo
Silicea
Cicuta virosa
Cuprum
metallicum
Aurum
metallicum
Lachesis
Zincum
metallicum
Homeopathic
remedies
Va
Zn
Fe
Cr
Ca
Mb
Acido
folico
Vitamina
B12
Trimetilglicina
Ubichinon
Catalyst
Vitamins
Ossitocina
TRH
Hormones
BDNF
Neuro
transmitter
Ivo BIANCHI M.D. ©
225225
Senile Depression
Ivo BIANCHI M.D. ©
226226
Guna Mood
Suis-Organs
Homeopathic
remedies
6X
10X
5
hydroxy
tryptophan
Tryptophan
Pineal
gland
Salix
vitellina
30X
12X
200X
3X
Thymus
gland
Phosphoric
acidum
Avena
sativa
Alfalfa
6C
Lachesis Ignatia Sepia
30C
Salmonella
typhi
Homeopathic remedies
Serotonin
Amino
acids
Neuro
transmitter
Ivo BIANCHI M.D. ©
227227
Guna Sleep
Homeopathic remedies
4C
Valeriana
officinalis
Chamimilla
Helleborus
niger
6C
Avena
sativa
Ignatia
amara
Pulsatilla
Melissa
officinalis
Serotonin
Interleukin
1 beta
Citokines
Pineal gland
6X
12X
30X
Suis-
Organ
Melatonin
Neuro
transmitter
Ivo BIANCHI M.D. ©
228228
Metabolic Syndrome
n Metabolic syndrome increases with aging, and this relation is
outlined.
n Generally in the elderlies, an increase in fat level and a decrease in
skeletal muscle amount are observed. The consumption of sugar
decreases by the decrease in muscle amount, and insulin
resistance increases.
n Various adipocytokines are secreted from fat cells by the increase
of visceral fat to increase insulin resistance. There are some reports
that when the secretion of TNF-.ALPHA. is increased, insulin
resistance increases, and others which support the hypothesis that
the lowering of mitochondria function is related to the insulin
resistance by aging. On the other hand, there is a report that
adiponectine, an adipocytokine with insulin sensitivity
potentiation and anti-arteriosclerotic action, which is decreased by
visceral fat storage and increased by body weight loss, increases
with aging.
Ivo BIANCHI M.D. ©
229229
Metabolic Syndrome
Ivo BIANCHI M.D. ©
230230
Guna Lympho
3X
6X
Levothyroxin
DL malic
acid
Fumaric
acidum
Natrum
oxalaceticum
Natrum
pyruvicum
Trichinoyl
ApisEquisetum
hyemale
Hydrastis
canadensis
Hydrocotyle
asiatica
Calendula
Myosotis
arvensis
Phytolacca
decandra
Magnesia
phosphorica
Graphites
Lymphatic
vessel
Capillary
tissue
12X
8X
Catalysts
Hormone
30X
200X
Sarsaparilla
Juglans
regia
1X
Suis-Organs
Vein
Homeopathic
remedies
Taraxacum
officinalis
Herbal remedies
Ivo BIANCHI M.D. ©
231231
Malnutrition of Aging
n Food intake declines throughout the life span. This
physiologic anorexia of aging is caused in part by
alterations of stomach-fundus compliance and release
and activity of cholecystokin.
n The decline in Testosterone in males results in elevated
leptin levels that increase the anorexia.
n There is also evidence that cytokines play a role in the
pathogenesis of anorexia and sarcopenia, thus
accelerating the development of frailty in older persons.
n Numerous treatable causes of anorexia and weight loss
exist. Depression is the most commonly diagnosed cause
of pathologic weight loss in elder persons.
Ivo BIANCHI M.D. ©
232232Ivo BIANCHI M.D. ©
233233
Malnutrition of Aging
Ivo BIANCHI M.D. ©
234234
Osteoporosis
n Osteoporosis is a loss of bone density among
aging adults that can cause painful fractures,
disability and deformity.
n Osteoporosis affects both sexes but is more
frequent among women. It is estimated that
about one out of four women and one out of
eight men over the age of 50 in Canada have
osteoporosis.
n Bones are constantly being renewed naturally.
But with age, this process becomes less efficient,
and bone mineral density is lost.
235235
Osteoporosis
236236
Guna Flam
Suis-OrgansHomeopathic remedies
4X
6X
Citricum
acidum
Natrum
pyruvicum
Copper
gluconate
Ferrum
phosphoricum
Phytolacca
decandra
Hepar sulphuris
calcareum
Belladonna
Colon
30X
12X
200X
Aconitum
napellus
Apis
mellifica
3X
Hyphophysis
Bryonia
alba
Pyrogenium
Beta
Endorphin
Pineal gland
Catalysts
4C
Interleukin 10 Anti
Interleukin 1 alpha
Melatonin Transforming
Growth factor 1 beta
HormonesCitokines
Trace element
Neuro
transmitter
237237
BenignProstate Hypertrophia
n Testosterone is reduced by the enzyme 5-a-reductase to DHT
which is then thought to be the real culprit. The argument
between the use of Saw Palmetto, Pygeum and Pumpkin
seeds vs Proscar are both directed at blocking this enzyme.
Strangely, DHT is most important for sexual vigor, so
blocking this step may have some unintended consequences!
n On the other hand, Testosterone is also converted into
estradiol by aromatase (producing the aromatic ring). This
occurs increasingly with age in the liver but most importantly
... in the fat stores.
n Now you see the connection. As we age, and frequently gain
increasing fat stores, we are feeding the aromatase
connection, increasing our estradiol levels and if this theory
holds, increasing the promotion of prostate disease.
n It also raises the interesting possibility, that we find absent in
all other discussions (although certainly not proven), that
blocking the 5-a-reductase step may actually exacerbate the
problem by further increasing estrogen levels which is the
initiator of the problem to begin with.
238238
BenignProstate Hypertrophia
239239
Guna Prostate
Staphysagria
6X
12X
Zn
Clematis
Chimaphila
umbellata
Baryta
carbonica
Conium
30X
200X
Agnus
castus
3X
Suis-Organ
Homeopathic remedies
Sabal
serrulatum
Herbal
remedies
Thuja Digitalis
Selenium
Ferrum
picrinicum
Prostata
Mineral
4C
Interleukin 10
Interleukin 2 Melatonin
Transforming
Growth factor beta
HormonesCitokines
Interferon gamma
240240
Constipation of the Elderly
n Approximately 20 million people in
the western world suffer from chronic
constipation. Sufferers are from all
walks of life, but constipation is
particularly prevalent amongst the
aged, paraplegics of the lower limbs,
and the chronically ill.
Free-Lax is the world's first natural,
non-drug, non-invasive, non-habit-
forming constipation relief device.
241241
Constipation of the Elderly
242242
Guna Bowel
Amino acid
Suis-Organs
Homeopathic remedies
4X
6X
Skatolum
Cholecalciferol
Niacin
Thiaminum
hydrochloricum
Rhamnus
frangula
AloeCarduus
marianus
Chelidonium
majus
Alumina
Bryonia
Colon
10X
8X
12X
Natrum
carbonicum
Kali
carbonicum
2X
Rectum
Nux
vomica
Taraxacum
officinale
Pantothenic
acid
30X
Vitamins
Rheum
Herbal remedies
Collinsonia
canadensis
243243
Guna Stomach
Homeopathic remedies
6X
Abies
nigra
Dioscorrea
villosa
Anacardium
orientale
Carbo
vegetabilis
10X
8X
12X
Bismuthum
subnitricum
Sympathetic
nerve
2X
Antimonium
crudum
Momordica
balsamina
30X
200X
Ipecacuanha
Origanum
majorana
DopamineArgentum
nitricum
4C
Epidermal
growth factor
Stomach
3X
Robinia
pseudoacacia
Herbal remedies
Suis-Organs
Neuro
transmitter
Citokin
244244
SIDE EFFECTS OF CHEMOTHERAPY
IN THE ELDERLY
n Chemotherapy drugs are made to kill fast-
growing cells, but because these drugs travel
throughout the entire body, they can affect
normal, healthy cells, too. Damage to healthy
tissue causes side effects.
n It's uncertain whether chemotherapy may be less
well tolerated by elderly patients. Some issues in
aging patients, such as multiple medications and
other medical problems, may complicate cancer
treatment. A study showed, however, that
elderly cancer patients who are not suffering
from medical complications can receive the same
benefits and levels of toxicity as younger
patients.
245245
SIDE EFFECTS OF CHEMOTHERAPY
IN THE ELDERLY
246246
Guna Kidney
Suis-Organs
Homeopathic
remedies
2X
3X
Methylene
blue
Quinhydrone
Succinicum
acidum
Proteus
Colibacillinum
Equisetum
hyemale
Plantago
major
Pareira
brava
Orthosiphon
stamineus
Kidney
8X
6X
12X
Kali
nitricum
Nitricum
acidum
1X
Ureter
Ononis
spinosa
Sarsaparilla
Solidago
virgaurea
Urinary
bladder
Catalysts
Mouse-Ear
hawkweed
Natrum
muriaticum
Herbal remedies
247247
Guna Liver
4X
6X
Fumaricum
acidum
Natrum
oxalaceticum
Natrum
pyruvicum
Ceanothus
americanus
Chionanthus
virginica
Kali
sulphuricum
Natrum
sulphuricum
Gall
bladder
Hepar
12X
8X
2X
Chelidonium
majus
Ribo
flavinum
Cobalamin
Niacin
Thiaminum
hydrochloricum
Catalysts
Suis-Organs
Homeopathic
remedies
Pyridoxinum
hydrochloricum
Inositol
Carduus
marianus
Taraxacum
Vitamins
Jejunum
Pancreas
SpleenLeptandra
virginica
Cholinum
Lycopodium
clavatum
Herbal remedies

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Presentación de MRF en geriatría (Dr. Bianchi)

  • 1. 11 Prof. Ivo Bianchi M.D.USA - CANADA June 2008 PRM : The Aging Process and Geriatrics
  • 2. 22 Disclaimer n This lecture is based on Prof. Ivo Bianchi’s own clinical experience and his studies in PRM. n This lecture is not a prescription and we do not accept medical or legal responsibility for misuse of information. Some of the remedies and techniques might not be available in your Country and you must adapt the content to the law of your Country and to the jurisdiction of your licensing board.
  • 3. 33 n Most part of the following presentation is an original creation by Prof. Ivo Bianchi. The slides created by Prof. Bianchi are marked by the copyright symbol ©. n For these slides all rights are reserved and all reproductions are forbidden; it is forbidden altering or removing each mark and the notes of copyright from them as well as using the slides for other purposes without the written consent of the author. All rights reserved
  • 4. 44 Geriatric Medicine and its Social Importance Peculiarities of Aging and Senility - Section 1 -
  • 5. 55 Importance of Geriatric Medicine n By 2030, the proportion of elderly in the United States is estimated to rise to 19.6 percent of the population, up from 12.4 percent today. The need for doctors trained in geriatric medicine will also rise. n The knowledge of the modern internist must be focused on geriatric pathologies and the therapeutic options must be multiple Ivo BIANCHI M.D. ©
  • 7. 77 Increase of people average life n An increasing interest in the study of Aging Related Diseases Ivo BIANCHI M.D. ©
  • 8. 88 Most Common Aging Related Diseases Ivo BIANCHI M.D. ©
  • 9. 99 Peculiarities of Old People n Elderly patients need a continuous administration of remedies n Toxicological problems are in better evidence n Best way : use of Remedies that stimulate Cells’ Reactivity and preserve Organs’ Integrity Ivo BIANCHI M.D. ©
  • 10. 1010 Peculiarities of Old People n Degenerative diseases in their most complete expression, creating different symptoms and disabilities n Genetic, Constitutional deficiencies express themselves after a certain age when organ structure is deteriorated and is no longer supported by hormonal equilibrium Ivo BIANCHI M.D. ©
  • 11. 1111 PRM and Aging n PRM Strategy : a New Therapeutical Approach to old Peoples’ care taking into account many peculiar aspects and expressions of this declining period of the life Ivo BIANCHI M.D. ©
  • 12. 1212 PRM’s Proposals n To work on the most common age related diseases with a Complex Therapeutic Strategy based mostly on Method’s PRM Remedies ä Basic Remedy for age related pathological processes .: GUNA Geriatrics ä Basic Remedy for matrix detoxification .: GUNA Matrix ä Basic Remedy for connective tissue drainage .: GUNA Lympho ä Basic Remedy for cellular activation .: GUNA Cell Ivo BIANCHI M.D. ©
  • 13. 1313 Common Disabilitating Symptoms among Elderly People Ivo BIANCHI M.D. ©
  • 14. 1414 PRM’s Proposals n To work on the most common disabilitating symptoms with a Simple Therapeutic Strategy based mostly on Symptomatic PRM Remedies having quick action and no side effects ä Neuralgic Pain .: GUNA Neural ä Arthritic Pain .: GUNA Polyarthritis ä Sleeplesses .: GUNA Sleep ä Haemorrhoids .: GUNA Haemorrhoids Ivo BIANCHI M.D. ©
  • 15. 1515 General characteristics of old age n Increased individual changeability ä need of a personalized and specific antisenile therapy ä usefulness of a PRM complex and articulated strategy 1/A Ivo BIANCHI M.D. ©
  • 16. 1616
  • 17. 1717 Mosaic Concept n Different Pictures (Therapeutic Strategy) using the same Stones (Remedies) in different associations and modalities, according to the expression of the Disease and to the Reactivity of the Patient Ivo BIANCHI M.D. ©
  • 18. 1818 Constitutional Approach n Basic approach for a personalized therapy : Costitutional – Neurovegetative outline Ivo BIANCHI M.D. ©
  • 20. 2020
  • 21. 2121 PRM’s Proposals n Use of some basic PRM Remedies according to the Constitution of the patient ä Phlegmatic Constitution : – GUNA Lympho ä Choleric Constitution : – GUNA Flam ä Sanguine Constitution : – GUNA Matrix ä Melancholic Constitution : – GUNA Cell Ivo BIANCHI M.D. ©
  • 22. 2222 Other Practical Therapeutic Consequences n Increased individual changeability ä According to the different associations of pathologies and to the different clinical hystory, even the same chronic degenerative disease has to be treated in a different way ä Hepatic Cyrrhosis – Alcoholic history n GUNA-Liver + GUNA-Kidney – Infective history n GUNA-Virus + GUNA-Matrix – Degenerative history n GUNA-Liver + GUNA-Male/GUNA-Fem 1/B Ivo BIANCHI M.D. ©
  • 23. 2323 General characteristics of old age n Delayed response to stimuli ä doses and modalities of administration of the remedies should be specific for old age ä advantages of using injections and a major quantity of remedies ä Importance of auto-sanguis therapy 2/A Ivo BIANCHI M.D. ©
  • 24. 2424 Practical Therapeutic Consequences n Delayed response to stimuli ä Infusion of remedies combinations, PRM associated with homotoxicological and even with conventional remedies ä Use of 2-5 vials for each product and a combination of sometime 4-5 products 2/B Ivo BIANCHI M.D. ©
  • 25. 2525 PRM’s Proposals n Use of strong injectable revitalizing therapeutic strategies .: ä MADE ä OMEOFORMULA 3 ä OMEOFORMULA 1 Ivo BIANCHI M.D. ©
  • 26. 2626 General characteristics of old age n Reduced capacity of recovery ä need of a therapy for tissue support ä advantages of using remedies containing catalysts and suis-organ preparations 3/A Ivo BIANCHI M.D. ©
  • 27. 2727 Practical Therapeutic Consequences n Reduced capacity of recovery ä Large use of preparations such as GUNA-Cell, GUNA-Matrix to stimulate Cell’s and Connective Tissue’s reactivity ä Importance of Organ supporting preparations such as GUNA-Liver, GUNA-Kidney , etc.... 3/B Ivo BIANCHI M.D. ©
  • 29. 2929 Guna Matrix Natrum oxalaceticum Fucus vesiculosus Natrum sulphuricum 3X 6X DL malic acid Natrum pyruvicum Trichinoyl Pyrogenium Thuya occidentalis Lymphatic vessel Conjunctiva tissue 12X 8X 30X 200X 2X Tyrosine Prolactin 4C Interleukin 6 Ascorbic acid Nadidum Hyaluro nidase Hormone Catalysts Suis- Organs Homeopathic remedies Dehydro epiandrosteron Lacticum acidum Histidine Phenyl alanine Enzyme Vitamins Cytokines Herbal remedies Amino acids Ivo BIANCHI M.D. ©
  • 32. 3232 General characteristics of old age n Increased sensitivity to endogenous and exogenous stress ä need of a correct drainage and of fundamental homeopathic remedies in order to optimize the psychic reaction 4/A Ivo BIANCHI M.D. ©
  • 33. 3333 Practical Therapeutic Consequences n Increased sensitivity to endogenous and exogenous stress ä Large use of preparations such as GUNA-Mood and ANTI AGE Stress 4/B Ivo BIANCHI M.D. ©
  • 34. 3434 General characteristics of old age n Altered regulation of intra- and extracellular control mechanisms ä need to use remedies acting on endocrine system and on the cellular function (GUNA-Male, GUNA-Fem, GUNA-Cell...) 5 Ivo BIANCHI M.D. ©
  • 35. 3535 General characteristics of old age n Decline of reproductive capacity and gonadic function ä need to support these organs with the extensive use of compound remedies containing suis organ preparations and cellular catalysts 6A Ivo BIANCHI M.D. ©
  • 36. 3636 Practical Therapeutic Consequences n Decline of the reproductive capacity and the gonadic function ä Large use of preparations such as GUNA-Male and GUNA-Fem 6B Ivo BIANCHI M.D. ©
  • 37. 3737 General characteristics of old age n Increase of the rate of age-specific death ä need to carry out a drainage, a stimluating therapy, to activate immune defenses and reactivate functions that would be inevitably compromised by old age ä cycles of preventive and maintenance therapies, at least 4 times a year 7 Ivo BIANCHI M.D. ©
  • 38. 3838 General anti Aging Therapeutic Proposals : Conventional Medicine, Natural Perspectives, PRM - Section 2 -
  • 39. 3939 Tissue TherapyTissue Therapy Nosode TherapyNosode Therapy DrainageDrainage Acute diseaseAcute disease ChronicizedChronicized ReactiveReactive inflammatoryinflammatory DiseasesDiseases ChronicChronic impregnativeimpregnative DiseasesDiseases Health statusHealth status Aging Symptoms Part of a Whole Aging is itself a “chronic disease” Need of a Complex PRM Cocktail Acute diseaseAcute disease Disease grownDisease grown acute againacute again Health status in geriatrics Health status in geriatrics Ivo BIANCHI M.D. ©
  • 40. 4040 The Cure n Delusions of a Miracle Anti aging Pill Ivo BIANCHI M.D. ©
  • 41. 4141 Conventional Medicine Proposals in Geriatrics n Invasive and substitute Surgery n Therapy taken to extremes often with tremendous side effects ä Lacking evaluation of patients' Constitution ! Delusions : - SH - DHEA - Melatonin Future Proposals : - Gene Therapy Ivo BIANCHI M.D. ©
  • 42. 4242 DHEA n DHEA is converted into Testosterone (and estrogen). n These sex hormones and their metabolites promote benign and malignant prostate cell proliferation. n Men with prostate cancer or severe benign prostate hypertrophy are advised to avoid DHEA. n Women with estrogen-dependent cancer should avoid DHEA therapy. n DHEA is risky for individuals with existing liver disease (such as viral hepatitis or cyrrhosis) Ivo BIANCHI M.D. ©
  • 43. 4343 Melatonin n While there have been no reports of severe adverse reactions from Melatonin, there are concerns that it could cause side effects ranging from hypothermia to dangerous drowsiness, depression, stroke. Ivo BIANCHI M.D. ©
  • 44. 4444 GH n Patients treated in childhood/ early adulthood from 1959 to 1985 with human pituitary GH were followed through for cancer incidence to December 1995 and for mortality through to December 2000 n The overall risk of cancer mortality was increased approximately threefold and from colorectal cancer and Hodgkin's disease (HD) approximately 11-fold. The incidence of colorectal cancer was increased approximately eightfold and both incidences and mortality of colorectal cancer, as well as that of HD, were increased even after excluding patients whose original diagnoses gave them higher risk of cancer. Ivo BIANCHI M.D. ©
  • 45. 4545 EXCRETION REACTION DEPOSITION IMPREGNATION DEGENERATION NEOPLASM MIND SKIN E.N.T NERVOUS Syst. DIENCEPHALON RESPIRAT. Tr. DIGESTIVE Tr. CONNECTIVE T. HEMOGENESIS BONE TISSUE CARDIOV. Syst. LYMPHATIC T. JOINTS-SYNOV. URINARY Syst. SEROUS MEMBR. GENITALIA M. GENITALIA F. MUSCULAR T. Symptomatic Drugs : Temporary Relief of the Symptoms Deepening of the Pathology The suppression of the Reaction Phase caused by Allopathic Medicine leads to the Deposition and Degeneration Phases, that is to chronic diseases SymptomaticSymptomatic MedicationsMedications Ivo BIANCHI M.D. ©
  • 46. 4646 Gene Therapy n In gene therapy, side effects may originate from ä genetic damage following the insertion of the transgene, ä interference of ectopic transgene expression with cellular signaling networks, ä immune responses evoked by the transgene product, or by aberrant reading frames of the vector. Ivo BIANCHI M.D. ©
  • 47. 4747 New Proposals n Homeopathic and PRM General Proposals Ivo BIANCHI M.D. ©
  • 48. 4848 PRM in Geriatrics n Careful clinical survey, conventional study too n Careful evaluation of patients Constitution n Compatibility with Conventional therapy when necessary n Great importance of toxins cleaning with Drainage activation Ivo BIANCHI M.D. ©
  • 49. 4949 Effects of PRM Therapy in Geriatrics n Stimulation of cell and tissue defenses n Cleavage of endogenous and exogenous toxins n Specific stimulation of patients' reactivity n Stop to degenerative tendencies n Stimulation of endocrine glands showing a deficit Ivo BIANCHI M.D. ©
  • 50. 5050 Advantages of PRM Therapy in Geriatrics n Quite easy formulation of a Therapeutic Strategy n Quick action of the remedies n Possibility to give remedies in different administration ways and forms n Possibility to combine these remedies with Conventional ones n Possibility to combine this therapy with the remedies of Classical Homeopathy Ivo BIANCHI M.D. ©
  • 51. 5151 Basic Oral anti Aging Remedy : Guna-Geriatrics 6X 3X Suis-Organs 4C NT3 NT4 Melatonin HormonesNeurotrophins Plumbum metallicum Hepar Lobo frontalis Glandula suprarenalis HypothalamusBaryta carbonica Homeopathic Remedies Phenilalanine Thyrosine Oxitocine TRH LH-RH ACTH Acidum DL-malicum Catalysts Acidum pyruvicum Hormones BDNF Parabenzochinon Baryum oxalsuccinicum Arnica IGF-1 Aminoacids Ivo BIANCHI M.D. ©
  • 54. 5454 Clinical Indications of some Homeopathic Basic Remedies from Practical Materia Medica by Henry Clarke Ivo BIANCHI M.D. ©
  • 55. 5555 Neurotrophic Growth Factors n Growth factors and their receptors, are important in CNS development. n These same factors seem to play a significant role in the development of CNS neoplasia. Ivo BIANCHI M.D. ©
  • 56. 5656 Neurotrophins n Neurotrophic factors are endogenous proteins that alter the survival, development, maintenance, and differentiation of neurons. n Evidence has indicated that neurotrophic factors may be implicated in the normal functional activity of nerve cells. n These molecules are generally small, soluble proteins with molecular weights between 13 and 24 kDa and are often active as homodimers (1,2). Ivo BIANCHI M.D. ©
  • 57. 5757 Neurotrophins n Nerve Growth Factor (NGF) The first known neurotrophin, acts predominantly on sympathetic and sensory neurons. n Brain Derived Neurotrophic Factor (BDNF) Supports motoneuron development and survival in animals and prevents naturally occurring death n Neurotrophin 3 (NT-3) NT-3 is related to NGF and has homology with it. It is found in motorneurons, sympathetic neurons and some peripheral sensory organs. n Neurotrophin 4 (NT-4) NT 4 also is related to NGF and has similar homology. NT-4 is produced in skeletal Muscle but production of NT-4 was found to depend on muscle activity Ivo BIANCHI M.D. ©
  • 58. 5858 Brain-Derived Neurotrophic Factor (BDNF) n Acting on certain CNS neurons and on the peripheral nervous system n Helps to support the survival of existing neurons and encourages the growth and differentiation of new neurons and synapses n Active in the Hyppocampus, Cortex, Basal Forebrain areas vital to learning, memory, and higher thinking. n Although the vast majority of neurons in the brain are formed prenatally, parts of the adult brain retain the ability to produce new neurons from neural stem cells in a process known as Neurogenesis Ivo BIANCHI M.D. ©
  • 59. 5959 Brain-Derived Neurotrophic Factor (BDNF) n BDNF is one of the most active neurotrophins. Mice born without the ability to make BDNF suffer development defects in the brain and sensory nervous system, and usually die soon after birth, suggesting that BDNF plays an important role in normal neural development n BDNF is actually found not only in the brain but also in a range of tissue and cell types : Retina, Motor neurons, Kidneys and Prostate. n Various studies have shown possible links between low levels of BDNF and conditions such as : Depression, Schyzofrenia, Obsessive Compulsive Disorders, Alzheimer’s Disease, Untington’s Chorea, Rett Syndrome, Dementia, Anorexia and bulimia Nervosa Ivo BIANCHI M.D. ©
  • 60. 6060 NT-3 : synaptic potentiation NT-4 : synaptic plasticity Neurotrophin-3 (NT-3) supports the survival and differentiation of neurones in the central and peripheral nervous systems through a number of mechanisms that occur in a matter of hours or days. NT-3 may also have a more rapid mode of action that influences synaptic activity in mature neurones. NT-3, have been implicated in the regulation of synaptic transmission and plasticity. Neurotrophin 4 (NT4) is required for the synaptic plasticity mediating both tolerance and memory. NT4 may be involved in neural plasticity underlying opiate tolerance Ivo BIANCHI M.D. ©
  • 61. 6161 Aging and Hormones Ivo BIANCHI M.D. ©
  • 62. 6262 Hormonal Profile in Aging Ivo BIANCHI M.D. ©
  • 63. 6363 Anti Aging Hormones Ivo BIANCHI M.D. ©
  • 64. 6464 Melatonin and Aging n Circulating melatonin decreases with age and in recent years much interest has been focused on its immunomodulatory effect. n Melatonin stimulates the production of progenitor cells for granulocytes- macrophages. It also stimulates the production of NK cells and CD4+ cells and inhibits CD8+ cells. n The production and release of various cytokines from NK cells and T-helper lymphocytes also are enhanced by melatonin. n Melatonin presumably regulates immune function by acting on the immune-opioid network, by affecting G protein-cAMP signal pathway and by regulating intracellular glutathione levels. Melatonin has the potential therapeutic value to enhance immune function in aged individuals and in patients in an immune-compromised state. Ivo BIANCHI M.D. ©
  • 65. 6565 Insuling Growth Factor 1 and Aging n Insulin-like growth factors (IGFs) are polipeptides with high sequence similarity to insulin n IGF-1 is mainly secreted by the liver as a result of stimulation by GH. n IGF-1 is important for both the regulation of normal physiology, as well as a number of pathological states, including cancer n IGF axis has been shown to play roles in the promotion of cell proliferation and inhibition of apoptosis n Factors that are known to cause variation in the levels IGF-1 in the circulation include an individuals genetic make-up, the time of day, age, sex, exercise, stress levels, genetics, nutrition level and body mass index (BMI), disease state, race, estrogen status and xenobiotic intake. Ivo BIANCHI M.D. ©
  • 66. 6666 ACTH and Aging n It was demonstrated that administration of ACTH led to facilitation of learning and strengthening of memory processes (conditioned reflex traces). ACTH promoted strengthening of movement, orientational-investigative, and intersignal activities, produced hyperalgesia, and blocked the effects of naloxone n ACTH is involved in motivation, learning and memory. n ACTH restores the ability of hypophysectomised rats to acquire an avoidance response in a shuttlebox. Ivo BIANCHI M.D. ©
  • 67. 6767 Anti aging Hormones Ivo BIANCHI M.D. ©
  • 68. 6868 Oxytocin and Aging n Oxytocin is a mammalian hormone that also acts as a neurotransmitter in the brain. n Oxytocin is released during orgasm in both sexes. n In the brain, oxytocin is involved in social recognition and bonding, and might be involved in the formation of trust between people, in generosity and in the reduction of fear n Can impair memory retrieval in certain aversive memory tasks. Ivo BIANCHI M.D. ©
  • 69. 6969 TRH and Aging n The brain tripeptide thyrotropin-releasing hormone (TRH) has been demonstrated to facilitate cholinergic neurotransmission. n TRH markedly attenuated scopolamine- induced impairment of some measures of memory, most notably on a selective reminding task. n Cognitive studies suggest a facilitatory role for TRH in human memory processes. n Scientific studies suggest that stimulation of TRH may be useful for treatment of age-related emotional disorders and memory disturbance in dementia. Ivo BIANCHI M.D. ©
  • 70. 7070 LH-RH and Aging n Luteinizing hormone-releasing hormone (LHRH), is the key reproductive hormone, coordinating the major features of mammalian reproduction n The hypothalamic decapeptide can modulate immune functions directly, through local paracrine–autocrine effects in immune cells, and indirectly through activation of the hypothalamic– pituitary–gonadal (HPG) axis n LHRH participates both at central and peripheral levels in the interaction between the neuroendocrine and the immune systems. n The reciprocity of the NEI signaling systems is further supported by the ability of sex steroids to modulate thymus-dependent immune function via direct effects on specific target genes involved in the development of sex-dimorphic immune responses, including the down-regulation of the immune response observed during pregnancy. Widespread therapeutic application for LHRH and its potent agonistic and antagonistic analogues in a large number of pathologies, such as paediatric, gynaecological, urologic and oncologic medicine Ivo BIANCHI M.D. ©
  • 72. 7272 Thyrosine and aging n Nonessential amino acid synthesized in the body from phenylalanine. As a building block for several important brain chemicals, tyrosine is needed to make epinephrine, norepinephrine, serotonin, and dopamine, all of which work to regulate mood. n Deficiencies in this amino acid is associated with depression. n Tyrosine also aids in the production of melanin and in the function of the adrenal, thyroid, and pituitary glands. Tyrosine is also involved in the synthesis of enkephalins, substances that have pain-relieving effects in the body. n Low levels of tyrosine have been associated with low blood pressure, low body temperature, and an under active thyroid. n Because tyrosine binds unstable molecules (called free radicals) that can potentially cause damage to the cells and tissues, it is considered a mild antioxidant. Thus, tyrosine may be useful for people who have been exposed to harmful chemicals (such as from smoking) and radiation. Ivo BIANCHI M.D. ©
  • 73. 7373 Phenylalanine and aging n Phenylalanine is used to treat a variety of medical problems. Because some antidepressants work by raising norepinephrine levels, phenylalanine has been used to treat depression n Phenylalanine has been suggested as a treatment for chronic pain caused by rheumatoid arthritis, muscle pain, and osteoarthritis, as it blocks enkephalinase, an enzyme that may act to increase pain levels in the body. There is some evidence to support the use of phenylalanine to alleviate chronic pain Ivo BIANCHI M.D. ©
  • 74. 7474 Kreb’s Cycle ► Hans A. Krebs first elucidated the process of cells converting food into energy, the Citric Acid Cycle, in 1937. ► Krebs proposed a specific metabolic pathway within the cells to account for the oxidation of carbohydrates, protein and fats Ivo BIANCHI M.D. ©
  • 75. 7575 Krebs’ Cycle Catalysts ► A deficiency in one or more Krebs’ cycle intermediate catalysts and the consequent inhibition of normal energy production may cause a wide range of metabolic disturbances and symptoms. ► A deficiency of malic acid and fumaric acid is linked to chronic fatigue and psoriasis. ► Disturbances in mitochondrial energy production contribute to a variety of neurological and physical problems. ► Impaired oxidative and energy metabolism are indicators of Alzheimer’s disease. Ivo BIANCHI M.D. ©
  • 76. 7676 Embden Meyerhof Pathway ► When oxygen is unavailable or the Krebs’ cycle is inhibited, the body shifts its energy production from the Krebs’ cycle to the Embden Meyerhof pathway of glycolysis, a very inefficient way of making energy. ► As well as producing far less energy, glycolysis also produces lactic acid as a byproduct. ► Increased lactic acid is a common acidotic condition that can be caused by a variety of metabolic problems and can be the cause or consequence of cancer Ivo BIANCHI M.D. ©
  • 77. 7777 Kreb’s cycle functions ► Krebs’ cycle metabolizes acetyl coenzyme A into citric acid and then runs through a complex series of biological oxidations, producing free hydrogen ions. A net of two molecules of ATP is created at this stage in the Krebs’ cycle. ► The hydrogen ions then enter a biochemical chain, known as oxidative phosphorylation, which is a highly efficient aerobic energy generator. ► Oxidative phosphorylation generates 36 molecules of ATP during a sequence of steps that combine hydrogen electrons to molecular oxygen to form water. Ivo BIANCHI M.D. ©
  • 78. 7878 Kreb’s cycle functions ► Most of the products of protein, carbohydrates and fat metabolism are reduced to the molecule acetyl coenzyme A that enters the Krebs’ cycle. ► Glucose, the primary fuel in the body, is first metabolized into pyruvic acid and then into acetyl coenzyme A. ► Amino acids and some chained fatty acids can be metabolized into Krebs intermediates and enter the cycle at several points. Ivo BIANCHI M.D. ©
  • 79. 7979 Krebs’ Cycle Shutdown ► Under normal conditions all the reactions in the Krebs’ cycle proceed smoothly and ATP is generated without the excessive production of any harmful byproducts. ► Different conditions, like stress, viral affections, acute diseases.. can alter Krebs’ cycle chemistry, causing it to shut down normal energy production. Ivo BIANCHI M.D. ©
  • 80. 8080 Candida and Kreb’s Cycle Disfunction ► Candida produces toxins, in particular Tartaric acid , competing with Malic acid at the Krebs’ Cycle level ► Candida overgrowth leads to the release of these molecules in large quantity. ► By replacing malic acid, tartaric acid compromises cellular energy production, and is likely to be directly linked to the fatigue and cognitive problems ► Tartaric acid is highly toxic to muscles and the kidneys Ivo BIANCHI M.D. ©
  • 81. 8181 Krebs’ Cycle and Vitamins ► Interconversions of Krebs’ cycle intermediates are controlled by enzymes that often require vitamin- derived cofactors and minerals to operate. ► For example, pyruvate is the anaerobic breakdown product of glucose. Its further conversion to acetyl-CoA requires cofactors derived from thiamin, riboflavin, niacin, lipoic acid, and pantothenic acid. When these nutrients are deficient, problems result that disrupt mitochondrial energy production Ivo BIANCHI M.D. ©
  • 82. 8282 Krebs’ Cycle Shutdown ► A deficiency in one or more Krebs’ cycle intermediate catalysts and an inhibition of normal energy production may cause a wide range of metabolic disturbances and symptoms. ► A deficiency of malic acid and fumaric acid is linked to chronic fatigue and psoriasis. ► Disturbances in mitochondrial energy production contribute to a variety of neurological and physical problems. ► Impaired oxidative and energy metabolism are indicators of Alzheimer’s disease. Ivo BIANCHI M.D. ©
  • 83. 8383 Clinical Consequences of Compromised Krebs' cycle functions ChronicizationChronicization TendencyTendency PyruvatePyruvate SuccinylSuccinyl -- CoACoA CisCis AconitaseAconitase alphaalpha-- ketoglutarateketoglutarate MalateMalate OxaloacetateOxaloacetate AllergyAllergy StressStress NeuroNeuro MuscularMuscular PathologiesPathologies BaryumBaryum oxalsuccinicumoxalsuccinicum EndocrineEndocrine agingaging DiabetesDiabetes Energy DeficitEnergy Deficit FumarateFumarateLipidLipid DismetabolismDismetabolism RecurrentRecurrent PathologiesPathologies Bone MarrowBone Marrow’’s Deficits Deficit MgMg MnMn PP ATPATPCitrateCitrate Ivo BIANCHI M.D. ©
  • 84. 8484 Aging and Krebs’ Cycle Shutdown ► Some neurological symptoms of aging : poor attention, memory loss, lack of concentration and depression, may be related to an impairment in the production of mitochondrial adenosine triphosphate (ATP). ► Administering specific Krebs’ cycle amino acid precursors and intermediates to stimulate energy production significantly reduce these symptoms ► Therefore supplying a complete range of Krebs’ cycle factors and lactic acid- buffering agents may be of great benefit in aged people Ivo BIANCHI M.D. ©
  • 85. 8585 C COO- Pyruvic acid ► Pyruvic acid appears to increase the amount of glucose that enters muscle cells from the circulating blood, increasing muscle endurance, improving cardiac efficiency and promoting fat loss, also increasing both resting metabolic rate and fat utilization. ► This ability of pyruvic acid leads to increases in immediate available energy, as well as increasing stored muscle glycogen levels for future energy. ► In one study pyruvic acid was found to increase glucose extraction by almost 300% and muscle glycogen by 50% after one hour of exercise. CH 3 O Ivo BIANCHI M.D. ©
  • 86. 8686 C COO - COO- DL malic acid ► Malic acid is involved in energy production from the burning of pyruvic acid. ► Malic acid also aids in exercise recovery by counteracting the buildup of lactic acid. ► Supplementation of malic acid has been reported to reduce symptoms of persistent fatigue, muscular myalgia and arthritic- like pains. CH 2 HHC Ivo BIANCHI M.D. ©
  • 87. 8787 Baryum Oxalsuccinicum n This salt is a combination of : ä Baryum, anti aging in homeopathic dilution ä Acidum Succinicum, basic metabolite for Krebs’ cycle and for Oxidative phosphorylation Ivo BIANCHI M.D. ©
  • 88. 8888 Oxidative Phosphorylation n Although the citric acid cycle is considered to be part of aerobic metabolism, it does not itself use oxigen. Only in the final catabolic reactions that take place in the inner mitochondrial membrane molecular oxygen is directly consumed n Nearly all the energy produced from burning carbohydrates, fats and proteins in the earlier stages of their oxidation is initially saved in the form of high energy electrons removed from substrates by NAD and FAD n These electrons, carried by NADH and FADH are combined with O2 by means of the respiratory chain embedded in the inner mitochondrial membrane n The large amount of energy is harnessed by the inner membrane to drive the conversion of ADP to ATP Ivo BIANCHI M.D. ©
  • 92. 9292 Oxydative Phosphorylase Disfunction and Parkinson Disease ► The causes of Parkinson disease are beginning to be defined and include an interaction between genetic and environmental factors. ► An important emerging molecular defect is impaired function of the mitochondrial electron transport chain leading to failure of adenosine triphosphate synthesis. Ivo BIANCHI M.D. ©
  • 93. 9393 Redox potential n Reduction potential (also known as redox potential, oxidation / reduction potential or ORP) is the tendency of a Chemical Species to acquire Electrons and thereby be reduced and to oxidate the substrate n Each species has its own intrinsic reduction potential; the more positive the potential, the greater the species' affinity for electrons and tendency to be reduced. Ivo BIANCHI M.D. ©
  • 94. 9494 Quinones n Quinones consist of mainly benzoquinones, naphthoquinones and anthraquinones. n The greatest feature of quinones is the ability to compose a reversible oxidation- reduction cycle. n The standard redox potentials of quinones are widely distributed from +0.9V to +0.1V. For example, the standard redox potential of the 1,4-benzoquinone is +0.715V, the 1,4- naphthoquinone is +0.485V, and the 9,10- anthraquinone is +0.154V. n The potential of the quinones becomes low by introducing of electron-donating groups such as OH, and with electron-withdrawing groups such as Cl and the potential becomes high Ivo BIANCHI M.D. ©
  • 95. 9595 Redox Potential of Some Quinones HydrochinonHydrochinon ChinhydronChinhydron UbichinonUbichinon AntrachinonAntrachinon NaphtochinonNaphtochinon ParabenzochinonParabenzochinon IncreasingIncreasing RedoxRedox ActivityActivity 784 mV 576mV 490 mV 370 mV Ivo BIANCHI M.D. ©
  • 96. 9696 Para-benzochinon Early Aging Pre Cancerous Phases Immunological Deficit Consequences of Stress Oxidative Stimulation Energy Production Ivo BIANCHI M.D. ©
  • 98. 9898 Organ’s Remedies n PRM uses, as homotoxicology, organ preparations derived from tissues of young and healthy pigs n Recognized similarities between pork tissues and human tissue n Dilution of corresponding pork tissues, will stimulates human organ enchancing function and trophism of the tissue Ivo BIANCHI M.D. ©
  • 99. 9999 Suis Organs n Similarity but not identity of human and pork tissues ä Precocius aging and steatosis of pork tissues n Therefore : ä Organ Stimulation ä Immune Stimulation Pig’s Liver Human Liver Ivo BIANCHI M.D. ©
  • 100. 100100 Suis organs in: GUNA-Geriatrics Ivo BIANCHI M.D. ©
  • 101. 101101 Levels of Geriatric Therapy GUNA Geriatrics Ivo BIANCHI M.D. ©
  • 102. 102102 Aging Phenomenon and Theories of Aging with PRM’s Therapeutical Proposals - Section 3 -
  • 103. 103103 Aging in Biology n In order to organize a therapeutic strategy for aging related problems, it is necessary to analyze the "aging phenomenon“ within Biology. n Aging, as the other processes, is an evolutionary positive phenomenon related to our specialization and adaptability Ivo BIANCHI M.D. ©
  • 104. 104104 Aging in Invertebrates n Colonial invertebrates like sponges and corals don't show signs of aging. Even sea anemone that lived for 78 years, show little or no sign of aging. In all these cases, this is probably because there is constant replacement of old cells by new ones as the years go by. n Lobsters also can live to a very old age with no obvious sign of a decline in fecundity or any other physiological process. But lobsters never stop growing, so once again it may be the continuous formation of new cells that keeps the animal going. Ivo BIANCHI M.D. ©
  • 105. 105105 Aging in Vertebrates n Some cold-blooded vertebrates: ä fishes; ä amphibians; ä reptiles n have long life spans if they can survive environmental hazards (some tortoises are known to have reached 150 years of age). n In every case, these animals have no fixed size but continue to grow throughout their life. This, of course, requires a constant supply of new cells, and this may be their secret. Ivo BIANCHI M.D. ©
  • 106. 106106 When do we start aging ? n Aging starts when we stop growing n Full sexual development is the starting point of aging Ivo BIANCHI M.D. ©
  • 107. 107107 Aging in Medicine n Aging is a syndrome of changes that are deleterious, progressive, universal and thus far irreversible. n Aging changes occur to molecules (DNA, proteins, lipids), to cells and to organs. n Diseases of old age (diseases which increase in frequency with age, such as arthritis, osteoporosis, heart disease, cancer, Alzheimer disease, etc.) are often distinguished from aging per se. n But even if the aging process is distinct from the diseases of aging, it is nonetheless true that the aging process causes changes that increase the probability to develop diseases of old age. Ivo BIANCHI M.D. ©
  • 108. 108108 Cell’s Aging n All cells experience changes with aging. They become larger and are less able to divide and reproduce. Among other changes, there is an increase in pigments and fatty substances inside the cell (lipids). Many cells lose their ability to work, or they begin to work abnormally. n Waste products accumulate in tissue with aging. n A fatty brown pigment called Lipofuxin collects in many tissues, as do other fatty substances. Fig.: Lipofuscin accumulation in aging hearing cells Ivo BIANCHI M.D. ©
  • 109. 109109 Specialization, Aging and Reproduction capacity Brain cells Hepatic cells Germinal cells Neoplastic cells SpecializationUndifferentiation Reproduction capacity Ivo BIANCHI M.D. ©
  • 110. 110110 Less reactivity of the elderly cells to mitogenic stimulation Elderly subjects Young subjects PHA 0 PHA 0,1 PHA 1 PHA 5 PHA 10 Incorporationof3H-TdR(cpm) 90.000 60.000 30.000 Aging Speed of cancer cell proliferation Indirect relation between aging and cancer Doses of mitogen (λ / ml) Ivo BIANCHI M.D. ©
  • 111. 111111 Cellular Aging and Cancer n The slowed growth seen in aging cells does not necessarily protect these cells from becoming cancerous, contrary to general belief. n As people get old, the chance of developing tumors increases, especially from the late 40s. n Although this has been empirically recognized, doctors have failed to prove it scientifically because aging cells lose the ability to divide but cancer cells always divide out of control. n Human gene Bcl-2, which causes the stop of growth or aging of cells does not protect these cells from shifting to explosive cell growth. n Instead, Bcl-2 barred the DNA repair mechanism, depriving the human body of a significant tool in countering mutations, dramatically heightening the likelihood of tumors to appear. n Aged cells suffer from abrupt mutations due to a lack of DNA repair. Ivo BIANCHI M.D. ©
  • 112. 112112 Causes of Adult Mortality Ivo BIANCHI M.D. © Death probabilities Death probabilities Heart ischemic disease Tumors Hepatic cyrrhosis Death causes Accidents Age groups
  • 113. 113113 Theories on Aging n Telomerase n Membrane n Mithocondrial Decline n Genetic n Free Radicals n Cross Linking n Hayflick n Neurological n Neuroendocrine n Immunologic
  • 114. 114114 PRM’s Position n Each Theory is Right for a Specific Patient n Aging Factor are Different for Different Individuals n Therapy must take into account the Specific deteriorating Factor to be cured
  • 115. 115115 Telomerase Theory of Aging n Telomeres (the sequences of nucleic acids extending from the ends of chromosomes), shorten every time a cell divides. n This shortening of telomeres is believed to lead to cellular damage due to the inability of the cell to duplicate itself correctly. n Each time a cell divides, it duplicates itself a little worse than the time before; this eventually leads to cellular dysfunction, aging and indeed death. n Telomeres can be repaired if there is a good level of specific stimulating hormones for that cell Ivo BIANCHI M.D. ©
  • 116. 116116
  • 117. 117117 Telomerase Theory of Aging n Practical Therapeutic consequence.: ä Sustain Hormonal Function – GUNA Matrix (DHEA) – GUNA Lympho (Thyroxine) – GUNA Male / GUNA Fem Ivo BIANCHI M.D. ©
  • 118. 118118 The Membrane Theory of Aging n As we grow old the cell membrane becomes less lipidic (less watery and more solid). This impedes its efficiency to conduct normal function and in particular there is a toxic accumulation. This cellular toxin is referred to as lipofuscin and as we grow old lipofuscin deposits become more present in the brain, heart and lungs and also in the skin. n Indeed some of the skin age-pigments referred to as liver or age-spots are composed of lipofuscin. n It is known that Alzheimer’s Disease patients have much higher levels of lipofuscin deposits than their healthy controls. Ivo BIANCHI M.D. ©
  • 119. 119119 The Membrane Theory of Aging n The cells declining efficiency also means that the essential and regular transfer of sodium and potassium is impaired, thus reducing communication. n It is also believed that electrical and heat transfer is impaired. Ivo BIANCHI M.D. ©
  • 120. 120120 The Membrane Theory of Aging n Practical Therapeutic consequence.: ä Use Coenzyme Q – ARD Vessels Ivo BIANCHI M.D. ©
  • 121. 121121 The Mitochondrial Decline Theory of Aging n Mitochondria are the power producing organelles found in every cell of every organ. Their primary task is to create Adenosine Triphosphate (ATP) in the various energy cycles Ivo BIANCHI M.D. ©
  • 122. 122122 The Mitochondrial Decline Theory of Aging n ATP is the life giving chemical substance because every movement, thought and action we do is generated from it. Yet very little ATP can be stored in the body. n Thus it is clear that the mitochondria have to be very efficient and healthy, in order to produce a continuous supply of essential ATP for the necessary cell repair and regenerative processes Ivo BIANCHI M.D. ©
  • 123. 123123 The Mitochondrial Decline Theory of Aging n Mitochondria are fiery furnaces and subject themselves to a lot of free radicals. They also lack most of the defenses found in other parts of the body, so as we age, mitochondria become less efficient, fewer in number and larger. Accordingly, ATP production declines. n As organs cannot borrow energy from one another, the efficiency of mitochondria is essential to the corresponding organ repair processes and functions. If some particular mitochondria fail, also the organ in which they are located fails (and this of course can lead to death). n Enhancement and protection of the mitochondria is an essential part of preventing and slowing aging. Ivo BIANCHI M.D. ©
  • 124. 124124 The Mitochondrial Decline Theory of Aging n Practical Therapeutic consequence.: ä Use PRM Compounds to sustain mitochondrial function .: – GUNA Cell Ivo BIANCHI M.D. ©
  • 126. 126126 Genetic Theory of Aging n Genetic mutation theory hypothesizes that random mutations of cell DNA over countless replications begin to degrade the functional and structural quality of the cells being produced. n This degradation becomes amplified over time as more and more defective cells comprise each organ of the body, resulting in inefficiency and, eventually, inability of the organ to perform its function. n This process supposedly leads to the decline and ultimate death of the entire organism. Ivo BIANCHI M.D. ©
  • 127. 127127 Genetic Theory of Aging n Of the 26 genes that decreased expression with age in control mice, 23% are involved in DNA replication and the cell cycle. Most of these have a negative effect on cell growth and division. n Among these, the product of phosphatase and tensin homolog (Pten) gene is a tumor suppressor that induces cell-cycle arrest through inhibition of the phosphoinositide 3-kinase pathway. B cell translocation gene 2 (Btg2) is a tumor suppressor that increases expression in response to DNA damage. n The murine gene product of the amino-terminal enhancer of split (Aes) is a potent corepressor of gene expression and cellular proliferation. n Calcium-binding protein A11 binds to and regulates the activity of annexin II, which is involved in the transduction of calcium-related mitogenic signals. n Insulin-like growth factor (IGF) binding protein 1 plays an important role in the negative regulation of the IGF-1 system, a stimulator of mitogenesis. Ivo BIANCHI M.D. ©
  • 128. 128128 Genetic Theory of Aging n Reduced expression of genes discussed above indicates that there is a general loss of negative cell growth control with age. n 78% of the mice of this strain and sex fed the control diet used here die of some form of neoplasia, and the death rate from neoplasia accelerates dramatically with age. n Approximately 21% of these mice die of hepatoma, mostly late in life. n Decreased expression of the negative growth regulators and overexpression of the chaperone genes with age also are consistent with this higher incidence of hepatoma in aged mice.Ivo BIANCHI M.D. ©
  • 129. 129129 Genetic Theory of Aging n Practical Therapeutic consequence.: ä DNA and RNA supplements ä Calcium , Folic acid ….supplements – GUNA Cell Ivo BIANCHI M.D. ©
  • 130. 130130 Free Radicals Theory of Aging n Free radical : any molecule that has a free electron that makes it react with healthy molecules in a destructive way. n Diet, lifestyle, drugs (e.g. tobacco and alcohol) and radiation etc., are all accelerators of free radicals production within the body. n However, there is also a natural production of free-radicals within the body .: production of energy, particularly from the mitochondria . n Oxygen is a potent free-radical producer. n Free radicals are known to attack the structure of cell membranes, which then create metabolic waste products. Such toxic accumulations interfere with cell communication, disturb DNA, RNA and protein synthesis, lower energy levels and generally impede vital chemical processes. Ivo BIANCHI M.D. ©
  • 131. 131131 Free Radicals Theory of Aging n Free radicals can however be transformed by free-radical scavengers (otherwise known as anti-oxidants). Particular anti-oxidants will bind to particular free radicals and help to stabilize them. n Free radicals come in a hierarchy (according to their potential for damage) with the hydroxyl-radical and the superoxide-radical at the top of the list. n It is therefore necessary to take a cross- section of anti-oxidants so that the process of elimination of the free radicals can occur, otherwise higher damage free radicals may be converted into a greater number of lower damage free radicals. Ivo BIANCHI M.D. ©
  • 132. 132132 Free Radicals Theory of Aging n Practical Therapeutic consequence.: ä Use anti-oxidants including .: – beta carotene, vitamin C, grape seed extract, vitamin E and possibly also stronger substances such as Hydergine, Melatonin and Vinpocetine. – ARD Vessels Ivo BIANCHI M.D. ©
  • 133. 133133 Cross Linking Theory of Aging n The Cross-Linking Theory of Aging is also referred to as the Glycoxylation Theory of Aging. In this theory it is the binding of glucose to proteins, (a process that occurs under the presence of oxygen) that causes various problems. n Once this binding has occurred the protein becomes impaired and is unable to perform its task efficiently. n Living a longer life is going to lead to the increased possibility of oxygen meeting glucose and proteins and known cross-linking disorders include senile cataract and the appearance of tough, leathery and yellow skin. Ivo BIANCHI M.D. ©
  • 135. 135135 Cross Linking Theory of Aging n The cross-linking of proteins may also be responsible for cardiac enlargement and the hardening of collagen, which may then lead to the increased susceptibility of a cardiac arrest. n Cross linked proteins have also been implicated in renal disorders. n It is also theorized that sugars binding to DNA may cause damage that leads to malformed cells and thus cancer. n The modern diet is of course a very sweet one and we are bombarded with simple sugars from soft drinks and processed foods etc. One obvious example to reduce the risk of cross-linking is to reduce sugar (and also simple carbohydrates) in the diet. Ivo BIANCHI M.D. ©
  • 136. 136136 Some of the most promising substances to inhibit/dissolve AGE-induced crosslinks Ivo BIANCHI M.D. © WARNING In rare cases, GLUCOPHAGE can cause a serious, even life-treathening, side effect : Lactic acidosis.
  • 138. 138138 Cross Linking Theory of Aging n Practical Therapeutic consequence.: ä Methylglyoxal – In : GUNA Cell ä Diet ä Vit. B1 , Vit. B6 ä GUNA Liver , GUNA Kidney Ivo BIANCHI M.D. ©
  • 139. 139139 Hayflich Theory of Aging n In 1961, Dr. Hayflick theorized that the human cells ability to divide is limited to approximately 50-times, after which they simply stop dividing (and hence die). n He showed that nutrition has an effect on cells, with overfed cells dividing much faster than underfed cells. n Maybe each time a cell divides it loses some blue- print information. Eventually (after 50-odd times of division) there is simply not enough DNA information available to complete any sort of division Ivo BIANCHI M.D. ©
  • 140. 140140 Hayflich Theory of Aging n The Hayflick Limit indicates the need to slow down the rate of cell division if we want to live long lives. Cell division can be slowed down by diet and lifestyle etc., but it is also surmised that cell-division can be improved with many of the protocols of the other aging theories described herein. n The use of ribonucleic acids (RNAs, the building- blocks of DNA), improves cell repair processes, enhances cellular capabilities and increases the maximum number of cell divisions in animals and in vitro tests. Ivo BIANCHI M.D. ©
  • 141. 141141 Hayflich Theory of Aging n While it is true that most cells demonstrate a finite ability to divide in tissue culture, this finite limit is still several times longer than the maximum life span of any individual member of the species. n Hence the cellular aging theory fails to explain aging satisfactorily. n Furthermore studies have shown that cells from an old organism grafted into a young organism do not shorten the life span of the young organism. In fact, in most cases, the grafted old cells work and proliferate as "normally" as any other cell in the young organism. Ivo BIANCHI M.D. ©
  • 142. 142142 Hayflich Theory of Aging n Practical Therapeutic Consequences.: ä Necessity to use drainage-detoxicating Therapies ä Necessity to stimulate DNA reparing processes with DNA-RNA supplements Ivo BIANCHI M.D. ©
  • 143. 143143 CARNOSINE n Carnosine is an endogenous dipeptide, formed by two amino acids, that prevents ageing of the skin fibroblasts and rejuvenates them. Australian researchers confirmed that carnosine increases the longevity of human fibroblast cells in the laboratory. n Carnosine extended the Hayflick limit by up to an additional 10 times Ivo BIANCHI M.D. ©
  • 144. 144144 Neurological Theory of Aging n Age-related changes in the hypothalamus, a primitive region of the brain which stimulates the pituitary and has neural connections to the sympathetic nervous system, have been hypothesized as the cause of aging in mammals. Ivo BIANCHI M.D. ©
  • 145. 145145 Neurological Theory of Aging n This theory suggests that aging proceeds at different paces in the separate nuclei of each cell in the hypothalamus. Consequently the function of each area proceeds at different rates, throwing off the synchronized communication within the hypothalamus and throughout the endocrine system. n Another aspect of the theory claims that aging desensitizes the ability of the hypothalamus to respond to negative feedback loops from the endocrine system, such ability being essential to coordinated endocrine functioning. Ivo BIANCHI M.D. ©
  • 146. 146146 Neurological Theory of Aging n Age-related loss of neural tissue in highly specialized areas, such as the hippocampus and the hypothalamus, has been theorized to cause aging. n However any significant loss of tissue in the brain is normally associated with, or preceded by, a disease state or an alteration in systemic events, e.g. a sustained increase in glucocorticoids. n Fortunately there are billions of brain cells and any normal loss of brain tissue has not been shown to impair directly its functioning. Ivo BIANCHI M.D. ©
  • 147. 147147 Neurological Theory of Aging n Practical Therapeutic consequence.: ä Sustain hypothalamic reactivity – GUNA Male – GUNA Fem Ivo BIANCHI M.D. ©
  • 149. 149149 Neuroendocrine Theory of Aging n There has been a number of theories targeting a variety of endocrine glands as the main culprit in aging. n One theory suggests that a lowering of pituitary functioning is responsible for aging and points to animal research where severe hypofunction of the pituitary induced involutional changes resembling those of old age. Ivo BIANCHI M.D. ©
  • 150. 150150 Neuroendocrine Theory of Aging n Another theory states just the opposite and claims that hyperfuntioning of the pituitary is the culprit. n This theory refers to animal studies, mainly rats, where surgical, dietary or pharmacological intervention, which lowered pituitary function, extended physiological competence and inhibited the development of some diseases associated with old age, further delaying the onset of aging. Ivo BIANCHI M.D. ©
  • 151. 151151 Neuroendocrine Theory of Aging n Practical Therapeutic consequence.: ä Regulate pituitary gland function ä GUNA Male ä GUNA Fem Ivo BIANCHI M.D. ©
  • 152. 152152 Neuroendocrine Theory of Aging n Other theories point to hypofunctioning of the thyroid and give research evidence that decrements in thyroid hormone levels lead to impaired conversion of T4 and T3 cells, changes in receptor number, increased TSH polymorphism, and appearance of a thyroid inhibitory factor which appears with aging. Ivo BIANCHI M.D. ©
  • 153. 153153 Neuroendocrine Theory of Aging n Practical Therapeutic consequence.: ä Fight Thyroiditis and its consequences ä Sustain Thyroid function – GUNA Lympho Ivo BIANCHI M.D. ©
  • 154. 154154 Neuroendocrine Theory of Aging n The adrenal glands have also been implicated. Programmed aging has been found in certain species such as the Pacific salmon and several species of marsupial mice. n In those cases, the massive increase in the secretion of stress hormones from the adrenal glands is associated with the rapid degeneration of these organisms just prior to death. Ivo BIANCHI M.D. ©
  • 155. 155155 Neuroendocrine Theory of Aging n Recent studies have likewise indicated that chronic administration of glucocorticoids to rats can produce neuron loss in the hippocampus in the same regions that are lost with normal aging. n Removal of the adrenals prevents the age-related loss of neurons in the hippocampus as well as initiates a regeneration of thymic tissue. Ivo BIANCHI M.D. ©
  • 156. 156156 Neuroendocrine Theory of Aging n Practical Therapeutic consequence.: ä Fight Stress and its consequences ä Regulate Adrenal function – GUNA Matrix (DHEA) Ivo BIANCHI M.D. ©
  • 157. 157157 Neuroendocrine Theory of Aging n Other theories hypothesize the location of a biological clock in the gonads, the pineal gland, and the pituitary. The biological clock theories suggest that, as part of the developmental process normally linked with sexual maturity and/or reproduction, hormonal changes occur in specific organs that eventually lead to the decline and death of the organism. Ivo BIANCHI M.D. ©
  • 158. 158158 Neuroendocrine Theory of Aging n Practical Therapeutic consequence.: ä Sustain Gonadal Function – GUNA Male/Fem Ivo BIANCHI M.D. ©
  • 159. 159159 Neuroendocrine Theory of Aging n As the body gets old, the thymus gland involutes beginning from adolescence and, with its decline, the amount of circulating thymic hormones falls dramatically. n Since the thymus is responsible for the differentiation of T cells (the master regulators of immune functioning), the decrease in thymic function would naturally lead to a decreased ability of the immune system to end an attack before the host itself is attacked. The immune system is responsible for discriminating between "self" and "non-self". Degeneration of this system would lead to an increase in autoimmune disorders which are, in fact, seen in the older population. Ivo BIANCHI M.D. ©
  • 161. 161161 Neuroendocrine Theory of Aging n Practical Therapeutic consequence .: ä Fight Immunologic decay.: – Stimulate Thymic function – GUNA Male/Fem Ivo BIANCHI M.D. ©
  • 162. 162162 Immunologic Theory of Aging n It is also reasonable to believe that degeneration of the immune system would lead to the opposite problem as well, i.e. decline in the ability of the immune system to identify, attack and destroy pathogenic tissue or antigenic substances. n Again such decline is readily observed in older populations. Ivo BIANCHI M.D. ©
  • 163. 163163 Immunologic Theory of Aging n Immunologic theories also address the loss of effectiveness of the other components of the immune system, primarily killer T cells, B cells, memory cells, complement, macrophage cells, and antibody production/retention. n Although there appears to be an age- associated loss of some functions, such as decline or disappearance of antibodies that have not been challenged for ten years or more and reduction in the vigor in which antibodies are produced in response to new antigenic challenge, it is difficult to tie these changes to an overall theory of aging except where they relate to the regulatory functions of the Thymus-derived cell (T-cell) population. Ivo BIANCHI M.D. ©
  • 164. 164164 Immunologic Theory of Aging n In fact, changes in B cell populations appear to be more quantitative than qualitative in nature. n Older B cells produce antibodies as well as younger ones; there just does not seem to be as many around. Perhaps because they do not replicate as vigorously as they once did when stimulated by T4 cells. n Killer T cells fall in the same category in that what is lost is not the ability to destroy but the direction to do so. Ivo BIANCHI M.D. ©
  • 165. 165165 Immunologic Theory of Aging n Practical Therapeutic consequence.: ä Regulate immune function – Homepatically diluted Cytokines n GUNA Flam IL-10 n GUNA Matrix IL-6 Ivo BIANCHI M.D. ©
  • 166. 166166 Guna Flam Suis-OrgansHomeopathic remedies 4X 6X Citricum acidum Natrum pyruvicum Copper gluconate Ferrum phosphoricum Phytolacca decandra Hepar sulphuris calcareum Belladonna Colon 30X 12X 200X Aconitum napellus Apis mellifica 3X Hyphophysis Bryonia alba Pyrogenium Beta Endorphin Pineal gland Catalysts 4C Interleukin 10 Anti Interleukin 1 alpha Melatonin Transforming Growth factor 1 beta HormonesCitokines Trace element Neuro transmitter Ivo BIANCHI M.D. ©
  • 167. 167167 Guna Matrix 3C 6C DL malic acid Natrum oxalaceticum Natrum pyruvicum Trichinoyl Pyrogenium Fucus vesiculosus Thuya occidentalis Natrum sulphuricum Lymphatic vessel Conjunctiva tissue 12C 8C 30C 200C 2C Tyrosine Prolactin 4C Interleukin 6 Ascorbic acid Nadidum Hyaluro nidase Hormone Catalysts Suis- Organs Homeopathic remedies Dehydro epiandrosteron Lacticum acidum Histidine Phenyl alanine Enzyme Vitamins Cytokines Herbal remedies Amino acids Ivo BIANCHI M.D. ©
  • 168. 168168 PRM Specific Theoretical and Practical Approach to Aging Phenomenon - Section 4 -
  • 169. 169169 Peculiarity of the PRM approach in Geriatrics n Importance of Pathobiography n Importance of patient's constitution n Importance of Temperament n Importance of the Endocrinologic situation Patient's outline within the PRM Circle Patient's Neurovegetative outline Ivo BIANCHI M.D. ©
  • 173. 173173 Use of PRM Circle n Importance of Understanding the Disease Level ä Level’s Remedy, from the high dilutions of the constitutional remedy to appropriate supply of Q10 n Importance of Understanding the Organ affected ä Organ’s Remedy (GUNA-Liver, GUNA- Kidney, ANTI AGE Skin, GUNA-Bowel ….. ) Ivo BIANCHI M.D. ©
  • 175. 175175
  • 176. 176176 Use of the Neurovegetative Poster n Importance of Understanding the Patient Constitution ä Constitutionally Chosen Therapeutic Substances and General Curative Strategy Ivo BIANCHI M.D. ©
  • 177. 177177 Diagnostic and Therapeutic Goal n To find the Specific Position of the Patient in the Scheme n To take, through a Global Constitutional Therapy the Patient the toward central Equilibrium Ivo BIANCHI M.D. ©
  • 178. 178178 Therapies According to Costitutional Outline n Specific Unitary Homeopathic Constitutional Remedy n Specific PRM Remedies n Specific Vitamins n Specific Trace Elements n Specific diluted Cytochine n Specific diluted Hormone Ivo BIANCHI M.D. ©
  • 179. 179179 The Tools of PRM •• Therapeutic GuideTherapeutic Guide •• Computerized PRMComputerized PRM Repertory and MateriaRepertory and Materia Medica ( not yet available )Medica ( not yet available ) •• Scientific Texts :Scientific Texts : Cytokines, PNEI,Cytokines, PNEI, CatalystsCatalysts …….... Ivo BIANCHI M.D. ©
  • 180. 180180 Some Therapeutic Hints n The DDS anti Aging Scheme.: ä Diet – Reducing global calories – Reducing refined sugars and sweeteners – Reducing saturated-animal derived fats ä Detoxification – Using Herbs – Taking Anti Oxidants – PRM Drainage Remedies ä Stimulation – Using Cell’s Catalysts – Using diluted Quinones – Replacing Trace Elements Ivo BIANCHI M.D. ©
  • 181. 181181
  • 182. 182182 Long Term Caloric Restriction n LT-CR Opposed Age-Associated Changes in Gene Expression. n LT-CR opposed the age-related increase in expression of 14 of the 20 genes that increased expression in control mice (70%). LT-CR suppressed the increase in 75% (6 of 8 genes) of the inflammatory response genes and delays the onset and diminishes the severity of autoimmune and inflammatory diseases in mice. n LT-CR opposed the age-related increase in the expression of 3 of the 5 stress response proteins. Expression of at least 7 chaperones is negatively regulated in response to LT-CR. These data suggest that LT-CR reduces physiological stress on the liver. Together, these effects may explain the delayed onset of hepatoma in LT-CR mice. LT-CR opposed the age- associated decrease in the expression of 13 of the 26 genes that decreased expression in control mice (50%). Many of these genes are responsible for key differentiated functions of the liver. Partial restoration of the hepatic drug metabolizing and detoxifying functions of the liver may be a source of the anti-aging and anticancer effects of LT-CR. Ivo BIANCHI M.D. ©
  • 183. 183183 Short Term Caloric Restriction n Studies show that short-term fasting increased apoptosis of preneoplastic cells and preneoplastic lesions, and reduced rates of chemical carcinogenesis. Thus, CR mimetics might be useful in anticancer therapies. n The effects of ST-CR on the expression of genes associated with xenobiotic metabolism suggest that ST-CR may rapidly restore some differentiated functions in tissues of older animals. Ivo BIANCHI M.D. ©
  • 184. 184184 Anti-aging Therapies n Many of the anti-aging therapies are stimulus therapies that could be dangerous if carried out in patients in an early neoplastic stage Ivo BIANCHI M.D. ©
  • 185. 185185 Anti-aging Therapies n Radiant therapies, cytostatics, etc. are nothing else than therapies that slow down cells’ activity making them hyposensitive and hyporesponsive, older and less neoplastic Ivo BIANCHI M.D. ©
  • 186. 186186 Aging problem n Need of a global anti Age PRM approach ä Stimulation ä Detoxification ä Supplementation Ivo BIANCHI M.D. ©
  • 187. 187187 The Basic General anti Aging Therapy of PRM
  • 188. 188188 Proposed General anti Age PRM Therapy GUNA CellGUNA Cell GUNA MatrixGUNA Matrix GUNA GeriatricsGUNA Geriatrics 10 drops of each morning and evening10 drops of each morning and evening 3 weeks each3 weeks each monthmonth Ivo BIANCHI M.D. ©
  • 189. 189189 Why do we need GUNA Matrix ? n PRM gives a particular importance to Connective Tissue functions and Matrix role in Pathology and expecially in Aging process. n Matrix is the true “System of basal Regulation”: all the changes in our external and internal environment influence, through the fundamental substance, cellular functions
  • 190. 190190 Physiological Functions of Connective Tissue - Matrix n Structural framework for the body (bone, cartilage) n Transport nutrients and wastes (blood) n Protection for vital organs (bone, cartilage, adipose) n Support and interconnection (tendons, ligaments, capsules) n Communication medium of Cells n Energy storage and production of important cells of blood and lymphatic tissues (adipose tissue, bone marrow) n Body defense and repair (blood, lymph, dense c.t.)
  • 191. 191191 Basic Role of Matrix The communication between cells and external environment takes place through the connectival matrix Huge is the quantity of information that can be stored in the matrix and transmitted to the cells as instructions for their physiological activity. The neurovegetative endings branch out in the matrix through neural and endocrine substances, and cytokines, the psycho-neuro- endocrine-immunologic information coordinates and controls cells’ activity by means of the binding with the cell receptors.
  • 192. 192192 Possible Pathogenetic Role of Matrix in Diseases n A stressors accumulation in this place represents the potential trigger for the beginning and the progression of a pathological process.
  • 193. 193193 Guna Matrix 3X 6X DL malic acid Natrum oxalaceticum Natrum pyruvicum Trichinoyl Pyrogenium Fucus vesiculosus Thuya occidentalis Natrum sulphuricum Lymphatic Vessel Conjunctive Tissue 12X 8X 30X 200C 2X Tyrosine Prolactin 4D Interleukin 6 Ascorbic acid Nadidum Hyaluro nidase Hormone Catalysts Suis- Organs Homeopathic remedies DHEA Lacticum acidum Histidine Phenyl alanine Enzyme Vitamins Cytokines Herbal remedies Amino acids Ivo BIANCHI M.D. ©
  • 194. 194194
  • 195. 195195 NAD n NAD is a foundamental factor of metabolism of Pyruvic acidum and Cell’s energy production n NAD is the fundamental coenzyme for all the oxidative energy-yielding pathways
  • 196. 196196 C COO- COO- Natrium oxalaceticum n Oxalacetic acid is in connection with Ca2+ transport in mitochondria. n control of Ca2+ levels plays a significant role in enzymatic regulation and energy production. Pathological conditions that result in increased tissue Ca2+ concentrations, such as ischemia, oxidative stress, and excito- and neurotoxicity, involve impairment of the continued ability of Ca2+-regulating organelles, such as sarcolemma, mitochondria, and sarcoplasmic reticulum, to provide long-term control of cellular Ca2+ levels. n The subsequent increase in cytoplasmic Ca2+ is widely considered to be a critical initiating event in the development of damage in cells destined to die. n excessive free cytosolic Ca2+ may lead to uncoupling of mitochondrial oxidative phosphorylation with consequently decreased ATP synthesis. The resulting inactivity of ATP- dependent pumps would lead to membrane depolarizaiton and further cellular Ca2+ influx in a regenerative and self- potentiating mechanism. n In this context, removal of Ca2+ to the extracellular space and/or uptake into organelles, including mitochondria, work to restore the normal cytoplasmic Ca2+ concentration, as occurs during the early stages of recirculation after short-term cerebral ischemia. CH 2 O
  • 197. 197197 TRICHYNOIL n Very active stimulating quinon n Activates energy production systems at mythocondrial level n Useful in viral conditions and in low energy conditions n Alone may be too strong and a possible source of free radicals n In low quantities and in sinergic association it is an important factor in cell and tissue reactivity
  • 198. 198198 Hystidine n Several lines of evidence indicate that the histaminergic (HA) system is important for wakefulness and behavioral state regulation.
  • 199. 199199 Hormones and Aging Incidenza di MorteGH ESTROGENI DEL CICLO ESTROGENI BASALI CORTISOLO MELATONINA DHEA ANNI DI VITA 100=VALOREMASSIMO MELATONIN GH DHEA BASAL ESTROGENS CORTISOL Death incidence CYCLE ESTROGENS YEARS OF AGE 100=highestvalue
  • 200. 200200 Prolactin n Prolactin has ä Regulatory function over Appetite and Sexual behaviour acting on dopaminergic neurons in CNS ä Modulatory role in several aspects of immune function n Dopamine serves as the major prolactin-inhibiting factor Agents and drugs that interfere with dopamine secretion or receptor binding lead to enhanced secretion of Prolactin.
  • 201. 201201 Melatonin and Prolactin n Melatonin reduces DHEA at night, this reduction is achieved by inhibitory actions of Melatonin on production of Prolactin. n Prolactin secretion may be shown to specifically stimulate production of DHEA. n When Melatonin release is high, PRL is reduced, which reduces DHEA production.
  • 202. 202202 DHEA and Aging n Production peaks at around age 20, from then on, DHEA level decreases with age. By 65, output drops to 10 to 20 percent, by age 80, it plummets to less than 5 percent The lower DHEA,the greater the risk of death from age-related disease. A close correlation between higher DHEA levels and reduced risk of death from all causes. The men who survived had three times the DHEA levels of the men who died. DHEA has an anti glucocorticoids effects and acts as a potent stimulator of immune system Ivo BIANCHI M.D. ©
  • 203. 203203 DHEA and Aging Low DHEA levels is a marker for many degenerative diseases and accelerated aging. The hormone has been implicated as a contributing factor in a host of health problems, including Alzheimer's disease, autoimmune disease and other immunological disorders, cancer, chronic fatigue syndrome, diabetes, heart disease, high cholesterol, memory problems, obesity, osteoporosis, and stress disorders. Still DHEA is a sexual hormone and its overexpression can be not advisable in people at risk for breast or prostate carcinomas Ivo BIANCHI M.D. ©
  • 204. 204204 IL 6 and Aging n IL-6 .: ä Inhibits Hypophysal synthesis of TSH ä Induces at the level of the liver synthesis of pro inflammatory cytokines CRP n The age related increase of IL-6 during aging is also related with the fact that this cytokine is produced from visceral fat tissue, normally increasing with age n Cortisol and stress increase IL-6 secretion Ivo BIANCHI M.D. ©
  • 205. 205205 IL - 6 n Previously associated with the acute phase response to trauma and infection, when the liver produces increased amounts of "acute phase proteins" which help to deal with bacterial infections, including C- reactive protein, mannan-binding lectin, fibrinogen, haptoglobin, ferritin, ceruloplasmin, alpha1-antitrypsin and alpha1-acid glycoprotein. n Recent work has shown that IL-6 is produced by exercising muscle, when it appears to have anti- inflammatory actions. It may be that IL-6 is involved in the adaptive response to pro-inflammatory signals, and that it may antagonise TNF-α rather than acting in a similar way. This could explain the generally beneficial effects of increased exercise on chronic inflammatory conditions.
  • 207. 207207 DHEA and IL-6 n Data indicate a functional link between DHEA and IL-6. n The increase in IL-6 production during the process of aging might be due to diminished DHEA
  • 208. 208208 Lactic acid n A low quantity of Lactic acid is stimulating the metabolism of the substance and helps regulating the Matrix’s pH , not allowing accumulation of toxins, gelification of medium …
  • 210. 210210 GUNA Matrix n Connective Tissue and Nervous Tissue Drainage ä Thuya 6-12-30-200 X ä Natrum sulphuricum 6-12-30-200 X n Connective Tissue Fluidification and Detoxication ä IL-6 4C, Hyaluronidase, Phenilalanine, Histidine, Tyrosine,Lactic acidum, Fucus vescicolosus n Cell Function Stimulation ä DL-Malicum , Natrum oxalaceticum, Natrum Pyruvicum n Immune Stimulation ä NADID, Ascorbic ac.,Trychynoil , DHEA n Stimulation of Tissues’ Trophism ä PRL, DHEA n Lymphatic Drainage ä Lymphatic vessel- Conjunctive tissue Ivo BIANCHI M.D. ©
  • 212. 212212 Specific anti Aging Therapy n According to .: ä Diseases of the Patient ä Symptoms of the Patient ä Neurovegetative Outline ä Specific Modalities of Aging ä Family Hystory ä Specific Toxicological Hystory and Emuntorial Problems Ivo BIANCHI M.D. ©
  • 213. 213213 PRM’S GENERAL REMEDIES n GUNA Lympho n GUNA Matrix n GUNA Cell n GUNA Fem n GUNA Male n MADE n GUNA Mood n GUNA Sport n GUNA Trauma n GUNA Arthro n GUNA Flam n GUNA Tonsils n GUNA React n GUNA Flu n GUNA Virus n EUBIOFLOR n CITOMIX n ANTI AGE Stress n ANTI AGE Skin n ANTI AGE Face n ANTI AGE Vein n GUNA Dizzy
  • 214. 214214 PRM’S SPECIFIC REMEDIES n Osteobios n Micox n GUNA TF Herpes n GUNA TF Candida n GUNA TF Papilloma n GUNA Sinus Nose spray n GUNA Rhino Nose spray n GUNA Throat n GUNA Cough n GUNA Allergy Prev n GUNA Allergy Treat n GUNA PMS n GUNA Bowel n GUNA Haemorroids n GUNA Digest n GUNA Stomach n GUNA Liver n GUNA Kidney n GUNA Diur n GUNA Sleep n GUNA Dermo n GUNA Addict 1 n GUNA Addict 2
  • 215. 215215 PRM’S REMEDIES OF AESTHETIC MEDICINE n MADE n OMEOFORMULA 1 n OMEOFORMULA 2 n OMEOFORMULA 3 n OMEOFORMULA 4 Ivo BIANCHI M.D. ©
  • 217. 217217 Examples of Simplified Therapeutic Protocols with PRM - Section 5 -
  • 218. 218218 Hypertension in Aged People n More than half of all 65 aged persons suffer from hypertension. In many, only the systolic blood pressure will be elevated. This is often referred to as isolated systolic hypertension. Treating high systolic blood pressure in older patients significantly decreases the risks for stroke, heart attack and cardiovascular death. n Most people have essential hypertension, which has no identifiable cause. Some think it may be due in part to a genetic predisposition. The probability of developing this condition increases with age. In the last few decades, the risk for high blood pressure has increased because of a decline in healthy life styles. In fact, nine out of 10 persons are at risk for developing hypertension after age 50. Ivo BIANCHI M.D. ©
  • 221. 221221 Senile Dementia n Dementia affects one out of 20 people over the age of 65 and one out of five over the age of 80. n Over 700,000 people in the UK have dementia. More than half have Alzheimer's Disease. n Although there are many different forms of dementia, the thing they all have in common is that they progressively damage the brain. In most cases the key symptom of dementia is serious memory loss, but others include losing track of the time, getting lost in familiar places and changes in behaviour. Additionally, people with dementia are likely to lose their ability to reason clearly, and may find making decisions very hard. Dementia can also cause personality changes, which can be particularly distressing for those who care for a person with the illness. Ivo BIANCHI M.D. ©
  • 223. 223223 Senile Depression n Depression affects about one out of eight people over 65. Older people are, in fact, more likely to have mild depression than any other age group. This is not because older age is inherently depressing, but because depression is often a side effect of physical illness and other knocks like bereavement. Whatever lies behind it, depression can seriously affect quality of life, not only for patients but also for their partners and families. Ivo BIANCHI M.D. ©
  • 224. 224224 Guna Awareness 6X 12X 3X Suis-Organs 4C NT3 NT4 Melatonin HormonCitokines Minerals Lobo temporalis Lobo frontalis Rana bufo Silicea Cicuta virosa Cuprum metallicum Aurum metallicum Lachesis Zincum metallicum Homeopathic remedies Va Zn Fe Cr Ca Mb Acido folico Vitamina B12 Trimetilglicina Ubichinon Catalyst Vitamins Ossitocina TRH Hormones BDNF Neuro transmitter Ivo BIANCHI M.D. ©
  • 228. 228228 Metabolic Syndrome n Metabolic syndrome increases with aging, and this relation is outlined. n Generally in the elderlies, an increase in fat level and a decrease in skeletal muscle amount are observed. The consumption of sugar decreases by the decrease in muscle amount, and insulin resistance increases. n Various adipocytokines are secreted from fat cells by the increase of visceral fat to increase insulin resistance. There are some reports that when the secretion of TNF-.ALPHA. is increased, insulin resistance increases, and others which support the hypothesis that the lowering of mitochondria function is related to the insulin resistance by aging. On the other hand, there is a report that adiponectine, an adipocytokine with insulin sensitivity potentiation and anti-arteriosclerotic action, which is decreased by visceral fat storage and increased by body weight loss, increases with aging. Ivo BIANCHI M.D. ©
  • 231. 231231 Malnutrition of Aging n Food intake declines throughout the life span. This physiologic anorexia of aging is caused in part by alterations of stomach-fundus compliance and release and activity of cholecystokin. n The decline in Testosterone in males results in elevated leptin levels that increase the anorexia. n There is also evidence that cytokines play a role in the pathogenesis of anorexia and sarcopenia, thus accelerating the development of frailty in older persons. n Numerous treatable causes of anorexia and weight loss exist. Depression is the most commonly diagnosed cause of pathologic weight loss in elder persons. Ivo BIANCHI M.D. ©
  • 234. 234234 Osteoporosis n Osteoporosis is a loss of bone density among aging adults that can cause painful fractures, disability and deformity. n Osteoporosis affects both sexes but is more frequent among women. It is estimated that about one out of four women and one out of eight men over the age of 50 in Canada have osteoporosis. n Bones are constantly being renewed naturally. But with age, this process becomes less efficient, and bone mineral density is lost.
  • 236. 236236 Guna Flam Suis-OrgansHomeopathic remedies 4X 6X Citricum acidum Natrum pyruvicum Copper gluconate Ferrum phosphoricum Phytolacca decandra Hepar sulphuris calcareum Belladonna Colon 30X 12X 200X Aconitum napellus Apis mellifica 3X Hyphophysis Bryonia alba Pyrogenium Beta Endorphin Pineal gland Catalysts 4C Interleukin 10 Anti Interleukin 1 alpha Melatonin Transforming Growth factor 1 beta HormonesCitokines Trace element Neuro transmitter
  • 237. 237237 BenignProstate Hypertrophia n Testosterone is reduced by the enzyme 5-a-reductase to DHT which is then thought to be the real culprit. The argument between the use of Saw Palmetto, Pygeum and Pumpkin seeds vs Proscar are both directed at blocking this enzyme. Strangely, DHT is most important for sexual vigor, so blocking this step may have some unintended consequences! n On the other hand, Testosterone is also converted into estradiol by aromatase (producing the aromatic ring). This occurs increasingly with age in the liver but most importantly ... in the fat stores. n Now you see the connection. As we age, and frequently gain increasing fat stores, we are feeding the aromatase connection, increasing our estradiol levels and if this theory holds, increasing the promotion of prostate disease. n It also raises the interesting possibility, that we find absent in all other discussions (although certainly not proven), that blocking the 5-a-reductase step may actually exacerbate the problem by further increasing estrogen levels which is the initiator of the problem to begin with.
  • 239. 239239 Guna Prostate Staphysagria 6X 12X Zn Clematis Chimaphila umbellata Baryta carbonica Conium 30X 200X Agnus castus 3X Suis-Organ Homeopathic remedies Sabal serrulatum Herbal remedies Thuja Digitalis Selenium Ferrum picrinicum Prostata Mineral 4C Interleukin 10 Interleukin 2 Melatonin Transforming Growth factor beta HormonesCitokines Interferon gamma
  • 240. 240240 Constipation of the Elderly n Approximately 20 million people in the western world suffer from chronic constipation. Sufferers are from all walks of life, but constipation is particularly prevalent amongst the aged, paraplegics of the lower limbs, and the chronically ill. Free-Lax is the world's first natural, non-drug, non-invasive, non-habit- forming constipation relief device.
  • 242. 242242 Guna Bowel Amino acid Suis-Organs Homeopathic remedies 4X 6X Skatolum Cholecalciferol Niacin Thiaminum hydrochloricum Rhamnus frangula AloeCarduus marianus Chelidonium majus Alumina Bryonia Colon 10X 8X 12X Natrum carbonicum Kali carbonicum 2X Rectum Nux vomica Taraxacum officinale Pantothenic acid 30X Vitamins Rheum Herbal remedies Collinsonia canadensis
  • 244. 244244 SIDE EFFECTS OF CHEMOTHERAPY IN THE ELDERLY n Chemotherapy drugs are made to kill fast- growing cells, but because these drugs travel throughout the entire body, they can affect normal, healthy cells, too. Damage to healthy tissue causes side effects. n It's uncertain whether chemotherapy may be less well tolerated by elderly patients. Some issues in aging patients, such as multiple medications and other medical problems, may complicate cancer treatment. A study showed, however, that elderly cancer patients who are not suffering from medical complications can receive the same benefits and levels of toxicity as younger patients.
  • 245. 245245 SIDE EFFECTS OF CHEMOTHERAPY IN THE ELDERLY