6. ≥ 2 risk
factors
≥45 years
with LDL
≥130 mg/dL
02
01
Prevention in: Individuals with
no ASCVD Male sex
Postmenopausal
Smoker
HPN
Obesity (>25kg/m2)
Family history of CHD
LVH
Proteinuria
15. • For individuals with ACS, early high-
intensity statin that is maximally-tolerated
is RECOMMENDED and should not be
discontinued.
• Statins should be given to ACS patients
immediately
20. a. Statin-associated Muscle Symptoms
b. New-onset Diabetes
c. Dementia / cognitive dysfunction / intracerebral
hemorrhage
21. • Treatment with statins is associated
with a low risk of developing statin-
associated muscle symptoms (SAMS),
but the benefits of cardiovascular risk
reduction outweigh the risk
23. • Treatment with statins is associated
with an increased risk of new-onset
diabetes mellitus, but the benefits of
statin treatment for cardiovascular
risk reduction outweigh the risk.
24. • Treatment with statins is not
associated with the development of
dementia and cognitive dysfunction
• Treatment with statins is not
associated with an increased risk of
intracerebral hemorrhage
27. Ezetimibe
A cholesterol absorption inhibitor that
targets uptake at the jejunal enterocyte
brush border
Inhibits intestinal cholesterol
absorption by selectively blocking the
NPC1L1 protein in the jejunal brush
border, integral to the uptake of
intestinal lumen micelles into the
enterocyte
28. • For individuals with documented
ACS, and target LDL-C has not been
reached despite maximally tolerated
high-intensity statin therapy,
ezetimibe may be added on top of
statin therapy to get to goal LDL-C.
30. • Among individuals not at goal LDL-
C, routinely adding fibrates on top of
statin therapy is NOT
RECOMMENDED for primary or
secondary prevention of
cardiovascular disease.
31. However, adding fibrates to statins may
be considered among MEN with
controlled diabetes, low HDL-C (200
mg/dl) for prevention of CV disease.
32. Fibrates
Good efficacy in
lowering fasting
TG levels
≤20% reduction
of the LDL-C
level
50% reduction of
the TG level
increase of the
HDL-C level of
≤20%
33. Among individuals with ASCVD,
should omega fatty acids be
given on top of statin therapy
once LDL-C goal is achieved
34. • Among individuals with ASCVD,
omega fatty acids (EPA+DHA) given
on top of statin therapy is NOT
RECOMMENDED.
• Among individuals with ASCVD on
statin therapy at goal LDL-C, but
with persistently high triglyceride
levels of 150-499 mg/dl, omega fatty
acids (pure EPA) MAY be given
37. • Before starting lipid-
lowering drug
treatment, at least
two measurements
should be made, with
an interval of 1–12
weeks, with the
exception of
conditions where
prompt drug treatment
is suggested, such as
ACS and very high-
risk patients.
• After starting
treatment: 8 (±4)
weeks.
• After adjustment of
treatment: 8 (±4)
weeks until the goal is
achieved.
How often should lipids be
tested?
38. How often should lipids be tested
once a patient has achieved the
target or optimal lipid level?
Annually
39. How often should
liver enzymes (ALT)
be routinely
measured in patients
on lipid-lowering
drugs?
40. • Before treatment
• Once, 8–12 weeks
after starting a drug
treatment or after
dose increase.
• Routine control of
ALT thereafter is not
recommended during
statin treatment,
unless symptoms
suggesting liver
disease evolve.
• During treatment with
fibrates, control of
ALT is still
recommended.
How often should lipids be
tested?
41. What if liver enzymes
become elevated in a
person taking lipid-
lowering drugs?
42. Elevated ALT
ALT ≥3×
ULN
ALT <3× ULN
≥3×
<3×
• Continue therapy.
• Recheck liver enzymes in 4–6 weeks.
• Stop lipid-lowering therapy or reduce dose and
recheck liver enzymes within 4–6 weeks.
• Cautious reintroduction of therapy may be
considered after ALT has returned to normal.
• If ALT remains elevated check for the other
43. How often should CK be
measured in patients taking
lipid-lowering drugs?
44. Pre-treatment
• Before starting
therapy
• If baseline CK is
>4× ULN, do not
start drug therapy;
recheck
Monitoring
• Routine
monitoring of CK
is not necessary
• Check CK if
patient develops
myalgia
How often should CK be
measured in patients taking
lipid-lowering drugs?
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Please keep this slide for attribution
Editor's Notes
Before we proceed to discussing the clinical practice guidelines, let’s quickly review statins and their mechanism of action
Statins are also called HMG-CoA reductase inhibitors.
These drugs [click] increase hepatic LDL receptor activity [click] leading to increased circulating LDL clearance and [click] thereby, decrease the circulating levels of LDL in our plasma.
Statins also have side effects as all other drugs have and these will be discussed in the later parts of the report as part of the CPG.
We have this diagram that shows the [read title] [click ]
First and foremost, lifestyle modification would be our recommendation for patients who are at risk of developing atherosclerosis based on their history and physical exam.
However, there is a specific criteria with which we could add or start statin therapy to these patients.
In the primary prevention in individuals with no atherosclerotic cardiovascular diseases, the following criteria were given which could be bases to initiate statin therapy in Filipino patients
In the 2015 CPG, the authors have identified a Risk Factor Counting as the method in identifying the risks for developing cardiovascular problems in Filipino individuals
This method is being continuously recommended by the physicians for identification of CVD risk, as well as those needing medical therapy for primary prevention [press]
So, if these criteria or risk factors have been identified in patients, we could initiate statin therapy as early, on top of recommendations for lifestyle modification
Even without the presence of ASCVD or presence of risks for such, statin therapy must be initiated in patients with Diabetes Mellitus.
However, in the event of concomitant CV diseases in these individuals, there are target LDL levels that must be met for maintenance.
Statin doses given for patients with DM should be optimized to maintain the following LDL levels [click].
Maintaining these levels would be very useful for secondary prevention that which will be discussed later.
Familial hypercholesterolemia is a dominantly inherited gene disorder wherein mutations in the LDL-receptor pathway causes markedly elevated LDL levels from birth.
Untreated FH leads to premature death due to the early development of coronary artery disease in these patients secondary to accelerated atherosclerosis.
It is vital, therefore, that these patients should be identified early on and be started on statin therapy.
Since patient with FH are considered high-risk populations, they are started with high-dose intensity statins to maintain the following levels of LDL
Statins can be safely started on patients with CKD but those who are not on RRT or dialysis
Those who are on hemodialysis or those who have undergone kidney transplants, guidelines recommend referral to nephrologists for lipid management.
After the initiation of statins and after patient’s have been identified based on their CV risks, they can be re-assessed after 6-8 weeks. LDL levels can be evaluated after this given period of time to see if recommended LDL levels are maintained especially for those who are in high-risk groups.