The document summarizes the capabilities of the ES Teck software for assessing various biomarkers related to cardiovascular, autonomic nervous system, endothelial and sudomotor functions, organ functionality, lifestyle factors, and neural networks. It provides examples of how the software can be used to evaluate athletes for optimal training and recovery, identify potential overtraining, assist in therapeutic decisions for alternative medicine, and advise on supplementation needs. The software analyzes data from tests involving electrodes, pulse oximetry, photoplethysmography and uses the results to provide personalized reports and recommendations.

1. ES TECK

2. ES Teck Software startet mit einer Liste von drei Skores:
Kardiovaskulär
Homeostase
Lebensstil
* autonomen Nervensystems, neuronales Netzwerk, Projektion Wirbelsäule, lymphe
* Organfunktionen : Verdauung, Gehirn
* Präventiv: Diabetes, Herz-Kreislauf-Probleme, usw.
* Neurotransmitter
* Körperzusammensetzung
* Lifestyle: Stoffwechsel, oxidativer Stress, Elektrolyte, pH, ...
* Personalisierte Ernährungsempfehlung, Vitamin-und Mineralstoffmangel
* Aktivitätsstufe
* ...
ES Teck Software gibt einen detaillierten Überblick über:

3. MANUFACTURERS OF PRODUCTS THAT ASSESS THE MAIN
REGULATORY MECHANISMS OF THE BODY
 AUTONOMIC NERVOUS SYSTEM (ANS)
 Cardiovagal
 Adrenergic
 Sudomotor
 ENDOTHELIAL FUNCTION

4. Use well known recognized technologies supported by clinical studies and
6000+ peer reviews
Detection of RR intervals and beat to beat Blood Pressure
Galvanic Skin Response
Photoplethysmography and Spectrometry analysis
Bio- impedance
Electrical interstitiall scanning
Cross
analysis
Puls
oximeter
HRV
EIS
BIA

5. SudoPath Measurement Process

6. Original Wave PTG
Spectral Analysis
Reflection Index RIPTG Index PTGi
PTG Ratio PTG R
TM-Oxi: measurement of Endothelial
function

7. Systolic Time
Interval
PEP
LVET
PEPi/LVETi
TM-Oxi: measurement of The Cardiac
performance
TM-Oxi: measurement of Endothelial
function
Spectral Analysis
PTG Index PTGi
PTG Ratio PTG R
Reflection Index RI

8. Indicators of Sudomotor Tests
• ESR NO. stands for Electric Skin Response to
Nitric Oxide electrochemical reaction on the
bulk of the electrode. The peak reflects the skin
blood flow.
• ESR Cl-. stands for Electric Skin Response to the
Chloride Ion electrochemical reaction on the
bulk of the electrode. The peak reflects the C-
Fiber Density.
• Latency is the time between the switch of
polarity during the measurement and the peak
of voltage representing the release of Cl-.
Studies shown that the increased latency is
correlated with sensory disorder (thermal).

9. Testing in 2 minutes, using 6 electrodes and a pulsoximeter

10. Testing in 2 minutes, using 6 electrodes and a pulsoximeter

13. Body Composition

14. Body Composition

15. Body Composition

16. Cardiovacsular score
Blood Pressure
Cardiac Work
Autonomic Nervous system
Oxygen level
Nitric oxide class is related to microcirculationLifestyle class related to bodycomposition and life style
Arterial Stiffness
Very good Good Normal Warning Low Emergency

17. Cardiovacsular score

18. Homeostasis

19. Life Style
Oxidative stress level
Metabolic rate class
Physical activity level

20. Organs functionality

21. Large intestine

22. Large intestine

23. Adrenal medulla

24. Tissue perfusion brain

25. Neural network
HRV LF main indicator of the sympatic activity
HRV HF main indicator of the parasympatic actvity
Activity decreased or dilation
Intestin peristalsis and tonus,
Kidney filtration and renin secretion
Activity increased or contraction
Liver glycolysis function
Heart rate

27. Living tissue state and spine modeling projection

28. Living tissue state and spine modeling projection

29. Lymphatic system

30. Cardiovasucular screening
No risk mild risk mod. risk severe risk

31. Diabetes screening
No risk mild risk mod. risk severe risk

32. Cerebral neurotransmitters and thyroid response
Poor response weak response over response excessive resp.

33. Fitness / Sport indicators

34. Biochemical screening table

35. Biochemical screening table

38. NOT RECOMMENDED FOODS RECOMMENDED FOODS
Vegetables
Egg Plant, Salted or coated nuts or walnuts, Bell peppers,
Cucumber, Dried beans, Black radish, Maize, Feculent, Celery
Animal protein
Salami , Frankfurters, Marinated herring, Beef liver, Strong cheese,
Smoked meat, Cold cuts, Shellfish
Carbohydrates
Brewer's yeast, Sodium glutamate (often used in Chinese cooking),
Bread, Oats, Whole meal bread, Pastries, Confectionary, Corn-
flakes, Pop corn, Chocolate, Jam
Fats
Mayonnaise
Drinks
Certain wines (Sauternes, Chianti, Riesling, Porto), Beer, All sweet
drinks
Fruit
Bananas, Dates , Orange, Dried fruit
Reduce containing gluten foods (for one month):
Wheat, barley, rye, oats, kamut, wild wheat, pastries, sweet bread
products and cakes of all kinds, bars, confectionery, breakfast
cereals and mueslis, pizzas, quiches, any unverified commercial
product and containing: malt (barley), maltodextrine and starch
except if specified rice.
Vegetables
Ginseng, Cooked green vegetables, String beans, Carrots,
Asparagus, Endives, Steamed potatoes, Spinach, Tomatoes,
Soya, Peas, Beans, Avocado
Animal protein
Cooked egg-white, Egg-white, Fish, Beef, Salmon, Cod
Dairy products
Probiotics supplements
Carbohydrates
Rice
Drinks
Green tea
Oily foods
Herbs
Rosemary, Sesame, Garlic
Plant protein
Soy
Oils
Cod liver oil, Plant oils
Cereals
Bran

39. Assistence to the alternative medicine therapeutic decission

42. 1.Evaluation of optimal training and recovery.
34 year old professional ice hockey player:
An athlete should have an increased parasympatic system (HRV HF – high frequency) this is a
potential for recovery, and low sympatic system (HRV LF – low frequency) at rest.
When LF and cortisol are increased it can mean that the athlete is in overtraining.
Stress Index reflects oxygen demand and should be normal at rest and increased after exercise.
If increased at rest we can think of cardiac risk/problem, perfusion or something else.

43. 2. Athlete with sympatic parasympatic disorder
33 year old hockey player
We notice here an increased sympatic (LF) and also an increased parasympatic (HF) system.
This means that the athlete is putting himself under pressure. He is fighting and accelerating but
at the meantime his body gives the signal he should take care and relax.
So the athlete needs more time to recover, if not there would be a big risk getting injured or (as
it is an hockeyplayer) a reduced reaction time and not only a risk of getting injured but also being
to late in different game situations. A few days of rest and another follow-up test will help to
find out wich way one have to go.

44. 2. Professional Biker GP2 with concussion.
Using Head to Head Conductions
First test after bike accident and concussion EIS Conductance measurement of the head to head
AG/AGCL electrodes : 2.22 and 2.35 micro SI
After 10 days of rest (relative, training with lower was allowed: 2.73 and 2.99 micro SI)
A big help to evaluate the progression.

45. 4. Elektrolytes and sports
Exampleofatypicalresultofdeficiencyofelektrolytes. Importantisofcoursetoknowifthe
testistakenatrest,orafterthefysicalworkoutorgame.
Suggestions about the supplementation of trace elements, with in this case the specific
recommendation of Magnesium and of Omega 3 and its amount.

46. 5. The lack of Nitric Oxide at a Endurance Autopilot
A 37 year old endurance 2 times winner 24h of Le Mans
Advice here is supplements that activates the NOS (the endothelial nitric oxide
synthesis).

47. Info:
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