Lkhagvaa inter.conf 2010t

1. G.Lkhagvaa Prof. D.Sc. Mongolian University of Science and Technology NEW CONCEPTS ABOUT HUMAN AND THEIR DEVELOPMENT

7. DEFINING THE HUMAN BY THEIR ENERGY VALUES Main characteristics of human body Energy characteristics of human body  -type of human  -type of human  -type of human 1.Body conditions: - body development - size of body - others Weak small or tall or thin the chest small and flat; lean; veins are clearly visible; knuckle and ankles transparent; fingers and hands shapeless; thin hair; eyelashes thin; eyes sharp and small; Average Average chest wide; skin soft and warm; body surface warm; eyes very sharply; veins not clearly marked; beautiful body constitution; heat can’t tolerate; excessive hair loss; tendency to early white hair and red noses; no hot showers; Strong very good and large size, fleshy chest wide; veins invisible; skin soft, greasy and cold;

8. 2.Trait Moveable; walk fast; loquacious; like merry-making; quick to tire; timorous; intolerant against cold; not economical; really like to be in society; Friendly; honest; intelligence; quick negative reactions; hunger and thirst not bearable; intolerant against heat; not good in on saving money and other properties; Movement slowly; mind or soul is very stable against abrupt response; tolerant against hunger, thirst and tiredness and anger; likely to longevity, economical; 3. Face and skin color Dim or pale Yellowish and glory White and flourish

9. 4. Mental potential Quickly to understand and forget; quick-witted; the soul is not stable; Clever, high mental potential; strong-willed; talented; capacity to make decision Slow in learning and understanding and forgetting; 5.Health Physiological process quick; some difficulty in digestion; can’t endure cold; easily get tired; urine little; stool dry and little; fingers and feet are usually cold; eat a lot; likes sweat and sweat cold; light sleeper; usually not healthy Physiological process active; good digestion and appetite; fingers and feet usually warm; skin surface usually warm; urine much and yellowish with smell; sweaty and perspiration with smell; Physiological process slowly; mostly healthy; tendency to obesity and oversize; body surface cold and sweat little; fingers cold; sleep much; eat small; stool white and soft

10. The other human body types will be formed by the combinations from the above mentioned characteristics. 6.Working Suited for mental, mechanical and half mechanical types of work and for track-and field-sports Suited for mental, mechanical and half mechanical types of work, and more for research, sport, manage picturesque and organizational qualities; very good speakers, scientist and writer; hard physical work is bearable; Suited for all types of work and specially for heavy physical work style; indirectly participate in physical training, sports and cultural measures.

11. HUMAN BODY LEVEL FOR ENERGY ACCUMULATION, CONSUMPTION AND REQUIREMENT HUMAN BODY CLASSIFICATION HUMAN ENERGY LEVEL Accumulation Consumption Requirement  -type average Average Average  -type much Little Little  -type little Much Much  +  -type Above average Average Average  +  -type average Average Average  +  -type much Little Little  +  -type little Much Much

12. LAW OF THE BODY'S ENERGY LEVEL “ The body's energy level is proportional to the body's surface”. The body's energy level by LAW OF THE BODY'S ENERGY LEVEL is following:  - human max   - human   -human min LAW OF BODY'S ENERGY CONSUMPTION LEVEL “ The body's energy consumption level inversely proportional to the body's surface”. The body's energy consumption by LAW OF BODY'S ENERGY CONSUMPTION LEVEL is following:  -human max   - human   - human min

14. LAW OF THE METABOLISM RATE “ The metabolism rate of human body is inversely proportional to the body's surface”. The metabolism rate of human body by LAW OF THE METABOLISM RATE is following:  -human max   - human   - human min LAW OF THE ENERGY EXPENDITURE OF BODY “ The body's energy expenditure is inversely proportional to the body's surface”. The energy requirement of human body by LAW OF THE ENERGY EXPENDITURE OF BODY is following:  -human max   - human  - human min

15. LAW OF THE BODY'S LIFESPAN “ The body's lifespan is inversely proportional to the energy requirement of body”. The life span of body by the LAW OF THE BODY'S LIFESPAN is following:  - human max   - human  -human min German scientist Rubner /1993/ studied that by the body weight increasing in 10-times decreases the basic metabolism rate in 2.5-times, and called it as the Energy Law of Body Weight. New conception of energy requirement of human according to the Law of body’s energy level, Law of energy requirement of body, Law of metabolism rate of body, Law of body’s energy consumption level and Rubner’s Energy Law of Body Weight is showed in the table 2.

16. NEW CONCEPT OF HUMAN ENERGY REQUIREMENT TABLE 2 Body weight, kg Body weight increasing according to 40 kg, times Bodily metabolism decreasing according to 40 kg / by Rubner / Energy requirement new, kcal Recommendation of WHO /1993/ 1 Male 3 /30-60 age / Female 4 /30-60 age / 80 2.00 0.50 1150 2900 - 75 1.87 0.47 1220 2800 2400 70 1.75 0.43 1310 2700 2300 65 1.62 0.40 1380 2600 2250 60 1.50 0.38 1430 2500 2200 55 1.38 0.34 1520 2450 2100 50 1.25 0.31 1590 2350 2050 45 1.13 0.28 1660 - 1950 40 0 0 2300 - 1900 Average, kcal 2280

17. THE QUALITY INDEX OF ENERGY CHARACTERISTICS OF BODY TABLE 3 Index of bodily energy characteristics Energy characteristics of human 1 Energy level of body  -human max   -human   -human min 2 Energy accumulation of body  -human max   -human   -human min 3 Energy requirement of body (food consumption)  -human max   -human   -human min 4 Metabolism rate of body  -human max   -human   -human min 5 Energy expenditure level of body  -human max   -human   -human min 6 Lifespan of body  -human max   -human   -human min

19. THE IMPROVING POSSIBILITIES OF ENERGY CHARACTERISTICS OF HUMAN BODY TABLE 4 Results from limited nutrition programs Energy characteristics of human body Food consumption requirement / new program Energy level Metabolism rate Energy consumption Energy accumulation Life span 1 Mobilizing of inner energy of body and their transfer into useful work 50%  Taking energy from food 50%       2 Maintenance of first nutrients from food: second nutrients from intestinal microflora 50:50%  :  by protein 1:1 (L.S.Vasilevskaya , L.G.Ohnyanskaya , 2002 )     

20. 3 Specific thermal dynamic function of protein 50%       5 Metabolism rate to 20-40 %  ( B.I.Smolyar , 1991)      6 Differentiation of cells  ( Yu.A.Andreev 1995, G.P.Malahov 1996)   

21. 7 Acidosis  Aging in 33 %  ( L . F . Shelkunov , 2000 ) 8 Relative possibility of increasing the brain according to body weight   (Shagj J.1991) 9 Relative possibility of decreasing the intestine according to body weight   (Shagj J.1991)