616.71-007.234-053: 612.73/74 , ., . . . » - http://www.famous-scientists.ru 2870 , 3-80 . - , «GE/Lunar» ( ). 3 ( ( , - – 76,5%. - ) ), . , 91,4%, 70,3%, : – 44,7%. 20 , - 77,6%. – 98,3%. 21-25 93,7%, , , . – 76-80 - . - , 3-80 ) [1]. , . - , . : , - , . - . , - – , (2000-2010 .). 2870 . 3-80 , , , , - , - , . - , D. , [4, 5]. - - «GE/Lunar» ( ). - – . , enCoreTM2002. , ( - . 1). , - . 16-20 Microsoft ® Ex- . 56-60 cel (2000). , 1. . 1.1. ( . ) ( . 1). (6-7 ) , (12 - ) . 13 3 - 76-80 - . 1.3. . . , - ( 1). (6-7 ). . 16 - 20 , - 21-25 , 20 , . . - . . 3 , 21-25 . . 56-60 , . 76-80 , . 76-80 . . 1.2. . , 3 , 1. , , 21-25 ; - ±SD) n - , 3-80 ( - 3 40 20,7±1,35 20,7±1,29 30,0±2,06 5,2±0,37 6 42 33,7±2,13 33,9±2,09 45,5±3,34 14,7±1,12 7 45 41,8±3,12 40,5±2,98 54,4±3,82 20,6±1,16 11 49 55,1±4,26 54,7±3,93 70,3±5,09 29,0±2,40 12 48 74,0±5,62 73,6±4,87 91,4±5,94 44,7±3,28 13 45 77,7±5,11 77,2±5,10 94,6±6,01 49,1±3,62 16 47 87,9±6,04 86,8±5,86 97,6±6,13 71,0±4,92 20 55 99,8±7,00 99,0±5,39 100,71±4,90 98,9±5,11 21-25 127 100,0±6,93 100,0±5,97 100,0±6,47 100,0±7,01 56-60 140 127,3±7,26 127,2±7,11 107,2±6,20 167,7±9,98 76-80 75 120,7±8,09 120,9±6,92 104,2±5,89 153,0±10,13 3 40 27,0±1,86 28,0±1,93 39,4±2,73 5,5±0,47 6 42 45,4±3,62 46,8±3,29 65,6±4,91 10,0±0,72 7 45 45,9±3,54 47,3±4,07 66,2±4,22 10,4±0,67 11 49 53,5±3,79 54,7±3,38 12 48 65,8±4,11 67,3±4,28 82,7±5,34 37,3±2,26 13 45 67,0±3,92 68,7±4,05 83,7±5,10 39,3±2,33 16 47 77,0±5,73 77,8±5,89 89,8±6,12 54,2±3,78 20 55 91,2±5,69 92,3±7,24 99,7±6,48 77,6±5,03 21-25 127 100,0±6,17 100,0±6,53 100,0±7,01 100,0±7,38 56-60 140 125,7±7,66 129.1±8,15 111,1±7,72 164,2±10,01 76-80 75 112,0±7,01 113,0±6,64 101,0±5,91 136,3±9,03 3 40 28,3±1,74 28,9±1,62 33,5±2,24 10,2±0,68 6 42 40,4±3,11 40,2±3,25 7 45 50,0±3,16 50,8±3,27 56,9±3,51 26,0±1,73 11 49 61,0±3,86 61,3±4,20 67,0±4,35 12 48 74,0±5,00 74,4±4,73 80,6±5,29 38,5±2,30 5±49,0±4,53 13 45 82,4±5,36 83,0±5,10 89,6±5,62 56,5±4,72 16 47 93,0±6,10 93,3±7,00 96,7±6,60 79,5±4,81 20 55 99,2±5,01 99,5±5,46 100,0±5,62 97,0±5,73 21-25 127 100,0±7,23 100,0±6,87 100,0±7,12 100,0±7,32 56-60 140 107,1±7,77 107,3±8,12 96,2±6,57 152,3±9,76 76-80 75 99,3±6,32 94,1±6,17 74,4±4,93 175,5±11,85 : - 28,17±2,04 ; - 17,35±1,42 2) 2. 3 21-25 – , ( 21-25 ; : 1) - - 5,94±0,38 ; - 2,01±0,13 ; - 20,22±1,36 ; – 4,00±0,24 . . ( 7%. , ) ) - ) 76-80 , – . . 3 - , - 13-14 - 21-25 2.2. 5-6 , . ( 19,5±1,32 - 27,58±1,96 ; - 9,93±0,69 ; . 2.1. , , . 2). ( 19,9±1,42 45,3±3,40 - 6,34±0,49 ; - 3,93±0,28 ; 21,14±1,41 ; - 16,22±1,05 ; 3) – 72,5±4,53 , – - , . 2). ( , – - . . 20 93,7%, . – 98,3%. 21-25 20 , . 56-60 - - , 28,4%. , 76-80 18,1%) ( , - , 21-25 14,7%. 2.3. . , . 20 , 21-25 . 3 60 , , – . , 76-80 17,1%, . 2. - 3-80 - - , , . . , ( 21-25 ±SD) n 3 40 - 20,7±1,42 20,1±1,29 22,5±1,46 14,2±0,86 45 23,9±1,68 27,0±2,20 29,2±2,33 18,9±1,58 6 43 29,2±2,15 29,4±2,09 31,4±2,41 21,7±1,32 12 46 57,1±3,70 57,9±3,49 59,7±3,63 51,2±3,02 13 52 66,0±3,99 66,7±4,04 67,9±4,13 62,2±3,95 14 55 74,8±4,51 75,3±4,69 76,5±4,83 70,3±4,47 83,1±4,93 82,5±5,02 85,8±5,21 20 61 105 82,7±4,79 98,5±5,94 99,9±6,03 93,7±5,82 98,3±6,11 21-25 102 100,0±5,62 100,0±5,73 100,0±5,06 100,0±6,12 56-60 108 116,1±7,23 117,2±7,36 107,3±8,05 144,1±7,50 76-80 77 101,5±5,78 102,6±6,02 92,6±5,83 140,7±9,11 3 40 21,3±1,54 23,4±1,59 22,7±1,70 10,5±0,69 5 45 27,9±2,36 27,9±2,18 29,3±2,46 15,8±1,16 6 43 30,4±2,10 30,2±2,18 32,0±2,37 16,8±1,33 12 46 56,1±3,50 55,6±3,67 58,2±3,71 36,8±2,27 13 52 63,2±3,93 62,6±4,05 65,2±4,26 43,0±2,52 14 55 71,6±4,62 70,1±4,78 73,1±4,87 52,6±3,61 78,0±5,12 80,5±5,60 60,0±4,05 20 61 105 80,0±5,23 97,4±7,00 96,3±6,83 96,8±7,09 92,6±6,92 21-25 102 100,0±4,81 100,0±5,09 100,0±4,93 100,0±5,00 56-60 108 99,0±6,07 101,6±6,32 102,2±5,99 128,4±8,18 76-80 77 88,4±5,84 85,8±6,00 81,9±6,12 114,7±8,24 5 15 15 56- ; 3 40 25,4±1,64 25,0±1,73 27,7±1,80 11,0±0,78 5 45 30,8±2,44 30,3±2,31 33,2±2,19 14,7±0,92 6 43 33,7±2,56 33,0±2,34 36,0±2,70 17,2±1,13 12 46 61,6±4,12 60,8±3,87 64,7±4,25 40,2±2,39 13 52 69,2±5,24 68,5±5,69 72,5±5,47 46,9±3,07 14 55 78,6±5,40 77,4±5,27 81,5±6,17 55,5±3,32 15 87,2±7,21 85,4±6,84 86,2±6,95 64,9±4,73 20 61 105 99,7±8,00 99,1±7,45 99,3±7,32 98,4±7,07 21-25 102 100,0±5,34 100,0±4,76 100,0±5,17 100,0±5,21 56-60 108 102,3±8,12 100,9±8,39 96,2±7,51 76-80 108 91,3±7,28 89,2±7,04 82,9±6,82 : - 32,78±2,25 ; - 25,23±1,78 126,0±9,32 122,8±9,17 21-25 ; 2) 8,13±0,57 - ; - 6,96±0,50 ; 24,25±1,71 ; - 19,92±1,09 ; 3) - 7,91±0,58 ; - 0,95±0,07 . - 23,65±1,65 ; – 3,73±0,42 . – 76,5%. , [2, 3]. , - , , « , - 70,3%, , 77,6%. 93,7%, – 98,3%. , . 76-80 - , – . . , - 3 , , : , - , - , . . , 96030. 91,4%, - 20 , », - – 44,7%. - - : 1) - 31,72±1,99 ; - 6,46±0,48 . 01-04-96422 04-07- : 1. ., . // 2005. 1. . 58. 2. . 2006. . // 3. . 7. 3. ., . ., . // ., . 2007. 2. . 79. 4. Langendonck L., Claessens A.L., Lysens R. // Ann Hum Biol. 2004. V. 31. 2. P. 228. 5. Baumgartner R.N., Stauber P.M., Koehler K.M. // Am J Clin Nutr. 1996. V. 63. 3. P. 365. MASS OF MUSCLE, CONNECTIVE AND FATTY TISSUES OF BIG BODY SEGMENTS IN AGE ASPECT Sveshnikov K.A., Ruseikin N.S. Mordovian N.P.Ogarev state university We examined 2870 healthy persons in age from 3 till 80 years. Measurement of mass of muscle, connective and fatty body tissues upper and lower extremities we were performing by method of X-ray double energetic absorptiometry at bone densitometer “GE/Lunar” (USA). For the first time significant difference in soft tissues formation was found out at 3 years and growth spurt: at girls’ body there were more mass of muscle and connective tissues (MMCT) than fatty tissue (FT), and at boys fatty tissue (FT) was increased. During adulthood at girls MMCT form (91,4%) in examined big segments, at boys – 76,5%. Boys have more FT – 70,3%, and girls – 44,7%. At women in 20 years soft tissue mass is finally formed excepting upper extremities where FT mass was 77,6%. At men MMCT in body are formed for 93,7% and FT – 98,3%. In upper extremities MMCT are less than in lower extremities percentagewise. In age of 76-80 years MMCT decrease on same amount in all examined big segments, and FT – in upper extremities.