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Nhes4 nutrition
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National Library of Thailand Cataloging in Publication Data
4 ..2551-2552.-- : , 2554.
200 .
1. --. 2. . I. , . II. ,
. III. .
613.072
ISBN 978-974-299-161-6
: 2554
: 2000
4
.. 2551-2552
4 .. 2551-2552 II
4
..2551-2552
.
..
.
.
.
4..2551-2552:
.
4 .. 2551-2552 III
.
.
.
.
.
.
.
.
.
..
.
.
.
4 .. 2551-2552
. . . . .
. . . . .
. . .. ..
.. .. .
.. . .. .
, , ,
21 29,000
.
IV
4 .. 2551-2552
5
.. 2503, 2518,
2529, 2538 2546 .. 2551-2
4 .. 2551-2
24
24
.
V
4 .. 2551-2552
IV
V
VI
VII
X
1
1 5
1.1 5
1.2 6
2 7 2.1 7
2.1.1 7
2.1.2 8
2.1.3 9
2.1.4 9
2.1.4.1 10
2.1.4.2 10
2.1.4.3 10
2.1.5 10
2.1.5.1 11
2.1.5.2 11
2.1.6
2.2 24 12
2.2.1 12
2.2.2 12
2.2.3 13
2.2.4 24 14
2.2.4.1 24 14
2.2.4.2 24 15
2.2.5 15
2.2.5.1 15
2.2.5.2 16
2.2.5.3 16
VI
4 .. 2551-2552
()
2.2.6 17 2.2.7 18 3 19 3.1 19
3.2 20
3.2.1 2-14 21
3.2.2 15 22
3.3 25
3.3.1 25
3.3.2 29
4 31
24
4.1 31
4.2 35
4.2.1 1-8 35
4.2.2 9-18 42
4.2.3 19-59 49
4.2.4 60 56
4.3 63
4.4 72
24
4.4.1 : 72
4.4.1.1 72
4.4.1.2 75
4.4.2 76
24
VII
4 .. 2551-2552
()
78
81
83
1
() 1 89
97
99
VIII
4 .. 2551-2552
2.1 9
2.2 12
2.3 13
2.4 24 14
2.5 18
3.1 1-14 (Unweighted) 19
3.2 15 (Unweighted) 20
3.3 .. 2546 26
.. 2552
3.4 .. 2546 27
.. 2552
4.1 2,969 32
4.2 2,969 34
4.3 37
1
1-8 448
4.4 () 1 40
1-8 448
4.5 () 41
1 1-8 448
4.6 44
1
9-18
602
4.7 () 1 47
9-18 602
4.8 () 1 48
9-18 602
4.9 51
1
19-59 935
4.10 () 1 54
19-59 935
IX
4 .. 2551-2552
()
4.11 () 1 55
19-59 935
4.12 58
1
60 984
4.13 () 1 61
60 984
4.14 () 1 62
60 984
4.15 67
2,969
1
4.16 69
2,969
1
1 84
1 1-8 448
2 84
1 9-18 602
3 85
1 19-59 935
4 85
1 60 984
5 86
1 2,969
6 87
1 2,969
X
4 .. 2551-2552
()
1 90
1 98
INMUCAL-N V.2.0
1 2-14 101
/ .. 2551-2
2 2-14 121
/ .. 2551-2
3 15 142
/ .. 2551-2
4 15 164
/ .. 2551-2
XI
4 .. 2551-2552
4.1 35
1 1-8 448
4.2 42
1 9-18 602
4.3 49
1 19-59 935
4.4 56
1 60 984
4.5 63
1 2,969
4.6 64
1 2,969
4.7 2,969 65
4.8 2,969 65
4.9 2,969 70
4.10 2,969 71 4.11 2,969 71
4.12 2,969 72
1 2,960 91
2 2,891 92
3 1,297 92
4 783 93
5 1,051 94
6 2,821 94
7 1,453 95
8 2,575 96
9 2,928 96
XII
4 .. 2551-2552 1
4 .. 2551-2
(Frequency of food consumption) 2-14 8,462 15
20,470 24
2,969
1. 2-14
70 , 40-50
20-30 /
10-20 //
1-10 //
2. 15
70 , 30-40
20-30 /
10-20
1-10
3. .. 2546 2-14 /
6-14 1 10
/ ( 6-14 ) 1 5 /
6-14 1 4
42.9 .. 2552
4 .. 2551-2552 2
4. .. 2546
10 ..2546 8.5 5.5 .. 2552
2 7
24
5. 57.6, 16.0 26.4
6. 82 1-8 7. 30.0 67.0
8. 70.0 6
9. 2,400 ( 3,264 )
10. 1-3 80.0 1 2 70.0 11. 50.0
12. 300
13. ( 1.8 8.0 )
14. 5
15.
4 .. 2551-2552 3
16.
17.
18. 12.5 30.0 18.6 74.9
4 .. 2551-2552 4
4 .. 2551-2552 5
.
1.1
.. 2539 7
9 .. 2543 .. 2563
15 1
Johanna Dwyer2
.. 20003
(Disability-adjusted life years-DALYs) 4.7%
DALYs 3.2%DALYs
5%DALYs 2.7%DALYs 2.1%DALYs
1.9%DALYs
4 .. 2542
5%DALYs 6%DALYs
3%DALYs 6%DALYs 3%DALYs
3%DALYs
3
1
4 .. 2551-2552 6
3 ..2546-25475 15 39,290 22.5
34.4 15.4 10.6
23.3 20.9
6 26.6 1 4
(5 )7 15
/ (4-6 /) 12.1 8.5 (1 ) 10.0
6.8 10.1 4.9 5.6 5.3 / 7.5 8.6 / 5.8 6.6 4.1 4.2 (:
3 .. 2546-2547 )
4 .. 2551-2552
3 .. 2546-2547
1 2 24 (24-hourDietary Recall)
, /,
1.2
1. 2
2.
1
4 .. 2551-2552 7
.
.
2.1
2.1.1
1
3
1. ( 1-14 )
1.1 (1-5 ) 2
1.2 (6-14 )
2. (15-59 )
3. (60 )
2.1.2
(Probability sampling)
(Multistage cluster sampling)
4
1 5 4 (Random sampling) (Proportional to size) 3
20
2 7 5
3
2
4 .. 2551-2552 8
3
4 (/ 1-14 , 15-59 60 ) Systematic random sampling
1 12 ( )
/
2.1.3
Replacement 2.1
4 27
n = Nk2PQ k
2PQ+NE2
n = N = k = 1- P = Q = 1 P E =
2.4
4 .. 2551-2552 9
2.1
()
1-14 4,870 4,870 9,740 15-59 6,120 6,120 12,240 60+ 4,860 4,860 9,720 15,850 15,850 31,700
2.1.4
2.1.4.1
(Base weights)
Stratified fourstage sampling
1 (/) Systematic Sampling ah Ah ah / h Ah / h 2 (/) Systematic Sampling bhc Bhc bhc / / c h Bhc // c h 3 (/) Systematic Sampling mhcdi Mhcdi mhcdi i / d / c h Mhcdi i / d / c h 4 () Systematic Sampling nhcdiejk Nhcdiejk nhcdiejk k j e i / d / c h
4 .. 2551-2552 10
Nhcdiejk k j e i / d / c h f k j e i / d / c h
Whcdiejkf = Ah X
Bhc X Mhcdi
X Nhcdiejk
ah bhc Mhcdi Nhcdiejk
2.1.4.2 (Non-responseadjustment)
Adj_NRhcdiejkf = nhcdiejk nhcdiejk nhcdiejk k j e i / d / c h nhcdiejk k j e i / d / c h 2.1.4.3 (Post stratification calibration
adjustment)
k j i c h (Final weights) (Base weights) (Non-response adjustment)
2.1.5
2.1.5.1
(Food Frequency Questionnaire, FFQ) 2
1. 1 2 -14
11 39
4 .. 2551-2552 11
1.1
1.2
2. 2 15
( ) 44
2.1
2.2 -
/
/
2.3 (//
)
7 , 1
, 1-3 , 1-3 , 4-6 , 1 , 1
2.1.5.2
1
1. ()
2.
()
3. 7 , 1
, 1-3 , 1-3 , 4-6 , 1 , 1
:
2-5 :
6-9 :
10-14 :
2.1.6
()
4 (2-5 , 6-14 , 15-59 60 ), (/)
(4 )
2 1
2 1 / 1
5 0-1
(Weighted) (Complex Sampling Survey Design)
4 .. 2551-2552 12
2.2 24
2.2.1
1 3
1. 1 14 11
2. 15 59 11
3. 60
2.2.2
24 (Sub-sample)
4 .. 2551-2552
n Z/2 X SD 2
d
n =
= 0.10 Z/2 = 1.645 SD = 9
d = 5% 9
2.2
2.2
() 1-5 25.697.51 1.6457.51 2 92.5 = 93 1.2845 6-14 32.519.47 1.6459.47 2 91.8 = 92 1.6255 15-59 38.2915.59 1.64515.59 2 179.4 = 180 1.9145 60 32.7313.43 1.64513.43 2 182.2 = 183 1.6365
4 .. 2551-2552 13
4 = (935) + (925) + (1805) + (1835)
= 2,740
10 274
= 2,740 + 274
= 3,014
(Sub-sample) (Simple random sampling) 4 50
25 25
50 250
2.3
2.3
/
50 600 25 300 25 300
50 600 25 300 25 300
50 600 25 300 25 300
50 600 25 300 25 300
50 600 50 600 - -
250 3,000 150 1,800 100 1,200
2.2.3
(Simple random sampling) /
24 6 (1-14 , 15-59 60
) 10 1
1
24 3,170
2.4
4 .. 2551-2552 14
2.4 24
()
/
24()
()
24
()
1 1-14 10 1 4,870 487
2 1-14 10 1 4,870 487
3 15-59 10 1 6,120 612
4 15-59 10 1 6,120 612
5 60 10 1 4,860 486
6 60 10 1 4,860 486 31,700 3,170
2.2.4 24
2.2.4.1 24
24
1.
2. () 250 200
3. 2
1 /
24 / Food code 3
1. (, , )
2. 24 (, /)
3.
(, )
4 .. 2551-2552 15
2.2.4.2 24
4
1.
2.
2.1
2.2
2.3
2.4
2.5
2.6 /
(: )
3.
4.
2.2.5
2.2.5.1
(.) 4
1.
2.
3.
4.
5.
4 .. 2551-2552 16
/
1. 24 2.
3.
4.
5.
24
6.
2.2.5.2
1. ()
() /
2.
3.
2.2.5.3
.. 2551 .. 2552
1. 2 4
2.
1
3.
4 .. 2551-2552 17
4. (.)
2.2.6
1. (1)
(2) (Dummy table) (3)
(Data editors)
(Data coders) (4)
(5) (6) (7)
2.
3.
4. (Data editors) 7
(Data coders) 3 (
) 1
5.
(Codebook)
6. (Data editing)
7. (Data coding) INMUCAL-N V.2.0
(1)
(Percentage of Dietary Reference Intakesfor
Thais, %DRIs) (2)
8. (Data reediting)
( )
(%DRI) (
), %DRI , (), (), (), %DRI ,
(), (), (), %DRI , (),
%DRI , (), %DRI , (),
(), (), (), (.), %DRI ,
(), (), 1 (), %DRI 1, 2
(), %DRI 2, (), %DRI , (), %DRI
, (), (), ,
,
4 .. 2551-2552 18
9.
2.5
(Data editing)
2.5
-
-
-
-
- ( )
(200 )
NP
/ NP
- / NP
- / NP
- / NP
NP= Not present in Thai household unit/
2.2.7 24
Stata/SE 10.1 for Windows (StataCorp, College
Station, TX, USA) Skewness and Kurtosis test for normality
4 .. 2551-2552 19
.
3.1
2-14
1-14 9,035 92.8
2-14 8,478 2-5 2,474 1,234
1,240 6-9 2,507 1,241 1,266 10-14
3,497 1,734 1,763 4,615
3,863 3.1
3.1 2-14 (Unweighted)
(n=4,209) (n=4,269) (n=8,478)
2-5 1,234 29.3 1,240 29.1 2,474 29.2
6-9 1,241 29.5 1,266 29.7 2,507 29.6
10-14 1,734 41.2 1,763 41.3 3,497 41.3
() 2,279 54.2 2,336 54.7 4,615 54.4
1,930 45.9 1,933 45.3 3,863 45.6
956 22.7 979 22.9 1,935 22.8
970 23.1 964 22.6 1,934 22.8
965 22.9 978 22.9 1,943 22.9
891 21.2 894 20.9 1,785 21.1
427 10.1 454 10.6 881 10.4
4,209 49.7 4,269 50.3 8,478 100.0
*: 1
3
4 .. 2551-2552 20
15
3.2
20,450 93.1 9,740
10,710 54.2 45.8
21- 23 10
3.2 15 (Unweighted)
(n=9,740) (n=10,710) (n=20,450)
15-29 1,351 13.9 1,307 12.2 2,658 13.0
30-44 1,880 19.3 2,240 20.9 4,120 20.2
45-59 2,003 20.6 2,459 23.0 4,462 21.8
60-69 2,498 25.6 2,559 23.9 5,057 24.7
70-79 1,566 16.1 1,652 15.4 3,218 15.7
80+ 442 4.5 493 4.6 935 4.6
() 5,126 52.6 5,954 55.6 11,080 54.2
4,614 47.4 4,756 44.4 9,370 45.8
2,258 23.2 2,367 22.1 4,625 22.6
2,359 24.2 2,496 23.3 4,855 23.7
2,209 22.7 2,330 21.8 4,539 22.2
2,072 21.3 2,237 20.9 4,309 21.1
842 8.6 1,280 12.0 2,122 10.4
9,740 47.6 10,710 52.4 20,450 100.0
:
3.2
4 ..2551-2 2-14 8,462 ( 2-5 2,467 6-14
5,995 ) 15 20,407 ( 15-59 11,215 60 9,192
) 39
44
1 2 3 4
4 .. 2551-2552 21
3.2.1 2-14
2-14 (4-6
/) 18.3 15.3
15.5 10.1
2-14 19.2 10.3 19.6 10.8
2-14 34.6 26 15.8 11.5
2-14 , 15.4 10.7
2-14 16.4 42.9 ( 2-5 56 6-14 37.5)
2-14 14.4 20 ( 2-5 26.2 6-14 17.6) 14.5 16.4
2-14 1.2 7.1
2-14 10.9 7.5
2-14 5.4 3.9
6-14 12.4 8.9
2-14 15.5 15.3
2-5 13.1 10.6 6-14
16.5 17.2
2-14 18.2 14.4
2-14 7.6 4.4
2-14 19.1 28.2 ( 2-5 19.0 30.2 6-14
19.1 27.4)
4 .. 2551-2552 22
2-14 15.8 19.2
( 2-5 6-14 )
///
/
()
( )
1- 2
3.2.2 15
15 2 15-59 60
/ 15 19.1 14.8
/
15 12.3 8.1
15 4.1 2.5
4 .. 2551-2552 23
15
8.0 4.4
///
15 28.6 19
8.5 4.0
15 26.7 18.3
15 8.3 5.2
15 / 5.6 73.9
7.2 5.9
35.1 6.2 12.4
/
15 14.5 7.7
/
15 / 12.3
7.0
15 12.0 22.4 22.9 23.7
15 4.1 4.5
/
15 9.9 9.4
15 8.3 7.9 4.8 5.7 2.7 6.5
30.8
/
/
/ /
4 .. 2551-2552 24
15-59 60
/
/
/ /
/
/
.
3- 4
4 .. 2551-2552 25
3.4
3.4.1
.. 25469
.. 2551-2552
/ (2-5 ) ( 6-14 ) (
3.3) 2-5 6-14 6-14 /
( 14.6 2551-2552)
37.9 2551-2552
.. 25469
10 .. 2546 8.5 5.5 2551-2552 2 7
3.4
(
4 .. 2551-2552)8
4 .. 2551-2552 26
3.3 2546 2551-2
2-5 6-14
2546 2551-2 2546 2551-2
NA 7.4 NA 12.4
1.5 4.1 9.1 8.9
NA 13.1 12.0 16.5
8.3 10.6 8.7 17.2
NA NA 8.0 NA
8.3 NA 11.0 NA
NA 19 8.3 19.1
56.7 30.2 12.1 27.4
NA 12.5 41.6 18.0
NA 56.2 28.5 37.5
NA 18.9 19.0 18.0
NA 13.7 17.2 14.6
: , 2546 5-6 /, 4 2551- 2 4-6 /; 2546 6-12 ; 2-5 2546 2-14 2551-2
4 .. 2551-2552 27
3.4 2546 2551-2
15-59 60
2546 2551-2 2546 2551-2
7.2 12.9 NA 8.7
10.6 8.5 10.5 5.5
9.1 19.7 NA 15.6
11.4 15.5 17.8 10.7
15.4 28.4 NA 29.7
17.0 18.1 50.4 24.7
4.6 4.0
5.4 8.5
17.0 26.7 NA 20
16.8 18.3 15.7 12.7
0.2 2.1 NA 1.5
2.0 7.2 1.3 8.0
1.1 6.5 1.5
0.7 3.1 0.7
9.2 19.8 NA 17.2
12.5 17.2 16.5 17.7
5.1 16.1 NA 12.1
6.1 12.3 5.2 8.1
2.8 8.3 NA 2.6
5.1 7.9 NA 2.7
1.4 4.8 1.5
4.7 5.7 2.2
3.4 7.9 1.8
6.5 7.7 1.5 : 2546 5-6 /, 2551-2 4-6 /
4 .. 2551-2552 28
.. 2551-25528
/
1-9 11-12 10-14 14.9 19
15 ( (Body Mass Index, BMI) 25 kg/m2) 28.4
40.7
(Frequency of food consumption)
2
(Simple
Food Frequency Questionnaires)
24 (Subsample)
4
4 .. 2551-2552 29
3.4.2
1.
1.1
1.2
2.
1.
2.
3.
4.
5.
6.
4 .. 2551-2552 30
4 .. 2551-2552 31
24 .
4.1 24
24 2,969 93.7 98.5
49.4 50.6 4 18.4-21.8 ( 4.1)
60 19-59 9-18 1-8
19-59
60
( 94.5) 15 75.6 14.3 59.3
28.3
3 5 15
15-59 (4 5 2 3 ) 1 20 1
10
1 4 1 3 1,000 4,999
5,0009,999 (1 4 1 5 )
4
4 .. 2551-2552 32
4
.1
2,9
69
/
.
(
) (n
=29
0)
(n=28
6)
(n=30
8)
(n=31
0)
(n=31
8)
(n=32
9)
(n=28
7)
(n=29
6)
(n=26
4)
(n=28
1)
(n=1,
467)
(n=
1,50
2)
1
-8
20.3
18
.5
16.9
14
.5
17.6
13
.1
17.8
16
.2
8.0
7.1
16.3
13
.9
9
-18
15.9
16
.8
20.1
21
.9
17.9
21
.9
21.3
20
.6
23.5
23
.1
19.6
20
.9
1
9-59
30
.7
30.4
29
.6
31.0
32
.1
31.9
26
.8
29.1
35
.2
38.8
30
.8
32.2
6
0
33.1
34
.3
33.4
32
.6
32.4
33
.1
34.1
34
.1
33.3
31
.0
33.3
33
.0
(n
=29
0)
(n=28
6)
(n=30
8)
(n=31
0)
(n=31
7)
(n=32
9)
(n=28
7)
(n=29
5)
(n=26
2)
(n=28
1)
(n=1,
464)
(n=
1,50
1)
99.0
99
.3
99.7
99
.0
98.7
98
.5
88.5
87
.8
84.0
87
.5
94.3
94
.6
1.0
0.7
0.3
0.7
1.0
1.5
0.0
0.3
1.5
1.1
0.8
0.9
0.0
0.0
0.0
0.3
0.3
0.0
11.5
11
.9
14.5
11
.4
4.9
4.5
(15
)
(n=19
4)
(n=19
1)
(n=19
9)
(n=20
1)
(n=21
6)
(n=22
3)
(n=18
6)
(n=19
5)
(n=18
5)
(n=19
9)
(n=98
0)
(n=1,
009)
10.8
11
.0
15.6
13
.9
15.3
9.
9 15
.1
13.9
14
.6
13.6
14
.3
12.4
78.4
60
.7
77.4
56
.2
73.1
62
.8
75.8
57
.4
73.5
58
.8
75.6
59
.3
/
/
0.
8 28
.3
7.0
29.9
11
.6
27.3
9.
1 28
.7
11.9
27
.6
10.1
28
.3
(15
)
(n=19
4)
(n=19
1)
(n=20
1)
(n=20
3)
(n=21
7)
(n=22
3)
(n=18
9)
(n=19
6)
(n=18
9)
(n=20
2)
(n=99
0)
(n=1,
015)
3.
6 7.
3 3.
5 7.
4 0.
5 6.
3 3.
2 11
.2
2.1
7.9
2.5
8.0
69
.1
72.3
59
.2
69.0
65
.4
67.7
60
.9
58.7
47
.1
53.5
60
.5
64.2
21.1
13
.6
30.8
16
.7
22.1
18
.8
21.7
14
.8
39.2
26
.7
26.9
18
.2
./
1.6
1.0
3.0
2.0
1.9
4.0
4.2
3.6
2.6
4.5
2.6
3.1
4.
6 5.
8 3.
5 4.
4 5.
5 2.
7 5.
8 9.
2 8.
5 6.
9 5.
6 5.
7
0.0
0.0
0.0
0.5
4.6
0.5
4.2
2.5
0.5
0.5
1.9
0.8
4 .. 2551-2552 33
4
.1
2,9
69
()
/
.
(15-
59
) (n
=98
) (n
=93
) (n
=98
) (n
=10
1)
(n=11
4)
(n=11
4)
(n=90
) (n
=95
) (n
=10
0)
(n=11
5)
(n=50
0)
(n=51
8)
74.5
78
.5
82.7
69
.3
83.3
63
.2
84.5
74
.7
84.0
53
.0
81.8
67
.0
7.1
4.3
8.2
8.9
1.8
19.3
2.
2 5.
3 5.
0 11
.3
4.8
10.2
9.2
1.1
2.0
0.0
2.6
8.8
0.0
0.0
1.0
0.0
3.0
2.1
0.
0 6.
4 2.
0 14
.9
0.0
3.5
1.1
11.6
1.
0 24
.4
0.8
12.4
9.
2 5.
4 4.
1 5.
9 11
.4
5.2
10.0
7.
4 7.
0 6.
1 8.
4 6.
0
0.
0 4.
3 1.
0 1.
0 0.
9 0.
0 2.
2 1.
0 2.
0 5.
2 1.
2 2.
3
(
/
)
(n=29
0)
(n=28
6)
(n=30
8)
(n=31
0)
(n=31
8)
(n=32
9)
(n=28
7)
(n=29
6)
(n=26
4)
(n=28
1)
(n=1,
467)
(n=
1,50
2)
9
99
7.2
7.3
1.9
3.9
6.6
7.6
4.5
6.8
2.6
1.8
4.6
5.5
1,00
0-4,
999
40.0
45
.5
18.8
27
.4
40.2
41
.0
23.0
34
.1
14.4
29
.2
27.7
35
.5
5,00
0-9,
999
22.8
17
.5
34.7
26
.1
25.5
19
.5
28.6
25
.7
23.9
22
.1
27.2
22
.2
10,0
00-2
4,99
9 16
.2
12.6
23
.4
19.0
13
.8
17.0
30
.3
18.2
30
.3
19.2
22
.5
17.2
25
,000
-49,
999
4.5
4.9
4.6
4.2
4.7
2.8
3.8
4.4
9.5
6.7
5.3
4.5
50,
000
2.
8 1.
0 3.
6 1.
0 1.
3 1.
5 1.
8 2.
7 3.
4 3.
2 2.
5 1.
9
6.5
11.2
13
.0
18.4
7.
9 10
.6
8.0
8.1
15.9
17
.8
10.2
13
.2
4 .. 2551-2552 34
24
(
4
.2)
(4
5
)
(
69.6
71.0
)
(
85.1
85
.2
)
4
.2
2,9
69
/
.
(n=29
0)
(n=28
6)
(n=30
8)
(n=31
0)
(n=31
8)
(n=32
9)
(n=28
7)
(n=29
6)
(n=26
4)
(n=28
1)
(n=1,
467)
(n=
1,50
2)
71
.0
74.1
74
.0
81.0
80
.5
83.0
77
.3
79.4
90
.5
89.0
78
.5
81.3
7.9
7.0
4.6
4.2
6.6
5.2
4.9
3.4
4.6
2.1
5.7
4.4
30.7
30
.4
29.6
31
.0
32.1
31
.9
26.8
29
.1
35.2
38
.8
30.8
32
.2
missing
13
.2
9.1
8.4
8.7
0.9
1.5
2.8
1.7
2.6
4.3
5.6
5.0
(n=29
0)
(n=28
6)
(n=30
8)
(n=31
0)
(n=31
8)
(n=32
9)
(n=28
7)
(n=29
6)
(n=26
4)
(n=28
1)
(n=1,
467)
(n=
1,50
2)
67
.6
71.0
72
.4
71.9
74
.2
74.2
76
.0
80.4
56
.1
56.2
69
.6
71.0
/
19
.0
18.9
18
.2
19.4
24
.8
24.0
21
.2
17.6
40
.9
38.8
24
.5
23.6
m
issing
13
.4
10.1
9.
4 8.
7 1.
0 1.
8 2.
8 2.
0 3.
0 5.
0 5.
9 5.
4
(n=29
0)
(n=28
6)
(n=30
8)
(n=31
0)
(n=31
8)
(n=32
9)
(n=28
7)
(n=29
6)
(n=26
4)
(n=28
1)
(n=1,
467)
(n=
1,50
2)
78
.3
78.7
72
.7
74.5
91
.8
92.1
89
.2
87.5
94
.3
93.3
85
.1
85.2
5.
2 5.
9 16
.2
15.2
6.
3 5.
2 5.
2 7.
8 2.
7 2.
1 7.
3 7.
3 m
issing
16
.5
15.4
11
.1
10.3
1.
9 2.
7 5.
6 4.
7 3.
0 4.
6 7.
6 7.
5
4 .. 2551-2552 35
4.2 24 .. 254611 1. 1-8 2. 9-18 3. 19-59 4. 60 4.2.1 1-8
1-8 448 15.0 53.3 46.7 .. 254611 1-8 3 1-3 ( 27.7), 4-5 ( 29.5), 6-8 ( 42.8) 4.3 80.0 1-3 ( 140.7-215.5 4-5 ( 192.2 ) 32-35 ( 4.1 1 ) 4.1
* 1 1-8 448
* (Normaldistribution)
49.6 51.9 49.7 50.7 51.8 51.0
15.7 16.2 15.4 15.4 14.2 14.9
32.0 34.9 33.8 34.0 34.034.7
0%10%20%30%40%50%60%70%80%90%
100%
=69 =55 =69 =63 =101 =91 1-3 4-5 6-8
4 .. 2551-2552 36
4-8
32.5-52.3 80.0 6-8 ( 77.8
)
1-3 1,500 (IOM 2004 Dietary Reference
Intakes)10 1,804.6
4-8 1,900 10
4-5 1-3, 4-5, 6-8
1,175, 1,525, 1,625 11
670.1-965.9 4.3
1-3 80.0 1-8 1 2
80.0 4-5
72.8 1-8
1-3 ( 27.3-65.8
) 4.3
1 300 1.83.5 6-13
( () + 5)11 4.3
99.6 1-8 ( 1 )
129.0-231.5 2.2-3.9
95.3 1-8 40.0-90.0 2.7 6.0 62.5
1-8 25.050.0 -1 72.1
1-8 16.7-251.1 0.1-1.3
83.7 39.1
1-8 87.9 96.2 1-8
1-8 8.2-21.5 15.0-
37.3 4.4 4.5
4 .. 2551-2552 37
4
.3
1
1-8
448
;
(
)
1-3
4-5
6-8
(n=69
)(n=55
)
(n=69
)(n=63
)
(n=10
1)
(n=91
)
(
.)
1025
.0;1
039.
1(36
2.1)
88
6.9;
947.
8(36
3.2)
11
83.5
;118
4.0(
396.
6)
1046
.9;1
123.
6(45
0.6)
12
37.1
;132
2.9(
469.
1)
1192
.7;1
249.
5(52
1.0)
%DRI
102.
5;10
3.9(
36.2
) 88
.7;9
4.8(
36.3
) 91
.0;9
1.1(
30.5
) 80
.5;8
5.8(
34.1
) 88
.4;9
4.5(
33.5
) 85
.2;8
9.3(
37.2
)
(.)
126.
6;12
9.3(
58.6
) 11
4.4;
123.
9(54
.5)
140.
7;14
9.2(
62.3
) 12
9.4;
142.
5(65
.2)
165.
9;16
8.9(
60.2
) 14
6.8;
156.
9(72
.0)
(.)
36.3
;39.
9(17
.3)
31.1
;33.
7(15
.2)
42.8
;45.
8(20
.5)
39.6
;43.
0(21
.3)
46.7
;51.
6(26
.5)
44.2
;49.
3(28
.1)
(
.) 38
.8;4
0.7(
17.5
) 35
.5;3
7.4(
14.5
) 42
.3;4
4.3(
15.9
) 42
.2;4
2.1(
17.4
) 42
.8;4
6.4(
19.9
) 39
.4;4
5.2(
20.5
)
%DRI
215.
5;22
5.9(
97.1
) 19
7.3;
207.
7(80
.5)
192.
2;20
1.5(
72.1
) 17
8.1;
189.
1(80
.1)
152.
8;16
5.6(
71.2
) 14
0.7;
161.
4(73
.3)
(.)
28.6
;31.
0(15
.4)
26.5
;27.
6(12
.7)
28.3
;31.
6(13
.8)
29.7
;30.
5(16
.2)
29.2
;32.
1(18
.1)
27.3
;32.
0(17
.3)
(.)
6.2;
7.4(
5.3)
5.
7;7.
9(6.
1)
9.0;
10.4
(5.9
) 8.
3;8.
8(4.
5)
10.9
;12.
2(6.
2)
9.8;
11.2
(5.5
)
(.
) 55
7.4;
608.
6(43
7.9)
57
8.6;
564.
6(36
9.2)
41
8.4;
463.
9(31
2.5)
37
6.8;
510.
4(48
9.0)
25
8.5;
351.
6(43
3.1)
28
3.8;
323.
3(23
5.4)
%DRI
11
1.5;
121.
7(87
.6)
115.
7;11
2.9(
73.8
) 52
.3;5
8.0(
39.1
) 47
.1;6
3.8(
61.2
) 32
.3;4
4.0(
54.1
) 35
.5;4
0.4(
29.4
)
(
.)
602.
9;65
4.3(
335.
7)
556.
2;58
7.5(
301.
5)
535.
8;59
4.6(
279.
6)
528.
5;60
8.2(
374.
9)
491.
7;55
5.5(
357.
4)
476.
1;54
4.8(
268.
5)
%DRI
13
1.1;
142.
2(73
.0)
120.
9;12
7.7(
65.5
) 10
7.2;
118.
9(55
.9)
105.
7;12
1.0(
75.5
) 98
.3;1
11.1
(71.
5)
95.2
;109
.0(5
3.7)
(.
) 7.
1;8.
2(4.
8)
7.5;
8.2(
4.3)
5.
5;6.
7(3.
8)
6.1;
7.5(
6.8)
6.
3;7.
8(6.
2)
6.6;
7.4(
4.0)
4 .. 2551-2552 38
4
.3
1
1-8
448
()
;
(
)
1-3
4-5
6-8
(n=69
)(n=55
)
(n=69
)(n=63
)
(n=10
1)
(n=91
)
%DRI
12
2.4;
142.
2(83
.0)
129.
1;14
1.2(
74.5
) 87
.3;1
06.5
(59.
6)
91.9
;117
.0(1
08.6
) 77
.8;9
6.8(
76.3
) 81
.3;9
1.5(
49.2
)
(
.)
4.4;
5.9(
4.7)
5.
4;5.
7(3.
9)
2.9;
3.4(
2.2)
3.
0;4.
7(6.
5)
3.1:
3.9(
4.5)
2.
9;3.
8(3.
0)
(
.)
1.7;
1.9(
1.3)
1.
7;2.
1(1.
8)
2.1;
2.8(
2.2)
2.
0;2.
4(1.
5)
2.7;
3.4(
2.9)
2.
6;3.
3(2.
1)
(
.)
1804
.6;2
154.
4(16
04.1
) 14
68.7
;206
5.1(
1734
.2)
2262
.6;2
569.
8(16
43.0
) 18
19.5
;213
1.1(
1401
.2)
2682
.5;3
017.
7(18
73.7
) 25
23.5
;290
4.5(
2087
.8)
(
.)
964.
9;10
06.6
(646
.3)
884.
5;98
2.6(
561.
9)
761.
4;81
2.1(
399.
0)
670.
1;80
1.1(
584.
3)
722.
4;82
9.4(
531.
8)
770.
7;81
8.0(
432.
7)
(
..)
434.
6;66
1.1(
852.
3)
328.
5;72
6.6(
1340
.8)
263.
8;61
1.5(
1693
.0)
318.
3;68
8.1(
1307
.9)
221.
7;27
7.6(
321.
0)
256.
5;39
3.3(
622.
7)
%DRI
10
8.6;
165.
3(21
3.1)
82
.1;1
81.6
(335
.2)
58.6
;135
.9(3
76.2
) 70
.3;1
52.5
(290
.7)
44.3
;55.
5(64
.2)
51.3
;78.
7(12
4.5)
(
.)
401.
8;62
9.4(
850.
0)
294.
0;69
9.7(
1344
.3)
254.
0;52
4.5(
1618
.7)
304.
5;66
5.9(
1304
.6)
193.
9;24
5.1(
315.
3)
209.
0;35
4.5(
617.
1)
(
.) 10
5.6;
258.
5(51
7.4)
84
.2;2
63.8
(420
.7)
109.
8;27
7.3(
463.
6)
46.
2;22
4.7(
468.
0)
145
.5;3
50.1
(651
.5)
150
.8;4
01.1
(723
.1)
1
(.
) 0.
7;0.
9(0.
8)
0.7;
0.9(
0.6)
0.
7;1.
6(3.
2)
0.8;
1.5(
2.3)
0.
8;1.
1(1.
1)
0.8;
1.2(
1.5)
%DRI
1 14
6.7;
182.
6(15
6.9)
14
6.1;
171.
7(12
7.4)
11
4.3;
268.
4(52
7.9)
12
8.9;
244.
0(38
8.7)
14
1.3;
182.
7(18
3.8)
12
6.8;
199.
1(24
2.0)
2
(.
) 1.
3;1.
3(0.
7)
1.2;
1.2(
0.6)
1.
2;1.
5(1.
1)
1.1;
1.4(
1.0)
0.
8;1.
0(0.
7)
0.9;
1.0(
0.8)
%DRI
2 25
9.8;
267.
8(13
3.6)
24
4.7;
238.
9(12
3.1)
20
7.7;
243.
6(18
6.2)
18
5.7;
228.
5(17
5.4)
13
4.7;
168.
1(12
3.1)
14
5.5;
168.
9(12
6.2)
4 .. 2551-2552 39
4
.3
1
1-8
448
()
;
(
)
1-3
4-5
6-8
(n=69
)(n=55
)
(n=69
)(n=63
)
(n=10
1)
(n=91
)
(
.)
5.7;
7.1(
4.7)
6.
8;7.
5(3.
3)
6.6;
7.0(
3.9)
6.
0;6.
8(4.
1)
8.4;
8.8(
4.1)
7.
7;8.
4(4.
4)
%DRI
94.6
;118
.4(7
9.1)
11
3.2;
125.
3(54
.7)
82.4
;87.
8(48
.6)
72.8
;84.
1(50
.7)
105.
3;10
9.4(
50.8
) 96
.1;1
04.7
(55.
2)
(.
) 26
.3;4
0.5(
54.2
) 32
.4;6
3.9(
110.
8)
10.9
;23.
2(45
.4)
11.7
;18.
1(20
.8)
11.3
;27.
4(59
.6)
13.6
;30.
5(57
.7)
%DRI
65.8
;101
.1(1
35.5
) 81
.0;1
59.8
(277
.1)
27.3
;58.
1(11
3.5)
28
.9;4
5.0(
52.0
) 28
.2;6
8.6(
149.
0)
34.1
;76.
2(14
4.3)
(
.)
213.
7;24
0.1(
182.
3)
166.
9;19
6.2(
145.
7)
255.
5;27
7.2(
181.
6)
256.
3;25
1.0(
174.
6)
245.
9;27
8.5(
229.
4)
250.
5;29
6.0(
311.
7)
()
2.0;
2.5(
2.0)
2.
2;3.
0(3.
0)
2.8;
3.8(
3.8)
1.
8;3.
0(2.
8)
3.7;
4.4(
3.1)
3.
5;4.
5(4.
4)
4 .. 2551-2552 40
4
.4
(
) 1
1-
8
448
;
(
)
1-3
4-5
6-8
(n=69
)(n=55
)
(n=69
)(n=63
)
(n=10
1)
(n=91
)
132.
0;15
9.0(
112.
9)
129.
0;16
0.6(
121.
6)
201.
0;21
8.6(
104.
3)
164.
0;19
0.9(
90.7
) 23
1.5;
258.
8(12
6.3)
20
7.0;
244.
6(12
4.4)
-
131.
9;15
8.0(
113.
3)
129.
0;15
9.6(
121.
7)
200.
0;21
6.9(
104.
1)
164.
0;19
0.3(
91.3
) 23
1.5;
257.
1(12
6.9)
19
8.0;
243.
2(12
5.0)
-
0.
0;1.
0(7.
8)
0.0;
1.0(
4.1)
0.
0;1.
7(9.
8)
0.0;
0.6(
3.6)
0.
0;1.
8(9.
8)
0.0;
1.4(
5.3)
40.0
;56.
6(61
.0)
46.0
;52.
5(41
.5)
71.0
;81.
7(69
.2)
55.0
;68.
1(47
.1)
90.0
;103
.2(6
9.4)
89
.0;1
02.7
(69.
3)
-
26.0
;43.
5(58
.1)
31.3
;36.
9(35
.9)
52.0
;59.
5(47
.5)
42.0
;53.
5(41
.6)
60.0
;74.
0(63
.4)
63.8
;72.
4(58
.7)
-
0.0;
13.2
(24.
7)
0.0;
15.1
(25.
2)
0.0;
21.7
(56.
6)
0.0;
14.7
(22.
3)
15.0
;28.
2(37
.7)
15.0
;30.
0(42
.2)
-
0.0;
0.0(
0.0)
0.
0;0.
5(4.
0)
0.0;
0.5(
3.7)
0.
0;0.
0(0.
0)
0.0;
1.0(
6.0)
0.
0;0.
3(3.
1)
30.0
;37.
6(42
.1)
25.0
;30.
3(32
.4)
50.0
;41.
5(43
.2)
33.3
;36.
6(38
.0)
33.0
;41.
9(47
.0)
33.2
;44.
6(71
.6)
0.0;
46.3
(112
.1)
0.0;
79.4
(166
.0)
0.0;
46.6
(107
.5)
0.0;
61.0
(122
.6)
0.0;
43.9
(125
.0)
0.0;
21.7
(64.
3)
199.
1;26
7.1(
278.
2)
110.
0;19
5.5(
208.
2)
251.
1;32
6.3(
287.
0)
235.
0;31
3.9(
343.
8)
16.7
;155
.4(2
44.5
) 12
5.0;
159.
8(19
6.6)
20
.5;3
0.0(
39.1
) 7.
0;32
.8(4
9.7)
33
.0;3
7.4(
33.2
) 16
.0;2
8.4(
40.0
) 31
.5;4
6.0(
51.6
) 37
.0;5
0.3(
48.4
)
0.0;
36.6
(65.
4)
0.0;
74.4
(117
.8)
0.0;
39.8
(88.
5)
0.0;
46.5
(80.
8)
0.0;
67.6
(120
.1)
0.0;
73.5
(166
.3)
8.2;
13.8
(18.
7)
8.2;
13.1
(16.
6)
14.0
;20.
5(22
.2)
10.3
;15.
1(13
.4)
21.5
;27.
4(20
.5)
21.2
;26.
5(21
.0)
23.6
;42.
3(55
.7)
15.0
;26.
9(37
.1)
29.2
;55.
2(76
.8)
22.2
;48.
1(68
.5)
32.0
;58.
5(83
.6)
37.3
;56.
7(61
.7)
-
2.0;
6.9(
11.2
) 2.
0;5.
1(8.
9)
4.0;
11.9
(19.
6)
4.0;
8.4(
13.8
) 6.
2;11
.8(1
7.2)
7.
8;20
.3(3
2.9)
-
10.2
;12.
9(11
.5)
8.1;
11.5
(11.
6)
13.4
;17.
9(16
.6)
9.0;
11.4
(9.0
) 16
.0;1
9.5(
19.1
) 16
.0;1
8.9(
18.1
) -
0.
0;22
.5(4
9.1)
0.
0;10
.3(3
4.1)
0.
0;25
.4(7
7.0)
0.
0;28
.2(6
8.7)
1.
5;27
.1(7
8.3)
1.
0;17
.5(5
0.4)
4 .. 2551-2552 41
4
.5
(
)
1
1-
8
448
;
(
)
1-3
4-5
6-8
(n=69
)(n=55
)
(n=69
)(n=63
)
(n=10
1)
(n=91
)
(
) 2.
2;2.
7(1.
9)
2.2;
2.7(
2.0)
3.
4;3.
6(1.
7)
2.7;
3.2(
1.5)
3.
9;4.
3(2.
1)
3.5;
4.1(
2.1)
-
2.2;
2.6(
1.9)
2.
2;2.
7(2.
0)
3.3;
3.6(
1.7)
2.
7;3.
2(1.
5)
3.9;
4.3(
2.1)
3.
3;4.
1(2.
1)
-
0.
0;0.
0(0.
1)
0.0;
0.0(
0.1)
0.
0;0.
0(0.
2)
0.0;
0.0(
0.1)
0.
0;0.
0(0.
2)
0.0;
0.0(
0.1)
(
)
2.
7;3.
8(4.
1)
3.1;
3.5(
2.8)
4.
7;5.
4(4.
6)
3.7;
4.5(
3.1)
6.
0;6.
9(4.
6)
5.9;
6.8(
4.6)
-
1.7;
2.9(
3.9)
2.
1;2.
5(2.
4)
3.5;
4.0(
3.2)
2
.8;3
.6(2
.8)
4.0
;4.9
(4.2
) 4
.3;4
.8(3
.9)
-
0.0;
0.9(
1.6)
0.
0;1.
0(1.
7)
0.0;
1.4(
3.8)
0.
0;1.
0(1.
5)
1.0;
1.9(
2.5)
1.
0;2.
0(2.
8)
-
0.0;
0.0(
0.0)
0.
0;0.
0(0.
3)
0.0;
0.0(
0.2)
0.
0;0.
0(0.
0)
0.0;
0.1(
0.4)
0.
0;0.
0(0.
2)
(
)
0.6;
0.8(
0.8)
0.
5;0.
6(0.
6)
1.0;
0.8(
0.8)
0.
7;0.
7(0.
8)
0.7;
0.8(
0.9)
0.
7;0.
9(1.
4)
(
)
0.
0;4.
6(11
.2)
0.0;
7.9(
16.6
) 0.
0;4.
7(10
.8)
0.0;
6.1(
12.3
) 0.
0;4.
4(12
.5)
0.0;
2.2(
6.4)
(
2
00
)
1.0;
1.3(
1.4)
0.
6;1.
0(1.
0)
1.3;
1.6(
1.4)
1.
2;1.
6(1.
7)
0.1;
0.8(
1.1)
0.
6;0.
8(1.
0)
(
) 0.
5;0.
7(1.
0)
0.2;
0.8(
1.2)
0.
8;0.
9(0.
8)
0.4;
0.7(
1.0)
0.
8;1.
1(1.
3)
0.9;
1.3(
1.2)
(
)
0.0;
0.5(
0.8)
0.
0;0.
9(1.
5)
0.0;
0.5(
1.1)
0.
0;0.
6(1.
0)
0.0;
0.8(
1.5)
0.
0;0.
9(2.
1)
4 .. 2551-2552 42
4.2.2 9-18
9-18 602 20.3
47.8 52.2
.. 254611 3 9-12 ( 59.0), 13-15 ( 28.2), 16-18
( 12.8)
9-18 60.3-78.4
41.9-64.8 ( 79.1-119.7
)
4.6
31.033.9 30.9-32.5 ( 4.2 2
)
4.2 * 1 9-18 602
* (Normal distribution)
0%10%20%30%40%50%60%70%80%90%
100%
=159 =196 =86 =84 =43 =34 9-12 13-15 16-88
51.2 52.5 51.1 53.8 54.3 52.4
14.9 15.1 15.0 15.3 14.6 15.6
32.5 33.9 30.9 31.0 32.033.9
4 .. 2551-2552 43
9-18 1 4 18.126.5
43.7-65.8 23.4-58.4
9-18 2,300 (IOM 2004 Dietary Reference Intakes)10 2,615.13,386.9 2,720.02,890.6
9-12, 13-15, 16-18
1,975, 2,450, 2,700 1,875,
2,100, 2,150 11 828.31,246.9
776.5831.7 ( 4.6)
9-18 1 2 33.541.8
23.235.0 1 2
9-12 16-18 70.0
1 2 13-18
16-18 70.0 ( 61.6-65.2
1 2 64.8-67.6)
58.2-79.2 24.7-50.8
1 300 4.38.0
14-23 ( () + 5) 11 ( 4.6)
9-18 99.7 ( 1
) 231.5-353.0 3.9-5.9
98.7 102.5-139.0
6.8-9.3 9-18 ( 52.0 9-18 47.2
44.0 )
1
( 44.0 88.9 1.1 2.2 ) 93.4 98.3 9-18
20.2-30.0
37.2-74.9 4.7 4.8
4 .. 2551-2552 44
4
.6
1
9-
18
6
02
;
(
)
9-12
13-1
5
16-1
8
(n=15
9)
(n=19
6)
(n=86
)(n=84
)
(n=43
)(n=34
)
(
.)
1301
.9;1
373.
4(50
0.3)
12
49.0
;132
3.2(
526.
9)
1368
.2;1
487.
2(63
2.9)
12
02.8
;123
1.0(
474.
3)
1804
.0;1
799.
4(69
6.8)
11
16.3
;126
3.0(
536.
6)
%DRI
76.6
;80.
8(29
.4)
78.1
;82.
7(32
.9)
65.2
;70.
8(30
.1)
66.8
;68.
4(26
.3)
78.4
;78.
2(30
.3)
60.3
;68.
3(29
.0)
(.)
163.
2;17
7.1(
79.5
) 16
2.7;
173.
6(79
.0)
184.
2;18
7.1(
81.7
) 15
9.9;
165.
6(69
.9)
198.
9;24
4.0(
122.
5)
149.
5;16
7.9(
89.3
)
(.)
46.7
;52.
0(26
.3)
44.7
;48.
5(26
.2)
52.2
;57.
8(34
.9)
41.5
;43.
5(22
.4)
57.3
;61.
5(29
.8)
37.8
;44.
7(26
.5)
(
.) 47
.9;5
0.2(
19.8
) 46
.0;4
8.8(
20.4
) 48
.7;5
5.8(
28.5
) 43
.8;4
5.1(
17.4
) 64
.8;6
4.4(
27.1
) 41
.9;4
8.2(
23.3
)
%DRI
119.
7;12
5.6(
49.5
) 11
2.2;
119.
0(49
.8)
83.9
;96.
2(49
.2)
79.6
;81.
9(31
.7)
102.
8;10
2.3(
43.0
) 79
.1;9
1.0(
44.0
)
(.)
32.8
;34.
8(17
.3)
31.9
;34.
7(16
.9)
32.5
;38.
3(21
.0)
28.5
;30.
4(15
.0)
41.4
;42.
4(21
.9)
31.0
;32.
8(16
.1)
(.)
11.7
;13.
4(7.
6)
11.4
;12.
8(7.
1)
12.3
;15.
3(13
.8)
11.6
;13.
1(6.
9)
17.8
;19.
4(12
.2)
10.3
;13.
4(9.
8)
(.
) 24
6.1;
288.
8(23
0.3)
26
5.4;
319.
5(25
9.0)
22
0.4;
309.
9(27
0.3)
18
0.9;
256.
3(19
1.5)
24
7.7;
342.
8(26
5.5)
23
3.0;
263.
8(19
7.4)
%DRI
24
.6;2
8.9(
23.0
) 26
.5;3
1.9(
25.9
) 22
.0;3
1.0(
27.0
) 18
.1;2
5.6(
19.2
) 24
.8;3
4.3(
26.5
) 23
.3;2
6.4(
19.7
)
(
.)
509.
9;56
2.0(
246.
4)
540.
6;57
7.8(
275.
6)
552.
7;64
0.3(
346.
0)
444.
6;49
0.2(
245.
1)
658.
0;69
8.4(
308.
3)
437.
4;49
6.1(
263.
4)
%DRI
51
.0;5
6.2(
24.6
) 54
.1;5
7.8(
27.6
) 55
.3;6
4.0(
34.6
) 44
.5;4
9.0(
24.5
) 65
.8;6
9.8(
30.8
) 43
.7;4
9.6(
26.3
)
(.
) 6.
9;7.
8(4.
3)
7.2;
8.0(
4.6)
7.
5;8.
8(5.
3)
6.6;
7.2(
3.5)
9.
5;9.
9(4.
5)
6.4;
8.1(
4.8)
4 .. 2551-2552 45
4
.6
1
9-
18
6
02
()
;
(
)
9-12
13-1
5
16-1
8
(n=15
9)
(n=19
6)
(n=86
)(n=84
)
(n=43
)(n=34
)
%DRI
58
.4;6
6.5(
36.2
) 37
.5;4
1.9(
24.1
) 53
.6;6
2.5(
37.9
) 23
.4;2
5.4(
12.5
) 57
.0;5
9.8(
27.1
) 24
.3;3
0.6(
18.4
)
(.
) 3.
1;3.
9(2.
9)
3.1;
4.1(
3.2)
3.
4;4.
6(3.
6)
3.2;
3.5(
2.4)
4.
1;4.
8(3.
1)
2.9;
4.3(
3.5)
(.
) 2.
9;3.
5(2.
2)
3.2;
3.5(
2.1)
3.
3;3.
8(2.
7)
3.0;
3.3(
2.1)
3.
8;4.
3(2.
5)
2.6;
3.4(
2.4)
(.
) 26
15.1
;319
4.3(
2806
.3)
2720
.0;3
242.
5(22
52.1
) 27
76.5
;314
7.7(
2070
.4)
2746
.3;2
824.
5(17
01.8
) 33
86.9
;460
2.7(
3581
.2)
2890
.6;3
536.
9(20
98.2
)
(.
) 82
8.3;
951.
1(51
3.1)
83
1.7;
977.
8(54
5.5)
93
4.5;
1013
.2(5
75.1
) 77
6.5;
829.
3(45
0.0)
12
46.9
;133
1.7(
928.
2)
821.
1;90
0.2(
536.
9)
(
..)
200.
9;32
1.6(
749.
4)
210.
1;39
9.7(
1000
.7)
221.
8;50
7.4(
1252
.9)
196.
7;55
4.4(
1476
.3)
292.
8;61
8.3(
1000
.3)
139.
3;49
9.1(
1524
.6)
%DRI
33
.5;5
3.6(
124.
9)
35.0
;66.
6(16
6.8)
37
.0;8
4.6(
208.
8)
32.8
;92.
4(24
6.0)
41
.8;8
8.3(
142.
9)
23.2
;83.
2(25
4.1)
(
.) 16
8.0;
278.
9(75
0.2)
16
7.2;
349.
0(10
03.3
) 18
4.0;
436.
7(12
49.6
) 13
1.0;
506.
1(14
77.2
) 20
2.6;
484.
8(97
5.7)
10
3.5;
465.
7(15
25.1
)
(
.)
194.
7;48
5.9(
1067
.7)
252.
0;48
1.9(
743.
8)
265.
9;58
3.5(
797.
4)
302.
7;45
0.8(
490.
6)
471.
2;95
6.9(
1749
.6)
371.
9;39
8.8(
319.
3)
1
(.
) 0.
9;1.
3(1.
5)
0.8;
1.1(
1.0)
0.
7;1.
2(1.
2)
0.6;
1.0(
1.2)
0.
9;1.
3(1.
2)
0.7;
0.9(
0.7)
%
DRI
1 97
.5;1
48.4
(165
.7)
92.1
;122
.1(1
09.2
) 61
.6;1
02.8
(97.
8)
62.1
;101
.0(1
18.4
) 71
.1;1
09.2
(97.
8)
65.2
;92.
0(73
.1)
2
(.
) 0.
8;1.
0(0.
7)
0.8;
0.9(
0.6)
0.
9;1.
1(0.
7)
0.6;
0.8(
0.5)
1.
1;1.
1(0.
6)
0.7;
0.7(
0.4)
%
DRI
2 88
.2;1
06.9
(74.
9)
93.7
;103
.9(6
1.3)
66
.7;8
1.3(
53.6
) 64
.8;8
0.9(
54.5
) 86
.7;8
7.0(
48.8
) 67
.6;7
1.8(
43.6
)
4 .. 2551-2552 46
4
.6
1
9-
18
6
02
()
;
(
)
9-12
13-1
5
16-1
8
(n=15
9)
(n=19
6)
(n=86
)(n=84
)
(n=43
)(n=34
)
(
.)
9.5;
10.2
(4.5
) 9.
0;10
.2(5
.5)
10.3
;11.
5(8.
0)
8.2;
8.5(
4.3)
12
.4;1
4.4(
7.6)
8.
1;9.
7(6.
3)
%DRI
79.2
;85.
3(37
.4)
74.8
;84.
8(45
.5)
64.1
;71.
7(50
.0)
58.5
;60.
5(30
.7)
77.3
;89.
8(47
.3)
58.2
;69.
2(45
.4)
(.
) 16
.1;4
1.4(
74.2
) 22
.9;6
3.7(
167.
0)
18.5
;40.
8(81
.7)
20.4
;35.
2(51
.0)
40.7
;78.
5(11
0.8)
28
.6;4
2.4(
59.2
)
%DRI
35.7
;92.
0(16
4.9)
50
.8;1
41.7
(371
.2)
24.7
;54.
4(10
8.9)
31
.4;5
4.1(
78.5
) 45
.2;8
7.2(
123.
1)
38.2
;56.
5(79
.0)
(.
) 24
5.7;
268.
5(19
6.1)
21
2.9;
259.
6(19
7.2)
27
8.2;
339.
1(27
3.6)
22
5.8;
229.
0(16
8.9)
25
1.2;
342.
6(25
3.6)
18
6.9;
191.
1(12
2.6)
()
4.4;
5.8(
4.6)
4.
5;6.
2(6.
3)
4.5;
5.5(
3.9)
4.
3;5.
3(4.
0)
8.0;
9.3(
6.7)
4.
9;5.
9(4.
0)
4 .. 2551-2552 47
4
.7
(
) 1
9-
18
6
02
;
(
)
9-12
13-1
5
16-1
8
(n=15
9)
(n=19
6)
(n=86
)(n=84
)
(n=43
)(n=34
)
258.
0;27
4.3(
114.
0)
231.
5;26
3.5(
125.
7)
288.
8;30
7.7(
144.
7)
245.
9;25
6.8(
109.
5)
353.
0;40
1.1(
228.
7)
258.
0;27
2.4(
113.
8)
231.
5;26
0.4(
125.
6)
288.
8;30
4.9(
144.
0)
241.
3;25
4.3(
108.
6)
353.
0;39
7.3(
232.
1)
0.0;
1.9(
15.3
) 0.
0;3.
1(15
.5)
0.0;
2.8(
13.5
) 0.
0;2.
5(13
.5)
0.0;
3.8(
21.4
) 0.
0;4.
1(15
.2)
113.
0;12
9.6(
77.9
) 10
7.0;
119.
5(78
.8)
120.
0;14
2.1(
99.5
) 10
2.5;
119.
1(66
.9)
139.
0;15
6.2(
105.
2)
128.
5;12
9.3(
70.0
) -
80.0
;95.
8(74
.4)
64.5
;79.
9(68
.8)
76.5
;102
.9(9
4.6)
82
.5;8
3.9(
60.7
) 85
.0;1
08.3
(86.
4)
101.
0;10
1.1(
67.3
) -
0.0;
33.6
(48.
8)
23.0
;39.
3(56
.6)
15.5
;38.
0(55
.3)
20.0
;35.
2(47
.4)
15.6
;47.
8(63
.8)
0.0;
28.2
(48.
4)
-
0.0;
0.2(
2.4)
0.
0;0.
3(3.
2)
0.0;
1.2(
8.0)
0.
0;0.
0(0.
0)
0.0;
0.0(
0.0)
0.
0;0.
0(0.
0)
3.7;
35.3
(45.
6)
16.3
;32.
9(42
.6)
33.8
;48.
1(58
.5)
6.0;
29.3
(37.
4)
25.0
;41.
1(49
.9)
0.0;
17.5
(24.
3)
0.0;
32.0
(88.
0)
0.0;
22.2
(61.
2)
0.0;
19.0
(64.
1)
0.0;
16.6
(47.
6)
0.0;
80.8
(149
.8)
0.0;
36.6
(89.
8)
0.0;
111.
1(17
9.8)
24
.0;1
21.7
(151
.4)
0.0;
104.
3(17
5.4)
0.
0;87
.7(1
39.6
) 0.
0;67
.6(1
22.7
) 0.
0;63
.7(1
10.1
)
44
.0;7
8.7(
102.
4)
57.2
;80.
2(79
.0)
55.9
;77.
5(84
.6)
67.3
;76.
6(73
.1)
88.9
;130
.3(1
18.2
) 69
.7;9
5.4(
90.8
)
0.0;
84.9
(140
.7)
0.0;
108.
6(20
5.9)
0.
0;67
.9(1
49.3
) 0.
0;83
.5(1
35.7
) 0.
0;14
8.3(
319.
4)
0.0;
70.2
(111
.4)
25.0
;31.
5(24
.1)
24.9
;29.
6(24
.6)
25.3
;33.
7(31
.9)
20.2
;25.
7(22
.1)
30.0
;42.
7(42
.9)
23.0
;26.
2(23
.1)
37.2
;65.
2(80
.5)
45.7
;62.
7(58
.3)
42.8
;69.
7(10
1.1)
43
.8;7
7.6(
86.7
) 74
.9;9
9.3(
112.
3)
59.1
;78.
5(70
.6)
-
7.8;
19.5
(36.
6)
10.0
;19.
5(27
.6)
10.3
;17.
5(22
.1)
8.7;
19.2
(26.
4)
20.0
;25.
6(30
.7)
9.8;
18.3
(21.
3)
-
14.0
;21.
3(24
.8)
17.0
;22.
9(21
.6)
16.0
;19.
2(16
.4)
15.3
;22.
8(25
.6)
22.4
;33.
3(29
.1)
23.1
;28.
8(28
.5)
-
3.
0;24
.5(6
4.7)
4.
0;20
.3(4
2.5)
3.
3;32
.9(9
2.5)
0.
6;35
.6(7
8.0)
11
.0;4
0.4(
102.
2)
5.5;
31.4
(55.
3)
-
-
4 .. 2551-2552 48
4
.8
(
)
1
9-
18
6
02
;
(
)
9-12
13-1
5
16-1
8
(n=15
9)
(n=19
6)
(n=86
)(n=84
)
(n=43
)(n=34
)
(
) 4.
3;4.
6(1.
9)
3.9;
4.4(
2.1)
4.
8;5.
1(2.
4)
4.1;
4.3(
1.8)
5.
9;6.
7(3.
8)
3.9;
4.2(
2.8)
-
4.3;
4.5(
1.9)
3.
9;4.
3(2.
1)
4.8;
5.1(
2.4)
4.
0;4.
2(1.
8)
5.9;
6.6(
3.9)
3.
9;4.
1(2.
8)
-
0.
0;0.
0(0.
3)
0.0;
0.1(
0.3)
0.
0;0.
0(0.
2)
0.0;
0.0(
0.2)
0.
0;0.
1(0.
4)
0.0;
0.1(
0.3)
(
)
7.
5;8.
6(5.
2)
7.1;
8.0(
5.3)
8.
0;9.
5(6.
6)
6.8;
7.9(
4.5)
9.
3;10
.4(7
.0)
8.6;
8.6(
4.7)
-
5.3;
6.4(
5.0)
4.
3;5.
3(4.
6)
5.1;
6.9(
6.3)
5.
5;5.
6(4.
0)
5.7;
7.2(
5.8)
6.
7;6.
7(4.
5)
-
0.0;
2.2(
3.3)
1.
5;2.
6(3.
8)
1.0;
2.5(
3.7)
1.
3;2.
3(3.
2)
1.0;
3.2(
4.3)
0.
0;1.
9(3.
2)
-
0.0;
0.0(
0.2)
0.
0;0.
0(0.
2)
0.0;
0.1(
0.5)
0.
0;0.
0(0.
0)
0.0;
0.0(
0.0)
0.
0;0.
0(0.
0)
(
)
0.1;
0.7(
0.9)
0.
3;0.
7(0.
9)
0.7;
1.0(
1.2)
0.
1;0.
6(0.
7)
0.5;
0.8(
1.0)
0.
0;0.
3(0.
5)
(
)
0.
0;3.
2(8.
8)
0.0;
2.2(
6.1)
0.
0;1.
9(6.
4)
0.0;
1.7(
4.8)
0.
0;8.
1(15
.0)
0.0;
3.7(
9.0)
(
2
00
)
0.0;
0.6(
0.9)
0.
1;0.
6(0.
8)
0.0;
0.5(
0.9)
0.
0;0.
4(0.
7)
0.0;
0.3(
0.6)
0.
0;0.
3(0.
6)
(
) 1.
1;2.
0(2.
6)
1.4;
2.0(
2.0)
1.
4;1.
9(2.
1)
1.7;
1.9(
1.8)
2.
2;3.
3(3.
0)
1.7;
2.4(
2.3)
(
)
0.0;
1.1(
1.8)
0.
0;1.
4(2.
6)
0.0;
0.8(
1.9)
0.
0;1.
0(1.
7)
0.0;
1.9(
4.0)
0.
0;0.
9(1.
4)
4 .. 2551-2552 49
4.2.3 19-59
19-59 935 31.5
48.3 51.7
.. 254611 3 19-30 ( 13.6), 31-50 ( 60.0), 51-59 ( 26.4)
19-59 51-59
80.0 ( 81.1-105.3
)
4.9 19-59
52.3-57.1 15.0-16.8 27.0-30.8 ( 4.3 3 )
4.3 * 1 19-59 935
* (Normal distribution)
0%10%20%30%40%50%60%70%80%90%
100%
=72 =55 =248 =313 =132 =115 19-30 31-50 51-59
52.3 53.957.1 57.1
56.9 56.7
16.8 16.8 16.0 15.7 15.7 15.0
29.327.0 27.2 27.5 28.3
30.8
4 .. 2551-2552 50
1 3
51-59 3 4
19-50 1 3 (
31.5 37.2 19-30 31-50 ) 2961.9 3633.8
915.9-1185.4
19-30 31-59 2,525, 2,450
19-59 2,050 11
1 5 1 3
1 2 51.1-72.5
56.1-69.1
31-50 70.0
5.6-7.6 4.9
19-59 99.7 ( 1 ) 318.5-373.6 5.3-6.2 254.0-258.0 4.2-4.3 98.2 19-50
51-59 24 19-59
( 41.7
19-59 26.0 24.1
)
12 3
88.8 99.5
19-59 19-59
23.0-28.0 58.0-
67.1 4.10 4.11
4 .. 2551-2552 51
4
.9
1
19
-59
935
;
(
)
19-3
0
31-5
0
51-5
9
(n=72
)(n=55
)
(n=24
8)
(n=31
3)
(n=13
2)
(n=11
5)
(
.)
1498
.9;1
565.
4(63
2.2)
11
62.6
;124
1.9(
536.
7)
1573
.1;1
642.
8(62
5.1)
12
38.1
;130
7.1(
487.
9)
1491
.4;1
591.
1(74
9.4)
12
01.5
;130
1.6(
653.
8)
%DRI
69.7
;72.
8(29
.4)
66.4
;71.
0(30
.7)
74.9
;78.
2(29
.8)
70.7
;74.
7(27
.9)
71.0
;75.
8(35
.7)
68.7
;74.
4(37
.4)
(.)
180.
5;19
8.7(
94.9
) 14
2.2;
165.
7(75
.9)
206.
9;22
9.3(
110.
0)
171.
6;18
8.1(
88.7
) 19
3.0;
226.
4(14
4.1)
16
8.1;
178.
9(77
.8)
(.)
43.6
;52.
3(32
.0)
37.1
;41.
7(26
.5)
42.8
;48.
6(30
.7)
35.7
;39.
0(20
.3)
41.8
;47.
5(29
.7)
38.5
;42.
2(35
.1)
(
.) 60
.0;6
1.5(
25.5
) 42
.2;5
0.6(
27.8
) 59
.0;6
3.8(
31.2
) 46
.4;5
0.6(
24.9
) 52
.2;6
1.8(
37.8
) 42
.3;4
9.8(
40.4
)
%DRI
105.
3;10
7.9(
44.8
) 81
.1;9
7.3(
53.4
) 10
3.5;
111.
9(54
.8)
89.3
;97.
3(47
.9)
91.6
;108
.3(6
6.4)
81
.3;9
5.8(
77.7
)
(.)
39.4
;43.
2(22
.3)
28.0
;34.
7(23
.9)
35.7
;42.
5(27
.8)
28.9
;33.
4(22
.3)
30.3
;39.
7(28
.5)
22.1
;31.
4(36
.6)
(.)
15.0
;16.
8(10
.5)
13.0
;14.
4(6.
8)
17.6
;20.
7(11
.5)
14.4
;16.
2(8.
5)
16.9
;21.
2(23
.5)
15.0
;17.
1(10
.3)
(.
) 25
2.4;
282.
1(20
2.3)
21
1.6;
288.
6(22
4.5)
24
1.2;
308.
8(29
1.7)
26
4.0;
346.
7(33
9.7)
25
1.6;
311.
8(35
5.4)
24
7.8;
340.
4(26
1.8)
%DRI
31
.5;3
5.3(
25.3
) 26
.5;3
6.1(
28.1
) 30
.2;3
8.6(
36.5
) 33
.0;4
3.3(
42.5
) 25
.2;3
1.2(
35.5
) 24
.8;3
4.0(
26.2
)
(
.)
609.
8;64
7.2(
255.
7)
547.
5;61
6.7(
342.
2)
573.
8;65
6.5(
333.
0)
527.
7;58
8.6(
308.
6)
560.
6;70
2.9(
637.
9)
469.
5;57
2.3(
496.
2)
%DRI
87
.1;9
2.5(
36.5
) 78
.2;8
8.1(
48.9
) 82
.0;9
3.8(
47.6
) 75
.4;8
4.1(
44.1
) 80
.1;1
00.4
(91.
1)
67.1
;81.
8(70
.9)
(.
) 8.
6;10
.6(6
.8)
7.8;
9.9(
6.0)
9.
0;10
.4(5
.8)
9.2;
10.1
(5.5
) 8.
8;10
.8(1
2.8)
7.
9;10
.0(6
.8)
4 .. 2551-2552 52
4
.9
1
19
-59
935
()
;
(
)
19-3
0
31-5
0
51-5
9
(n=72
)(n=55
)
(n=24
8)
(n=31
3)
(n=13
2)
(n=11
5)
%DRI
83
.1;1
02.4
(65.
8)
31.5
;40.
0(24
.3)
86.1
;99.
9(55
.4)
37.2
;40.
8(22
.1)
84.9
;103
.6(1
23.2
) 84
.1;1
05.9
(71.
8)
(
.)
4.6;
5.6(
5.4)
3.
6;5.
0(4.
7)
4.0;
5.3(
4.4)
3.
7;4.
9(4.
3)
4.0;
4.7(
3.9)
3.
0;4.
2(4.
2)
(
.)
3.9;
4.6(
4.0)
4.
0;4.
5(2.
4)
4.1;
4.8(
3.2)
4.
3;4.
8(2.
9)
3.9;
5.7(
12.0
) 4.
1;5.
4(4.
2)
(
.)
3633
.8;3
926.
0(21
27.7
) 33
37.6
;424
9.2(
3299
.9)
3470
.1;4
259.
6(29
37.4
) 34
71.2
;411
9.7(
4556
.3)
2961
.9;3
947.
0(31
21.7
) 32
51.9
;368
2.5(
2740
.2)
(.
) 10
79.3
;118
3.4(
534.
6)
998.
9;11
67.5
(627
.4)
1185
.4;1
316.
2(70
4.9)
11
18.9
;121
6.8(
680.
9)
1141
.6;1
599.
7(33
89.9
) 91
5.9;
1180
.6(8
76.6
)
(
..)
216.
7;66
2.0(
1673
.9)
204.
3;74
9.0(
2359
.5)
171.
1;63
4.6(
2122
.9)
185.
2;47
4.7(
1489
.4)
154.
5;48
0.0(
1076
.0)
164.
2;26
9.2(
579.
9)
%DRI
31
.0;9
4.6(
239.
1)
34.1
;124
.8(3
93.3
) 24
.4;9
0.7(
303.
3)
30.9
;79.
1(24
8.2)
22
.1;6
8.6(
153.
7)
27.4
;44.
9(96
.6)
(
.)
177.
8;55
3.9(
1569
.4)
147.
2;60
4.3(
2120
.8)
71.4
;495
.8(2
084.
1)
72.5
;367
.0(1
472.
9)
52.3
;362
.3(1
055.
9)
59.3
;187
.1(5
74.3
)
(
.) 48
9.2;
682.
1(74
4.1)
56
8.5;
837.
4(85
7.7)
55
5.9;
859.
7(99
8.4)
65
4.4;
1016
.5(1
302.
2)
510.
3;94
7.0(
1314
.1)
548.
1;84
9.1(
847.
6)
1
(.
) 0.
7;1.
0(0.
8)
0.8;
1.0(
0.8)
0.
9;1.
2(1.
4)
0.7;
1.0(
0.8)
0.
8;1.
2(1.
5)
0.6;
0.9(
1.2)
%DRI
1 60
.4;8
1.3(
67.8
) 71
.3;8
9.3(
74.3
) 72
.5;9
7.7(
116.
7)
65.8
;87.
3(75
.4)
65.6
;102
.1(1
23.2
) 51
.1;8
0.7(
105.
3)
2
(.
) 0.
8;1.
0(0.
8)
0.8;
0.9(
0.6)
0.
8;1.
0(0.
8)
0.8;
0.9(
0.6)
0.
7;0.
9(0.
8)
0.6;
0.9(
1.7)
%DRI
2 62
.5;7
9.5(
59.1
) 68
.9;7
9.4(
50.8
) 59
.9;7
7.6(
64.6
) 69
.1;7
7.3(
54.0
) 57
.4;7
2.2(
61.7
) 56
.1;8
5.9(
150.
0)
4 .. 2551-2552 53
4
.9
1
19
-59
935
()
;
(
)
19-3
0
31-5
0
51-5
9
(n=72
)(n=55
)
(n=24
8)
(n=31
3)
(n=13
2)
(n=11
5)
(
.)
13.5
;13.
5(5.
7)
10.1
;11.
7(6.
7)
13.9
;15.
6(8.
1)
10.7
;11.
9(7.
4)
12.6
;15.
4(13
.7)
9.4;
11.5
(8.4
)
%DRI
84.1
;84.
2(35
.5)
72.0
;83.
6(47
.7)
86.9
;97.
7(50
.7)
76.5
;85.
2(52
.6)
78.9
;96.
4(85
.9)
67.1
;82.
4(59
.7)
(.
) 32
.6;4
8.0(
64.2
) 35
.9;6
7.0(
103.
2)
45.3
;69.
7(88
.6)
53.0
;95.
3(13
6.4)
41
.0;8
5.4(
171.
4)
42.8
;85.
0(12
8.9)
%DRI
36.2
;53.
3(71
.4)
47.9
;89.
3(13
7.6)
50
.3;7
7.4(
98.5
) 70
.7;1
27.0
(181
.8)
45.6
;94.
8(19
0.4)
57
.0;1
13.3
(171
.8)
(.
) 25
2.8;
320.
4(22
5.5)
24
4.8;
292.
8(26
0.8)
22
7.6;
280.
6(25
6.0)
16
9.4;
229.
8(20
8.7)
18
1.8;
241.
6(20
2.7)
14
8.1;
210.
3(28
2.9)
()
5.6;
7.2(
5.7)
6.
5;8.
1(5.
6)
6.7;
8.1(
5.4)
7.
6;8.
9(6.
3)
6.7;
11.1
(36.
7)
7.2;
9.2(
9.9)
4 .. 2551-2552 54
4
.10
(
) 1
19-5
9
935
;
(
)
19-3
0
31-5
0
51-5
9
(n=72
)(n=55
)
(n=24
8)
(n=31
3)
(n=13
2)
(n=11
5)
318.
5;34
9.8(
179.
9)
258.
0;26
5.9(
115.
6)
367.
8;42
0.7(
214.
7)
254.
0;29
3.2(
164.
9)
373.
6;40
1.6(
186.
6)
258.
0;28
3.9(
142.
2)
318.
5;34
9.8(
179.
9)
258.
0;25
5.9(
117.
0)
360.
5;41
5.4(
217.
1)
246.
0;28
7.1(
166.
2)
355.
0;38
5.3(
193.
2)
258.
0;27
7.8(
143.
2)
0.0;
0.0(
0.3)
0.
0;10
.0(6
1.3)
0.
0;5.
4(27
.1)
0.0;
6.1(
24.0
) 0.
0;16
.3(6
5.6)
0.
0;6.
0(18
.9)
137.
4;16
6.0(
114.
1)
110.
0;14
2.7(
121.
8)
138.
5;17
2.6(
130.
9)
101.
0;12
4.2(
94.1
) 11
7.0;
160.
5(14
0.4)
82
.0;1
26.9
(199
.0)
-
89.0
;101
.6(8
4.9)
52
.0;8
0.7(
98.2
) 77
.0;1
03.5
(101
.6)
48.0
;64.
6(62
.5)
60.0
;80.
7(79
.6)
36.0
;53.
9(73
.6)
-
33.8
;63.
6(88
.5)
42.0
;62.
0(88
.6)
35.5
;66.
9(92
.8)
33.0
;58.
1(78
.7)
42.0
;79.
5(12
3.6)
31
.2;7
2.5(
193.
9)
-
0.0;
0.7(
5.9)
0.
0;0.
0(0.
0)
0.0;
2.1(
13.0
) 0.
0;1.
4(11
.1)
0.0;
0.3(
2.3)
0.
0;0.
5(3.
5)
19.0
;37.
5(46
.3)
10.0
;36.
6(47
.5)
0.0;
25.0
(42.
1)
0.0;
24.7
(38.
7)
0.0;
21.2
(34.
6)
0.0;
19.7
(32.
9)
0.0;
13.7
(50.
9)
0.0;
15.3
(49.
5)
0.0;
18.6
(78.
3)
0.0;
23.8
(67.
8)
0.0;
15.1
(48.
0)
0.0;
42.7
(101
.4)
0.0;
41.4
(133
.7)
0.0;
33.0
(77.
3)
0.0;
24.2
(88.
8)
0.0;
39.0
(98.
3)
0.0;
25.0
(87.
0)
0.0;
33.6
(93.
4)
102.
0;14
0.8(
125.
7)
114.
4;16
2.7(
145.
2)
142.
4;17
3.3(
146.
2)
140.
0;17
6.5(
146.
7)
123.
5;16
8.4(
162.
0)
130.
3;18
3.5(
205.
6)
0.
0;63
.3(1
27.2
) 3.
1;97
.1(1
50.5
) 0.
0;84
.7(1
59.7
) 40
.0;1
37.1
(221
.0)
0.0;
102.
9(19
5.2)
68
.0;1
22.0
(166
.7)
26.9
;32.
2(28
.7)
25.0
;36.
2(45
.7)
25.0
;34.
1(32
.7)
23.0
;31.
6(34
.2)
25.0
;31.
4(30
.8)
28.0
;35.
6(52
.8)
60.2
;86.
5(73
.1)
67.1
;71.
2(44
.0)
66.8
;93.
6(99
.6)
59.0
;82.
2(71
.5)
64.0
;79.
5(68
.5)
58.0
;90.
0(97
.9)
-
14.7
;18.
2(18
.1)
12.6
;19.
1(22
.7)
12.0
;19.
4(22
.3)
12.0
;20.
9(25
.9)
10.0
;18.
9(27
.6)
15.7
;24.
7(30
.3)
-
24.0
;27.
2(19
.3)
22.3
;31.
2(33
.3)
23.5
;34.
1(32
.1)
23.2
;32.
7(33
.1)
20.0
;32.
0(31
.0)
20.5
;29.
6(31
.8)
-
10
.0;4
1.1(
72.7
) 5.
9;20
.9(3
0.4)
5.
9;40
.1(8
9.7)
5.
5;28
.6(6
1.1)
5.
9;28
.6(5
6.1)
5.
0;35
.7(8
2.4)
-
-
4 .. 2551-2552 55
4
.11
(
)
1
19-5
9
935
;
(
)
19-3
0
31-5
0
51-5
9
(n=72
)(n=55
)
(n=24
8)
(n=31
3)
(n=13
2)
(n=11
5)
(
) 5.3;5.8(
3.0)
4.3;4.4(
1.9)
6.1;7.0(
3.6)
4.2;4.9(
2.7)
6.2;6.7(
3.1)
4.3;4.7(
2.4)
-
5.3;5.8(
3.0)
4.3;4.3(
1.9)
6.0;6.9(
3.6)
4.1;4.8(
2.8)
5.9;6.4(
3.2)
4.3;4.6(
2.4)
-
0.0;0.0(
0.0)
0.0;0.2(
1.0)
0.0;0.1(
0.5)
0.0;0.1(
0.4)
0.0;0.3(
1.1)
0.0;0.1(
0.3)
(
)
9.2;11
.1(7
.6)
7.3;9.5(
8.1)
9.2;11
.5(8
.7)
6.7;8.3(
6.3)
7.8;10
.7(9
.4)
5.5;8.5(
13.3)
-
5.9;6.8(
5.7)
3.5;5.4(
6.5)
5.1;6.9(
6.8)
3.2;4.3(
4.2)
4.0;5.4(
5.3)
2.4;3.6(
4.9)
-
2.3;4.2(
5.9)
2.8;4.1(
5.9)
2.4;4.5(
6.2)
2.2;3.9(
5.2)
2.8;5.3(
8.2)
2.1;4.8(
12.9)
-
0.0;0.0(
0.4)
0.0;0.0(
0.0)
0.0;0.1(
0.9)
0.0;0.1(
0.7)
0.0;0.0(
0.2)
0.0;0.0(
0.2)
(
)
0.4;0.7(
0.9)
0.2;0.7(
1.0)
0.0;0.5(
0.8)
0.0;0.5(
0.8)
0.0;0.4(
0.7)
0.0;0.4(
0.7)
(
)
0.0;1.4(
5.1)
0.0;1.5(
5.0)
0.0;1.9(
7.8)
0.0;2.4(
6.8)
0.0;1.5(
4.8)
0.0;4.3(
10.1)
(
2
00
)
0.0;0.2(
0.7)
0.0;0.2(
0.4)
0.0;0.1(
0.4)
0.0;0.2(
0.5)
0.0;0.1(
0.4)
0.0;0.2(
0.5)
(
) 2.6;3.5(
3.1)
2.9;4.1(
3.6)
3.6;4.3(
3.7)
3.5;4.4(
3.7)
3.1;4.2(
4.0)
3.3;4.6(
5.1)
(
) 0.0;0.8(
1.6)
0.0;1.2(
1.9)
0.0;1.1(
2.0)
0.5;1.7(
2.8)
0.0;1.3(
2.4)
0.9;1.5(
2.1)
4 .. 2551-2552 56
4.2.4 60
60 984 33.0 49.6 50.4
.. 254611
3 60-69 ( 57.0), 70-79 ( 34.5), 80 ( 8.5)
59.2-65.7
( : 2 : 1)
4.12
58.7-60.0 15.7-16.8 23.9-25.4
4.4 4
4.4 * 1 60 984
* (Normal distribution)
0%10%20%30%40%50%60%70%80%90%
100%
=287 =274 =160 =170 =41 =43 60-69 70-79 80
59.6 58.8 58.7 58.860.0
59.3
16.2 16.8 16.4 15.7 16.1 15.7
24.4 24.9 25.4 23.9 25.024.2
4 .. 2551-2552 57
1 3
70.5-89.7
2,831.8-3,366.9