AWS Community Day CPH - Three problems of Terraform
Nutrients And Assessment
1. NUTRIENTS and ASSESSMENT Myrna D.C. San Pedro, MD, FPPS
2.
3.
4.
5.
6.
7.
8.
9.
10.
11. Thus, the energy requirement of the infant or child is the level of intake which can Maintain appropriate body size & composition As well as deposition of new tissues Meet the energy required for physical activity And the thermic effect of food
12.
13.
14.
15.
16.
17.
18.
19.
20.
21.
22. Daily Protein Requirement 1.2 16-19 yr Males 0.85 (or 46 g/day of protein) 0.80 (or 46 g/day of protein) 14-18 yr (RDA) 19-30 yr (RDA) Females As point of reference: 3 ounces lean beef (the size of a deck of cards) or poultry = 25 g protein; 3 ounces fish or 1 cup soybeans = 20 g protein; 1 cup milk or yogurt = 8 g protein; 1 egg or 1 ounce cheese=6 g protein; 1 cup legumes=15 g protein; cereals, grains, nuts and vegetables = 2 g protein per serving 0.85 (or 52 g/day of protein) 0.80 (or 56 g/day of protein) 14-18 yr (RDA) 19-30 yr (RDA) 1.5 7-15 yr 0.95 (or 34 g/day of protein) 9-13 yr (RDA) 2 3-6 yr 0.95 (or 19 g/day of protein) 4-8 yr (RDA) 2.5 1-2 yr 1.05 (or 13 g/day of protein) 1-3 yr (RDA) 3 6-11 mo 1.2 (or 11 g/day of protein) 7-12 mo (RDA) 3.5 0-5 mo 1.52 0-6 mo (AI) 1978 FNRI Publications, Daily Requirements of Filipinos (g/kg BW/day) 2005 Dietary Reference Intakes, U. S. Food and Nutrition Board, National Academy of Sciences (g/kg BW/day)
40. Equations to Estimate Energy Requirement 354 - (6.91 x age [y]) + PA x (9.36 x weight [kg]) + (726 x height [m]) Female 662 - (9.53 x age [y]) + PA x (15.91 x weight [kg]) + (539.6 x height [m]) Male Ages 19 years and older EER (kcal/day) = TEE 135.3 - (30.8 x age [y]) + PA x (10 x weight [kg])+ (934 x height [m]) + 25 kcal 9-18 yr 135.3 - (30.8 x age [y]) + PA x (10 x weight [kg])+ (934 x height [m]) + 20 kcal 3-8 yr Female 3-18 years EER = TEE + energy deposition 88.5 - (61.9 x age [y]) + PA x (26.7 x weight [kg]) + (903 x height [m]) + 25 kcal 9-18 yr 88.5 - (61.9 x age [y])+ PA x (26.7 x weight [kg]) + (903 x height [m]) + 20 kcal 3-8 yr Male 3-18 years EER = TEE + energy deposition (89 x weight [kg] - 100) + 20 kcal 13-36 mo (89 x weight [kg] - 100) + 22 kcal 7-12 mo (89 x weight [kg] - 100) + 56 kcal 4-6 mo (89 x weight [kg] - 100) + 175 kcal 0-3 mo Ages 0-36 months EER (kcal/day) = TEE + energy deposition
41.
42.
43.
44.
45.
46.
47.
48.
49.
50.
51. A 6-yr-old boy has an actual weight of 15 kg & height of 105 cm. Compute for the wt-for-ht%. Actual Wt = 15 kg Actual Ht = 105 cm IBW based on actual age (6 yr) = 20 kg IBW based on plotted Ht = 17 kg Wt-for-Ht% = 15/ 17 = 0.88 Wt-for-age% = 15/ 20 = 0.75 Ht-for-age% = 105 / 110 = 0.95
52.
53.
54.
55. Can you see risk? Age = 3 y 3 wks boy Height = 100.8 cm Weight = 18.6 kg Age = 4 y girl Height = 99.2 cm Weight = 17.55 kg Age = 4 y 4 wks girl Height = 106.4 cm Weight = 15.7 kg C BMI=18.3 = >95 th % Overweight A BMI=13.9 = 10 th % Normal B BMI=17.8 = 90 th –95 th % At risk for overweight
58. It is easier for a camel to pass through the eye of a needle if it is lightly greased. Kehlog Albran THANK YOU!
Editor's Notes
*For each centigrade degree of fever, basal metabolism increases approximately 10%. **The unit of heat in metabolism is the large calorie or kilocalorie (1 Cal=1 kcal); it is used to refer to the energy content of food.
*FFM is usually measured as a definite index of body size whereas FM is usually expressed as a proportion of body weight, i.e., fatness. **Health risks may begin when percent body fat exceeds 25% in boys and 30% in girls ages 6-18 years of age (Williams et. al. 1992).
Very-low density lipoproteins (VLDL) are large triacylglcerol-rich particles produced in the liver from endogenous fat, as opposed to chylomicrons which transport exogenous fat. VLDLs are the main carriers of triacylglycerols which are also processed by lipoprotein lipase and supply fatty acids to adipose and muscle tissues. Chylomicrons are lipoprotein particles derived from dietary fat and packaged by the mucosal cells.
End-point = usually maintenance of satisfactory rates of growth and development and/or prevention of specific nutritional deficiencies For some, it may be excessive, but for others, it may be inadequate.
For Males, 3-18 yr, where PA is the physical activity coefficient: PA = 1.00 if PAL is estimated to be > 1.0 <1.4 (Sedentary) PA = 1.13 if PAL is estimated to be > 1.4 <1.6 (Low active) PA = 1.26 if PAL is estimated to be > 1.6 <1.9 (Active) PA = 1.42 if PAL is estimated to be > 1.9 <2.5 (Very active) For Females, 3-18 yr, where PA is the physical activity coefficient: PA = 1.00 if PAL is estimated to be > 1.0 <1.4 (Sedentary) PA = 1.16 if PAL is estimated to be > 1.4 <1.6 (Low active) PA = 1.31 if PAL is estimated to be > 1.6 <1.9 (Active) PA = 1.56 if PAL is estimated to be > 1.9 <2.5 (Very active)
![Specific Objectives ,[object Object],[object Object],[object Object],[object Object],[object Object],[object Object],[object Object]](data:image/gif;base64,R0lGODlhAQABAIAAAAAAAP///yH5BAEAAAAALAAAAAABAAEAAAIBRAA7)