Protein is one type of nutrients known as the cause of stunting in developing countries since the mid-1970s (1) but then less attention on protein intake with the assumption that protein intake is sufficient. Compilation of published and non-published dietary intake research among Indonesian children aged 3-12 years (2), 0-18 years old (3) and 1-3 years old (3) found that protein intake among Indonesian children was sufficient (4). This finding is also confirmed by some other studies in 6 low-income countries and lead to the conclusion that growth restriction is not due to protein deficiency (5). Since then, micronutrient received main attention for the past 4 decades (1) to improve the health and survival of young children in developing countries. Issues on the need to re-examined protein recently emerge after the paper of Semba (1,6) regarding the low circulating amino acid among stunted children. It was hypothesized that the correlation between the low level of circulating amino acid with linear growth was through the mechanism of rapamycin complex C1 (mTORC1) and general control nonderepressible 2 (GCN2) pathway that contributes in the synthesis of sphingolipids and glycerophospholipids (6). However, the mechanism on how amino acid link to linear growth remains unclear. Fortification among Asian children revealed that only milk as food vehicles reported a significant effect on linear growth (2). It is likely that the effect on linear growth is influenced not only on micronutrient content of the fortified foods but also on protein and amino acid profiles of milk as the food vehicle.

NCT03895151

Conditions

1. Nutritional Stunting
2. Nutritional Anemia
3. Nutritional Deficiency
4. Nutrigenetic
5. Nutrigenomic
6. Linear Programming
7. Food Based Recommendation

Interventions

1. Dietary Supplement: Milk supplementation
2. Other: Food Based Recommendation (FBR) nutrition education

MeSH:Malnutrition

HPO:Malnutrition

The analysis will be performed using Nutrisurvey 2017 with Indonesian food composition table.. VDR Gene Polymorphism of SNP rs4516035 and rs11568820.