Nutrition Do Baby Needs
Adequate nutrition during infancy and early childhood is essential to ensure the growth, health, and development of children to their full potential. Poor nutrition increases the risk of illness. Inappropriate nutrition can also lead to childhood obesity which is an increasing public health problem in many countries.
Early nutritional deficits may also have a link to the long-term impairment in growth and health.
The first two years of life provide a critical window of opportunity for ensuring children’s appropriate growth and development through optimal feeding. Optimal nutrition has greater importance during this time of life than during any other because of its effect on brain growth, the development of the nervous system, and future health. Each country should use recommended nutrient intakes for infants and young children, based on international scientific evidence i.e. as the foundation of its nutrition and feeding guidelines. Provision of adequate dietary energy is vital during the period of rapid growth in infancy and early childhood.
Attention is mandatory to feeding practices that maximize the intake of energy-dense food without compromising micronutrient density.
An adequate protein intake with a balanced amino acid pattern is important for the growth and development of the infant and young child. It is prudent to avoid a high protein diet because this can have adverse effects. During complementary feeding and at least until 2 years of age, a child’s diet should not be too high in fat as they reduce Micronutrient density. A fat intake providing around 30-40percent of total energy is prudent. Consumption of added sugars should be less ranging about 10 percent of total energy, because high intake may compromise micronutrient status.
BODY COMPOSITION IN CHILDHOOD
After birth the total body water decreases, and the percentage of body weight that is fat increases rapidly to peak at around 6 months of age. After early infancy, arrives after a period of natural slimming until around 5 years of age.
One of the most important factors while feeding infants is consistency. We must remember that:-
- a 0-3-month-old infant can take in only liquids.
- a 3-6-month-old infant can swallow liquids that are thicker inconsistency.
- a 6-9-month-old infant can eat semi-solid foods that are smooth.
- a 9-12-month-old infant can take in small mouthfuls of semi-solid or solid food. You should not filter the food and try chopping them instead.
Here are some micro and macronutrients that are highly important for babies
VITAMINS:-
In countries where there is a high prevalence of childhood infectious diseases. It is important to determine whether vitamin A and vitamin D deficiency is a public health problem.
MINERALS OTHER THAN IRON:-
It includes iodine; iodine deficiency is also a major issue that is considered in the early stages.
CONTROL OF IRON DEFICIENCY
Iron deficiency in infants and young children is widespread and has serious consequences for child health. Preventing iron deficiency should therefore be given high priority. It is important to give iron-rich foods such as liver, meat, fish, and pulses or iron-fortified complementary foods.
Nutrition can be given by breastfeeding or using the formula, complementary feeding.
BREASTFEEDING
Breastfeeding is a traditional practice for most cultures. Breast milk or iron-fortified infant formula should be provided until the infant is 12 months old. Breastfeeding is imperative to maintain and sustain child development and wellbeing. At birth, the natural bonding between mother and infant may also be enhanced through breastfeeding. Human breast milk highly nutritional for the requirements of a human baby. Breast milk contains all the nutrients that an infant needs in the first 6 months of life, including fat, carbohydrates, proteins, vitamins, minerals, and water.
Carbohydrates
Lactose is the main carbohydrate in milk. It fit its role in providing the infant’s nutritional requirements since it is highly soluble, promotes the growth of protective intestinal flora, and facilitates calcium absorption through the relative solubility of calcium lactate. Other carbohydrates in milk include monosaccharides, oligosaccharides, and protein-bound carbohydrates. These provide important protection against infection.
Proteins
Breast milk protein differs in both quantity and quality from animal milk and it contains a balance of amino acids which makes it much more suitable for a baby. Human milk protein is 30 to 40 percent casein and 60 to 70 percent whey. Human milk casein forms smaller micelles with a looser structure than the casein of cow’s milk.
The structure facilitates enzymic action. Precipitation of tough, undigested casein curds in the stomach is less likely than with cow’s milk or unmodified cow’s milk formula.
The concentration of protein in breast milk is lower than in animal milk.
The much higher protein in animal milk can overload the infant’s immature kidneys with waste nitrogen products. Human milk contains alpha-lactalbumin whilst cow’s milk contains beta-lactalbumin, to which infants can become intolerant.
Fat
Although the quantities of fat in human and cow’s milk are not very different, the component fatty acids differ greatly. Human milk fat is higher in unsaturated fat, particularly the essential fatty acids linoleic and alpha-linolenic acid, and also contains the long-chain polyunsaturated fatty acids (LCPUFA). These fatty acids are important for the neurological development of a child. LCPUFA are added to some varieties of infant formula but this does not confer any advantage over breast milk, and may not be as effective. The fats in human milk are more readily digested and absorbed than those in cow’s milk.
Micronutrients
Breast milk normally contains sufficient vitamins for an infant (besides vitamin D which the inf ant produces on exposure to sunlight). Breast milk contains lactoferrin and other micronutrient binding compounds. These facilitate the absorption of iron, folic acid, vitamin B12, zinc, and other micronutrients.