Is your baby short of zinc?
“Doctor, is my baby short of zinc? Give me some Zinc. Parents in clinics are often worried about their children’s lack of zinc and their appetite is bad! Zinc short of hair! Long and slow! I don’t know.
Does your child lack zinc? Do you need zinc? Let’s find out!
Zinc is one of the trace elements necessary for humans, and zinc is second only to iron. Zinc is closely related to foetal development, child intelligence, growth and development, metabolism and tissue rehabilitation.
What’s the reason for the lack of zinc? How can a baby lack zinc? The lack of Zinc in the baby is due to ingestion or metabolic impairment leading to a lack of Zinc in the body, which can lead to a reduction in the child ‘ s appetite, stunting of growth and development, inflammation, hemophilia and other nutritional deficiencies.
Zinc ingestion is inadequate: not only is the animal food rich in zinc, but it is easily absorbed, but the nuts (walnuts, cherries, peanuts, etc.) contain less zinc, while other plant foods contain less zinc. However, a large number of babies are now accustomed to eating, resulting in inadequate dietary consumption of zinc, which is the main reason for the lack of zinc in infants and young children. In addition, processed grains are regularly eaten and there is a high risk of zinc deficiency due to the loss of zinc.
Zinc Absorption Barriers: Chronic diarrhoea in infants and young children, which prevents zinc absorption in case of digestive disorders, resulting in a shortage of zinc. Cereal foods contain large amounts of acid and coarse fibres that can be combined with zinc to prevent their absorption. In addition, although cattle milk and breast milk contain a similar amount of zinc, the absorption rate of zinc in cattle milk (39 per cent) is much lower than in breast milk (65 per cent).
3. Increased demand for zinc: Zinc may become scarce when there is an increased demand for zinc in the air, when there is no timely food supplement, in the case of infants and young children who are growing rapidly or in the process of tissue rehabilitation, or during periods of recovery from malnutrition.
Zinc has been lost too much: repeated haemorrhage, soluble blood, extensive burns, chronic kidney diseases, long-term dialysis, among other causes, can increase the loss of zinc and lead to zinc deficiency in the body.
Parents worry about the lack of zinc? And what are the clinical signs of the lack of zinc? Parents understand, don’t take seats on their own.
1. Decomposition of digestive functions:
Zinc deficiency affects the renewal of fragrance cells and the activity of saliva phosphate enzymes, resulting in increased growth of the mucous membranes and incomplete acousticity, as well as anorexia and anorexia.
Many parents think the baby’s stomach is short of zinc! In fact, it is necessary first to know whether the baby is biologically weaned, whether the parent is over-fed (when the child is not eaten, the parents think the child needs to eat), whether the child has recently been vaccinated, whether there is close contact with persons with upper respiratory infections, and with intestinal infections.
Breast-feeding and over-feeding require adjustment, demand-driven feeding, and a natural recovery of the baby’s stomach after moderate “hungry”; before, during and after a state of disease and after vaccination, the baby’s stomach is deteriorating, which is a normal physiological process, and the reduction of the gastrointestinal burden by less eating can contribute to the recovery of the disease; and the parents of an additional infant should be careful to increase the sensory character of the food, to change the taste of different foods, to involve the child in the feeding process, to eat the same, same sex, the same feeding food every day, and to eat the good and nutritious foods.
2. Growth and underdevelopment:
Zinc deficiency hampers the functioning of growth hormone axes and the maturity of sexual arcs, which can be manifested in declining growth, slow growth, small size, and slow sexual growth.
Is the baby short and short? In fact, it is still a major factor in the high, fat and thin genetics and diseases of the baby, and it is common for members of the family to be small or to be small when they are young. The parents should not be too demanding of the baby, after all, because improving the genetics requires nutrition and physical reinforcement. Periodic child health check-ups exclude disease factors.
3. Reduced immune function:
Zinc deficiency can lead to lymphocyte dyspnocyte impairment and can lead to infection.
Is it because you’re sick? In fact, there are many factors that affect the child ‘ s resilience, the existence of immunosuppressive and allergies in the body, the balance of nutritional support, the scientific soundness of the family ‘ s upbringing, the variability of the seasonal climate, the increased risk of collective life infection, etc., and not necessarily the absence of zinc are responsible.
4. Intellectual retardation:
Zinc deficiency can reduce brain DNA and protein synthesis disorders and the concentration of intra-heart avaline acid, leading to mental retardation.
Baby can’t turn over, can’t hold on, can’t hear, can’t he? In fact, many “no” children are children whose parents do not give them the opportunity to exercise, and the importance of regular out-patient check-ups for children’s health, development assessments, developmental feeding guidance, early detection of children’s so-called temporary backwardness, scientific targeting of guidance, early family intervention, backwardness tends to catch up and transcend, and unusual behaviour requires timely laboratory examination and treatment.
5. Other:
Zinc deficiency can be manifested in hair loss, rough skin, skin inflammation, map tongues, repeated oral ulcer, delayed healing of wounds, night blindness in the light of a decrease in platinum, anaemia.
In fact, there are a number of factors that contribute to the above-mentioned performance, and laboratory tests show that the baby lacks zinc and that the symptoms of zinc are significantly improving.
Parents suspect that Zinc deficiency in the baby can be examined at the Children ‘ s Specialist Hospital and whether blood zinc is lacking in intravenous blood. Parents are reminded not to use zinc detection as a basis for a child ‘ s lack of zinc. Many parents do not want to give the baby a needle for blood, but zinc does not accurately reflect the state of zinc in the body. Because different parts of the hair and different washing methods can affect the results. In addition, zinc concentrations may decrease in the absence of light zinc, but when severe zinc is lacking, they increase because of slow hair growth.
The lab tests show that the baby is Zinc-deficit. Compensated on medical advice and periodically reviewed. In fact, there are no zinc-deficit babies who can take care of their diet to prevent zinc deficiency, and there is no laboratory proof that blind parents can do harm to their children!
1. Upholding Breastfeeding
Breast milk contains enough zinc for the growth and development of the baby. Mother love is invincible. Mother focuses on zinc-rich food supplements (skinned meat, shellfish, mushrooms, animal livers, soybeans, nuts, etc.). Breast milk is full of zinc, and the baby is blessed!
2. Reasonable food supplementation, nutritional balance:
Add complementary foods, as needed, to the extent that they are small, thin to dense, thin to thick, gill, rice-coated, thick tortuous, step by step, adapted to one and another, slowly mixing.
Skin meat, eggs, animal liver, oysters, peanut rice, walnuts, etc. have a high zinc content and a reasonable combination of additional foods. Children need to be educated from an early age in order to be free of eating, in preference to good habits, with a focus on a reasonable balance in the diet and a mix of coarse foods, so that children generally do not lack zinc. Care should also be taken not to over-eat sugar and sweets in order not to affect zinc absorption.
3. Cut the blind patch:
The more zinc in the body, the better, the more it is, the more it is, the more it causes gastric disorders, nausea, vomiting, diarrhoea and other digestive tract irritations, even dehydration and electrolytic disorders.
Excess zinc in the body can interfere with copper metabolism and can lead to intoxications such as low copper haematosis, anaemia, reduction in meso-particle cells and reduction in chromosomal oxidation activity in liver cells.
If the baby lacks the results of the zinc lab, it’s up to him to make up for it.
