Answer:
From a malnourished child that has very low protein in her diet I would expect things such as low absorption along with edema levels increased. Her muscle mass might be low which reduces her strength, has trouble balancing herself and slows the metabolism down. Her cells might not get enough oxygen which might bring her anemia which can additionally cause intense exhaustion.
Explanation:
Answer:
genes
Explanation:
Each protein is coded for by a specific section of DNA called a gene. A gene is the section of DNA required to produce one protein. Genes are typically hundreds or thousands of base pairs in length because they code for proteins made of hundreds or thousands of amino acids.
Answer:
Margaret is developing anorexia. This is within her head so no matter what you say or do she'll still see her self as 'fat'. But you could probably bring your concerns to a counselor and they could try to help her. You could tell her to try to do positive affirmations everyday so she could see the beauty of herself. Don't be critical of her appearance and just listen to her and be non judgmental if she tell you why she feels like that. And never force them to do something they don't want to do.
Explanation:
Answer:
Dyad care incorporates care to the mother and newborn child while they are in close physical nearness (ideally skin-to-skin) with the understanding that suitable consideration of one must address the necessities and premiums of the other. These are some physiological changes that are need to be include under dayd care:
placental transfusion of around 35 ml of blood for every kilogram of baby weight, which joined with diminished weight in the lungs, helps with the commencement of infant breath and powerful gas exchange,
vasodilation of the maternal shallow veins in the chest to trade heat with the infant,
infant reflexes including "the bosom slither" and self-connection at the breast,
removal of the placenta and involution of the uterus, and
interconnected hormonal movements, including raised oxytocin levels for mother and newborn child, expanded oxytocin receptors in the mother's cerebrum, diminished beta-endorphin levels, a quick reduction in stress hormones (particularly epinephrine), top degrees of prolactin, and expanded prolactin receptors.
