The WIC Program Dietary Risk Assessment examines methods used to determine dietary risk based on non-compliance with dietary guidelines for Program candidates.
The WIC Program Dietary Risk Assessment examines methods used to determine dietary risk based on non-compliance with dietary guidelines for Program candidates.
Special Supplemental Nutrition for Women, Infants and Children (WIC). WIC program applicants must be at nutritional risk to be eligible for program benefits.
Although "dietary risk" is only one of five categories of nutritional risk, it is the most frequently reported by WIC applicants.
This book records that almost all low-income women of childbearing age and children 2 years of age and older are at risk because their diets do not contain adequate amounts.
The Commission recommends that all women and children (2-4 years of age) who meet the eligibility criteria based on income, class, and residency status are also considered to meet the risk requirement.
By assuming that all people who meet the income and classification eligibility criteria are at dietary risk, WIC still has the potential to prevent and correct nutrition-related problems.
Learn more about Dietary Risk Assessment here : brainly.com/question/9951787
#SPJ4
I believe it is D. I researched it and it explained the same thing as D
2 pints are equal to 64 U.S tablespoons so with that in mind we can get our answer.
There is 24 hours in a day and 24 divided by 6 hours means that the patient is taking the antacid 4 times a day.
2 tablespoons multiplied by 4 is equal to 8 tablespoons a day.
8 tablespoons multiplied by 8 days gets us to our magic number of 64 which is equivalent to the amount of 2 pints.
Answer= 8 days
Answer:
The correct option is: a. PIH
Explanation:
The PRH or the prolactin-releasing hormone is the hormone responsible for stimulating the release of prolactin from the anterior pituitary gland. Prolactin then stimulates the mammary glands of the mammals, usually females, to produce milk.
The PIH or the prolactin-inhibiting hormone, also known as dopamine, inhibits the production of prolactin and thus blocks the milk formation in males and non-pregnant females.
