Answer:Since you can't do anything about these risk factors, it's even more important that you manage your risk factors that can be changed.
Increasing Age. ...
Male gender. ...
Heredity (including race) ...
Tobacco smoke. ...
High blood cholesterol. ...
High blood pressure. ...
Physical inactivity. ...
Obesity and being overweight.
Explanation:
You may be born with certain risk factors that cannot be changed. The more of these risk factors you have, the greater your chance of developing coronary heart disease. Since you can’t do anything about these risk factors, it’s even more important that you manage your risk factors that can be changed.
Increasing Age
The majority of people who die of coronary heart disease are 65 or older. While heart attacks can strike people of both sexes in old age, women are at greater risk of dying (within a few weeks).
Male gender
Men have a greater risk of heart attack than women do, and men have attacks earlier in life.
Even after women reach the age of menopause, when women’s death rate from heart disease increases, women’s risk for heart attack is less than that for men.
Heredity (including race)
Children of parents with heart disease are more likely to develop heart disease themselves.
Answer:
2. "I will do as many procedures close together as I can
Explanation:
She requires correction of this statement because the treatment to be followed is not immediate but requires a follow-up of approximately 2 days, although she must take into account that the patient should be treated lightly in intensive care since she needs to perform several procedures but cannot be immediately subsequent as
1. Respiratory support
2. Drainage of cerebrospinal fluid
3. supply of
medications to reduce swelling.
4. Removal of part of the skull, especially in the first 2 days
I would say blood glucose(blood sugar)
Explanation:
I am diabetic, so endocrinology is my thing. the pancreas releases insulin
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.
