b. the synthesis of drugs in pharmaceutical laboratories
c. treatment of disease through naturally occurring substances
d. action, movement, and use of drugs in living organism
Answer:
d. action, movement, and use of drugs in living organism
Explanation:
Pharmacology involves action, movement and research in use of drugs in living systems. Also regards the effects of substances like caffeine, antibiotics. The sciences studies the process that occur as they come to the body, since any drug will change the internal chemical balances. Bodies will respond. The changes will happen, and thus we develop better drugs
Main applications include:
Searching or discovery of better medicines to fight diseases, preferably reducing side effects. Studying differences among the experiences led by different target populations with the same drugs and other variables.
Pharmacology lies at the heart of biomedical science, linking together chemistry, physiology and pathology. Pharmacologists work closely with a wide variety of other disciplines that make up modern biomedical science, including neuroscience, molecular and cell biology, immunology and cancer biology.
Pharmacological knowledge improves the lives of millions of people across the world. It maximises their benefit and minimises risk and harm
As new diseases emerge, and older medicines - like antibiotics - no longer work as well, the contribution of pharmacology to finding better and safer medicines becomes all the more vital.
myocardium is NOT true?
a. It's the layer of the heart
wall that actually contracts
b. Composed of cardiac
muscle
C. Arranged in thick twisted
bundles
d. Secretes pericardial fluid
Answer:
C or D
Explanation:
Answer:
Oropharynx
Explanation:
Oropharynx is a common route for both the respiratory and the digestive systems.
The passage for the air, and the passage for the food and the liquid (water), begin separately at nose and mouth respectively. Air passes backward through nasopharynx. On the other hand, food and the liquid (water) pass backward through oral cavity. The two passages unite at the oropharynx.
The two passages then separate again in the hypopharynx. The food and the liquid pass backward into esophagus which leads to the stomach. The air we breath passes forward through larynx and then into trachea which leads to the lungs.
Answer:
psychosis. Psych( psykhe) + osis
Meaning "mind" + "abnormal condition" form the word psychosis
Explanation:
Answer:
retractions — Your child's chest will appear to sink in just below the neck or under her breastbone with each breath. This is another way of trying to bring more air into her lungs. sweating — There may be an increase of sweat on your child's head, but without her skin feeling warm to the touch.
Explanation:
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Answer:
Difficulty Breathing
Explanation:
The child's chest will appear to sink in just below the neck or under his/ her breastbone with each breath. This is another way of trying to bring more air into her lungs. There may also be an increase of sweat on the child's head, but without her skin feeling warm to the touch.
b. anaerobic respiration in the cytosol
c. glycoludid in the cytosol
d. ATP that is stored while the heart is not contracting
e. creatinine phosphate
Answer:
The correct answer to the question: Energy for contraction of myocardial cells comes primarily from:___, would be, A: aerobic respiration in the mitochondria.
Explanation:
In order for the heart muscles (myocardium) to contract, there are a series of elements that need to be present. One of them, and most vital, is calcium, which will activate the connection of myosin and actin, the filaments in cardiomyocytes, the very units of muscular tissues in the heart. However, even if calcium were present, without ATP, the molecule of energy that will allow the process to happen, then contractions would not be possible. There simply would not be energy to allow the chemical reactions. The one organelle within the cell that is responsible to ensure there is ATP available, is the mitochondria. This production of ATP by mitochondria, happens through the process of aerobic respiration. This is why the answer is A.