Answer:
Nuclear medical science has absolutely no relation to the majority of the country’s civilian concerns. Research in nuclear medicine involves developing new radio tracers as well as technologies that will help physicians produce clearer pictures. PET contrast agents designed to detect bacterial infections reveal E. coli in a rat. Developing new tracers. A bacterial infection is a common complication of implanting a medical device into the body.
Explanation:
Answer:
Yes
Explanation:
Im pretty sure, since that person is also hurt, so when the ambulance its way to save someone, they can go and save another person while on it.
Fever and chills in malaria are caused by a pigment compound known as hemozoin, which is generally a by-product of the digestion of hemoglobin by malarial parasites.
Malaria is a contagious and sometimes life-threatening disease that is caused by a parasite known as plasmodium, transferred by a vector.
The female Anopheles mosquito works as a vector to transfer the parasite into the human body. When the parasites enter your body, they travel to the liver where they multiply. They possess the red blood cells in the liver and keep multiplying until the cell bursts. They digest the hemoglobin in the blood and form hemozoin.
Hemozoin is a necessary pigment for the survival of parasites and the removal of parasitic waste.
Common symptoms of malaria include fever, chills, and headache. These symptoms are generally caused due to release of parasitic waste through hemozoin. The medications prescribed for malaria inhibit the formation of hemozoin, thus preventing malaria.
To know more about malaria, refer to the following link:
brainly.com/question/28162128
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Answer:
The correct answer is e) Collecting duct, aldosterone, vasopressin
Explanation:
ADH( antidiuretic hormone) is called vasopressin formed by the hypothalamus gland and released when the body is under stress of shortage of water.
This hormone binds to the water channel receptors present in the collecting duct and opens them. Then the water is released in the interstitial space and returns to the blood by reabsorption.
Decrease in the blood flow results in the release of aldosterone which regulates the blood pressure by absorbing the water and sodium ions from the collecting duct increasing blood volume and osmolarity.
