Answer:
The average adult has about 10 pints of blood in his body. Roughly 1 pint is given during a donation. A healthy donor may donate red blood cells every 56 days, or double red cells every 112 days. A healthy donor may donate platelets as few as 7 days apart, but a maximum of 24 times a year.
Explanation:
Answer:
The explanation of the given question is summarized below.
Explanation:
The person is sick with dengue fever as well as virus, which is a highly contagious illness.
- Die rashes of dengue disease resemble maculopapular as well as segmental cells were cultured rashes, respectively.
- Inflammation can trigger an adaptive immunity complex response that increases capillaries susceptibility as well as liquid contamination or a loss.
According to Bio-chemistry experts, a poison is a natural or synthetic substance which causes damage to the tissues, and may cause harmful effects on organisms body.
The effects are based upon how the poison came into contact, which can be,
<em>ingested, inhaled, or absorbed or injected through the skin.</em>
The toxicity of a poison is characterized into two types, as follows;
- <em>Acute toxicity,</em> and
- <em>Chronic toxicity.</em>
The basic difference of Acute poisoning and Chronic poisoning is that, in Acute poisoning the effects came out immediately and are considered to be reversible,
but in Chronic Poisoning the effects can be delayed and came into observation later on, and experts had identified the effects of this poisoning as irreversible. for example, Lung cancer and smoking.
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Explanation:
The increase in urine volume helps to excrete out the filtrates such as the salts from the body . Increased urine volume also helps in flushing out the toxic chemicals from the body . Even the increase in the blood pressure of the body causes the increase in the urine volume .
And increased urine volume will lead to the reduction of the fluids , which will stabilize the blood volume .
The nurse should question about the use of <u>heparin sodium</u> in the physician’s drug order to a hemorrhagic stroke patient.
Explanation:
A hemorrhagic stroke leads to impaired brain functioning due to bursting of a blood vessel and resultant bleeding in the brain.
When an anticoagulant like heparin is administered to a hemorrhagic stroke patient, it increases the risk of further bleeding from the weakened arteries.
Heparin is administered to reduce or remove any blood clots; however, as a blood thinner, it poses an increased risk of further bleeding or hemorrhage just related to the heparin itself. Blood clotting time should be monitored by coagulation tests while administering heparin-based drugs like heparin sodium.
Complications from heparin sodium can lead to adrenal, ovarian, or retroperitoneal hemorrhage.
