Answer:
Do you have a better explanation of this "medicine" ?
Explanation:
Answer:
The three stages of decomposition are livor mortis, algor mortis, and rigor mortis.
The first, livor mortis, means ''discoloration of death''. What this means is that once someone dies, the blood starts draining from the extremities down to the area that's on the ground. For example, a body lying on its back is going to be pale on the chest and face, while dark on the back and buttocks.
The second, algor mortis, means ''coldness of death''. This is where the body starts to cool down in temperature and this stage lasts for a few hours. However, it does not start till 30 minutes to an hour after death.
The third, rigor mortis, means ''stiffness of death''. This is where the body muscles will contract and make a body stiff, which starts a few hours after the death and can continue up to 24 hours.
Answer:
The mistake is that she was giving a spoonful
Explanation:
Because it says "she explains that she's administering one spoonful three times a day"and the pharmacist said give one teaspoonful.
(d) All of the above is the right response. Rocm that are particularly inclined to form precipitates with other iv drugs include: diatrizoate meglumine, ioxaglate, and iohexol.
Diatrizoate meglumine, diatrizoate sodium, ioxaglate, and iothalamate are ROCM that are particularly prone to precipitate when combined with other IV medications. It has not been discovered that many popular IV medications interact chemically with iopamidol or iohexol.
Using a syringe to inject a chemical into a vein is known as intravenous drug usage. Due to the fact that this mode of administration avoids the first pass metabolism that all orally taken medications experience, it has quick and enhanced effects.
Here is another question with an answer similar to this about Intravenous drug: brainly.com/question/14751493
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Question correction:
ROCM that are particularly inclined to form precipitates with other intravenous drugs include:
a. diatrizoate meglumine.
b. ioxaglate.
c. iohexol.
d. a and b.
e. all of the above.
TLDR: Antibiotics must be taken several weeks to fully kill the bacteria. Else, surviving bacteria develops drug resistance.
Antibiotic prescription really depends on the patient's condition. Some conditions like major surgery or diseases that cause immunosuppression are more prone to bacterial infection, thus they must take antibiotics for prolonged periods of time to fight their current infections or prevent further infections.
Antibiotics, as a general rule, must be given 7 days or several weeks (depending on the bacteria/pathogen) to be sure that all the disease-causing bacteria are dead. If the drugs are taken only until symptoms fade, the surviving bacteria (now fewer in number and not causing symptoms) will develop mutations that may help resist the previously-taken antibiotic, giving rise to drug resistance.
Thus, Arjun must take the antibiotics for several weeks more (according to the doctor's orders, of course) to kill all remaining bacteria and also to prevent bacterial drug resistance. Which is really problematic, since we're slowly losing our number of effective antibiotics.