Which of the following events occur at the start of diastolic production of first heart sounds S1
Answer: Ok Diastole commences with the closure of the aortic and pulmonary valves. Intraventricular pressure falls but there is very little increase in ventricular volume (isovolumetric relaxation). Once ventricular pressure falls below atrial pressure, the mitral and tricuspid valves open and ventricular filling begins.The first heart sound (S1) is produced by vibrations generated by closure of the mitral (M1) and tricuspid valves (T1). It corresponds to the end of diastole and beginning of ventricular systole and precedes the upstroke of carotid pulsation.
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Explanation:
What are the potential etiologies for altered ventilation and diffusion? How does altered ventilation and diffusion develop?
Why is it important for an athletic trainer to check the athletic training student’s work periodically?
Answer:
To make sure they Ain't slaking off
Explanation:
Answer:
to make sure that the student isnt pushing herself to hard and to make sure that they do the excercise correctly so that they gain from it
Explanation:
List 5 steps you can take as a pharmacy technician to safely prepare. and handle hazardous drugs in the pharmacy?
Answer:
1 pit gloves on 2 put on a face mask 3 wipe everything down 4 goggles on eyes 5 be careful make sure none else are around
Explanation:
my aunt taught me
As a pharmacy technician, there are several steps you can take to safely prepare and handle hazardous drugs in the pharmacy. Here are five important steps:
1. Education and Training: Ensure that you have received proper education and training regarding the safe handling of hazardous drugs. Familiarize yourself with the pharmacy's policies and procedures for handling these drugs, including any specific guidelines or protocols.
2. Personal Protective Equipment (PPE): Always wear the appropriate personal protective equipment when handling hazardous drugs. This may include gloves, gowns, masks, and protective eyewear. PPE helps protect you from direct contact with the drugs and prevents the inhalation or absorption of hazardous particles.
3. Proper Storage and Labeling: Follow the pharmacy's guidelines for storing hazardous drugs safely. Ensure that these drugs are stored separately from non-hazardous drugs to prevent cross-contamination. Additionally, make sure that all hazardous drug containers are properly labeled with the appropriate warning labels or symbols.
4. Containment Measures: Use appropriate containment measures to prevent the spread of hazardous drug particles. This includes using designated spill kits, leak-proof containers, and containment bags for waste disposal. Properly seal containers and dispose of hazardous drug waste according to regulations and guidelines.
5. Cleaning and Decontamination: Regularly clean and decontaminate work surfaces, equipment, and tools that come into contact with hazardous drugs. Follow established cleaning protocols and use appropriate disinfectants to minimize the risk of contamination. Dispose of cleaning materials properly after use.
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The doctor prescribed 3 mg/kg twice daily for 5 days. The child weighs 35 pounds and the medication is available as 50 mg/mL. How many mL should be administered to the child for each dose? Round the answer to the hundredth place
Answer:
Each dose of the drug must contain 47.62 milligrams of it.
Explanation:
Given that the doctor prescribed 3 mg / kg twice daily for 5 days, the child weighs 35 pounds and the medication is available as 50 mg / mL, to determine how many mL should be administered to the child for each dose, the following should be done calculation:
1 pound = 0.453592 kilos
35 pounds = 0.453592 x 35 = 15.8757 kilos
15.8757 x 3 = 47.6271
Thus, each dose of the drug must contain 47.62 milligrams of it.
1 kg = 2.205 pound
Since the child weigh 35 pounds, hence:
35 pounds = 35 pounds * 1 kg per 2.205 pound = 15.88 kg
The doctor prescribed 3 mg/kg twice daily for 5 days. For each dose, the mg needed is:
mg = 3 mg/kg * 15.88 kg = 47.64 mg
Since the medication is available as 50 mg/mL, hence:
ml = 47.64 ml / 50 mg/mL = 0.95 ml
0.95 ml should be administered to the child for each dose
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What can happen if the unit does expiration is wrong
Answer:
A patient may take the medication well after the expiration date, this may lead to both the medication to be ineffective or cause problematic side affects
Explanation:
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Expired medical unit (medicines) can be less effective or risky due to a change in chemical composition or a decrease in strength.
What is medicine?Medicine is defined as a chemical compound used to treat or cure illness.
Specific expired medications are at risk of bacterial growth and sub-potent antibiotics can fail to treat infections, leads to more serious illnesses and antibiotic resistance. Once the expiration date has passed there is no guarantee that the medicine will be safe and effective. If medicine has expired, we should not use it.
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