Drugs are substances resulting in physiological changes. A basic drug; low pH will result in urinary excretion but not urinary reabsorption. Thus, option b is correct.
<h3>What is urinary excretion?</h3>
Urinary excretion is the process of eliminating the waste substance from the body through urine. It is majorly done by the kidneys and their structural unit called nephrons.
The basic drug with low pH will be excreted from the body and will not be reabsorbed as urine has low pH with acidic conditions. The basic drugs undergo changes and get expelled from the body.
Therefore, option b. basic drug with low pH gets excreted.
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Your question is incomplete, but most probably your full question was, Which set of circumstances will result in a drug undergoing urinary excretion but not urinary reabsorption?
A. basic drug in high pH
B. basic drug low pH
C. acidic drug, high pH
D. acidic drug, low pH
Answer: people don't realize what they are doing to their bodies when they are doing drugs and drinking alcohol
Explanation:
Answer:
This could go either way, depending on how you look at it, but I would probably lean towards false because they aren't the <em>exact </em>same.
Explanation:
The principles of CPR (compressing the chest and giving rescue breaths) are the same for children and infants as for adults. However, the CPR techniques are slightly different since children's and infants' bodies are smaller. One must be much more careful when giving CPR to a child due to them being more fragile.
Answer:
Easier bruising, stomach/abdominal/back/joint pain, headaches, gum bleeding
Explanation:
To compare the views of Spital & Erin and Annas on the morality of
procuring and allocating organs for transplantation is given below
Explanation:
Major ethical concerns about organ donation by living related donors focus on the possibility of undue influence and emotional pressure and coercion. By contrast, the living unrelated donor lacks genetic ties to the recipient.
Utility, justice, and respect for persons are three foundational ethical principles that create a framework for the equitable allocation of scarce organs for transplantation.
Matching donor organs with transplant candidates
Using the combination of donor and candidate information, the UNOS computer system generates a “match run,” a rank-order list of candidates to be offered each organ. This match is unique to each donor and each organ.
Factors in organ allocation
When a transplant hospital accepts a person as a transplant candidate, it enters medical data—information such as the person's blood type and medical urgency and the location of the transplant hospital—about that candidate into UNOS' computerized network.
Finally the two major ethical issues that are of considerable concern are the autonomy of the donor and recipient and the utility of the procedure. The transplant team must inform the donor of all the risks. The recipient must also accept that the donor is placing himself at great risk
