Answer:
There is a low probability that a future pregnancy would exhibit similar phenotypes since it probably was a germinative line mutation that affected that egg.
Explanation:
The malformations of the unborn child, probably are due to a mutation in the germ cell of any or both parents. Germline mutations are detectable changes in a sperm or egg that we can see when the fetus is growing, as malformations since the original germ cell that was mutated divided itself to give more mutated cells for all the different parts of the fetus.
Answer:
The active functional group of a drug is that one that has the most prominent quality of adherence to the corresponding group on the target site and this selective binding of the group gave the property of targeted therapy and action. The pharmacophore modelling is done to ensure the design success of a drug but real life circumstances are mostly unpredictable. By this specific targeted action a drug acquires the property of differentiating between healthy and infected cells. Infected cells always have something different in their functional group expression as compare the the healthy cells. This helps the drug to differentiate between them.
Answer: whether the cell has a nucleus or not
Explanation: eukaryotes are complex organisms with a nucleus however prokaryotes are not
Answer:
1 tablet and a half.
Explanation:
1 mg is equivalent to 1/60gr
or
1 gr is equivalent to 60 mg.
Since you need to give 1/4 gr of morphine sulfate, you need to give 1/4 of 60mg. If you will calculate that, you will need to give 15 mg of morphine sulfate. Since the tablets come in 10 mg, you will need to give 1 tablet and a half.
You can also compute it this way:


Answer:
500 mg Ampicillin
Explanation:
given data
molecular weight = 349 g/mole
need = 10 ml of a 1000 x solution
solution
we get here for 50 μg / mL
here 10 ml of a 1000 x solution
so here need to weight is =50 μg × 10 = 500μg
so we were to prepare 1000 x
so here we get weight that is
we should weight = 500μg × 1000
so it is = 500 mg / 10 mL