Answer:
B. Plasmid incompatibility will not allow both plasmids to persist
Explanation:
The two possibilities of why the plasmids are incompatible are:
1) Both plasmids contain the same origin of replicon and compete for the same Rep proteins.
2) Tetracycline: inhibits protein synthesis by binding and inhibiting ribosomal proteins, thus ampicillin target proteins may also be inhibited.
Ampicillin: Causes cell lysis which may lead to inactivation of tetracycline activity since tetracycline needs to diffuse through membrane porin channels prior binding and inhibiting ribosomal proteins.
Answer:
The correct answers are option a. "Olanzapine", c. "Ziprasidone" and e. "Aripiprazole".
Explanation:
Olanzapine, Ziprasidone and Aripiprazole are three atypical antipsychotics with long-term use that proved that are able to prevent the recurrence of mood episodes in clients with bipolar disease. Olanzapine blocks the receptors for several neurotransmitters; Ziprasidone has a binding affinity for dopamine, serotonin, and histamine; while Aripiprazole enhance the dopaminergic activity by acting as a partial agonist at D2 receptors. This three antipsychotics work with different mechanisms of action and its use should be prescribed by a specialized that could determine which treatment could be more effective.
Answer:
Sinoatrial Node?
Explanation:
Blood pressure drops whenever the vagus nerge is stimulated. In fact, babies have to constantly be monitored for position, becase cranial pressure can stimualte the vagus nerve and cut heart circulation by inhibitng the Sinoatrial node.
The black widow spider is an invertebrate. Its skeleton system hangs outside its body. The only difference between a vertebrate and invertebrate is the presence of backbone or a similar kind of structure with in the body. In case of black widow spider, the internal structural element is missing. Its skeleton system can be classified as exoskeleton.
what? I think you're missing some crucial information in this question.