The cause of hyperpolarization of a neuronal membrane is the flow of positive ions out of the opening channel of the neuronal membrane.
What is hyperpolarization?
This can be defined as when the membrane potential becomes more negative at a particular spot on the neuron’s membrane.
The cause of hyperpolarization is when the flow positive ions out of the opening channel of the neuronal membrane can cause hyperpolarization.
Examples: Opening of channels that lets K+ flows out of the neuronal membrane or let's CL- flow into the neuronal membrane can cause hyperpolarization.
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Answer:
The body regulates those levels in an example of homeostasis. When levels decrease, the parathyroid releases hormones. If calcium levels become too high, the thyroid helps out by fixing calcium in the bones and lowering blood calcium levels. The nervous system helps keep homeostasis in breathing patterns.
Explanation:
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Answer: when a person becomes infected with HIV the body responds by trying to eliminate the virus. This is the job of the immune system, and one way the immune system tries to get rid of viruses like HIV, is by making antibodies. ... Other immune system cells eventually destroy this antibody-and-germ pair.:
Explanation I just learned about this
Pharmacodynamics is what you think about when you consider how a medicine will affect the human body.
<h3>What can you say about pharmacodynamics?</h3>
The term "pharmacodynamics" describes the connection between drug concentration at the site of action and the effect that follows, including the progression and severity of therapeutic and unfavorable effects. The interaction of a drug with a receptor at the site of action determines the drug's impact.
<h3>What features of pharmacodynamics are there?</h3>
Pharmacodynamics: A General Overview Chemical Reactions Dose-Response Correlations Interactions between drugs and receptors
<h3>What is a pharmacodynamics example?</h3>
The simultaneous injection of an NSAID and phenprocoumon (an additive interaction) or aspirin and ibuprofen are examples of pharmacodynamic interactions (antagonistic interaction).
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