Answer:
The answer to the question: Where does the stimulus occur in order to initiate an AP, would be, B: Dendrites.
Explanation:
When an impulse is to be generated and passed on as an action potential towards a corresponding neuronal cell, and a final affected organ, the neurons need first to be stimulated so that an action potential begins. This stimulus comes as a neurotransmitter released by other neurons near the one that will be stimulated. This neurotransmitter will bind to the receptors on the dendrites of the neuron to be stimulated and immediately this will cause the ion channels, gated and non-gated, to open and close so that an action potential can be initiated. The cell body then initiates the first action potential, and will in turn stimulate the axon to also start their own action potential, which will, like a domino effect, move down to the axon terminals. This process will be followed all along a neuronal circuit.
Answer:
Smoking makes fatty deposits more likely to form, and it accelerates the growth of plaque.
Explanation:
learned about it
Answer:
it's C (ultrasound)
Explanation:
it's not cochlear implant because cochlear is for your ears
it's not laser light because laser light surgery is used to repair skin
brachytherapy is used for cancer treatment (usually prostate)
electrical impedance tomography is used to form a tomographic image
ultrasound therapy is used to reduce swelling
so it's ultrasound (C)
Answer:
Telling the adolescent that the prescribed dose of rapid-acting insulin should be administered
Answer:
The Diathesis-Stress Model explains that psychological disorders derive from the combination of a predisposition to vulnerability or diathesis, as an innate factor, together with experiences of stress as an acquired factor. Therefore, innate factors and acquired factors are needed to develop certain disorder.
Explanation:
From the perspective of the diathesis-stress model, a disorder is the result of the interaction between a genetic predisposition or vulnerability (diathesis), with external factors or personal experiences (stress). This model is used to explain the development of mental disorders with a clear genetic basis, such as schizophrenia, bipolar disorder, etc. The appearance of the disorder will depend on the combination of both factors. The more genetic predisposition you are, the more likely you are to develop these low-stress diseases. And on the contrary, a low predisposition protects us from suffering a mental disorder, even if different stressors occur in our life.
