Answer:
A) Acetylcholine is released to initiate in the alimentary canal.
Explanation:
Food is our fuel, and its nutrients give our bodies' cells the energy and substances they need to work. But before food can do that, it must be digested into small pieces the body can absorb and use.
The first step in the digestive process happens before we even taste food. Just by smelling that homemade apple pie or thinking about how delicious that ripe tomato is going to be, you start salivating — and the digestive process begins in preparation for that first bite.
The least used measuring parameter for dosage calculations would be— length.
True.
A consistent carbohydrate diet is more effective in the diet treatment of diabetes than the glycemic index.
<h3>What is diabetes?</h3>
The term "diabetes mellitus" describes a collection of illnesses that impact how the body utilizes blood sugar (glucose). The cells that comprise the muscles and tissues depend on glucose as a major source of energy. The brain uses it as its primary fuel source.
Diabetes has a variety of primary causes. However, diabetes can result in too much blood sugar, irrespective of the type you have. Serious health issues may result from an excessive blood sugar level.
<h3>What is glycemic index?</h3>
According to how much each food raises blood sugar, foods containing carbohydrates are given a number on the glycemic index. The glycemic index is a tool for assisting with meal selection and is not a standalone diet plan like calorie or carb tracking.
To learn more about diabetes:
brainly.com/question/14823945
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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.
