Answer:
Cortisol is often referred to as a "stress hormone" because it is secreted in response to both psychological and physical stress. This hormone also aids in blood glucose regulation. If an increase in cortisol secretion leads to an increased insulin secretion, what action do you think cortisol has on blood sugar?
Cortisol simply acts as a buffer to the blood sugar as it helps to maintain the blood level sugar in order to avoid it being raised high or reduced beyond normal rate which is highly derogatory to human's health
Explanation:
Answer:
false
Explanation:
i guess that is an endangered species but a threatened species is one whose habitats or survival is in danger mostly due to human factors like poaching and encroachment I guess
Apical surface is the name of the epithelial cell surface that faces the outside of an organ.
The edge of the epithelium that faces light or the outside environment is called the apical surface.
The apical surface of the epithelial cells, where the lumen of the vesicles and tubules are located, and the inner surface of the body cavities, form the interface between the extracellular and underlying tissues.
It has multiple functions, including absorption and excretion, immune surveillance, sensory conduction, and barrier formation.
These functions are activated by several specializations, including glycocalyx (it cushions and hydrates the apical membrane), apical plasma membrane lipids(it restricts flow of water and solutes), channels and receptors (it regulates active and passive transport and sense the presence of growth factors), cytokines, and mechanical stimuli (eg, tensile and shear stress).
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The first answer because the larger could reproduce and small could hide better.
Photosynthesis is a process in which light dependent reactions is undertaken and can be studied elaborately. Photosynthesis is a process from which light energy transfers electrons from water to carbon hydroxide which produces carbohydrates. Water, Light intensity and temperature have huge hand in influencing the rate of photosynthesis.
1. Light energy is absorbed by electrons in the pigments and water molecules are split into Hydrogen atoms.
2. High Energy electrons move down the electron transport chain to pump the Hydrogen ions.
3. NADP+ molecules reacts with higher energy electrons along with H+ to form NADPH.
4. The H+ ions pass through ATP synthase causing the base to rotate and form ATP (Adenosine Triphosphate)
