The hypothalamus communicates with anterior pituitary gland the via the hypothalamic-hypophyseal portal system.
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What is anterior pituitary gland?</h3>
Your pituitary gland, which is a tiny, pea-sized organ situated at the base of your brain beneath your hypothalamus, has a front lobe that is known as the anterior pituitary. A number of different endocrine glands are under the control of the pituitary gland, which is a component of your endocrine system.
The anterior (front) lobe and posterior (back) lobe are the two lobes that make up your pituitary gland. Over six different hormones, including those produced and released by the anterior pituitary, control a number of cellular functions, including:
- Growth.
- Metabolism (how your body transforms and manages energy from the food you eat).
- Reproduction.
- Response to trauma or stress.
- Lactation.
To learn more about anterior pituitary gland visit:
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They are used to bully people about their looks or size
Kids are exposed to things they shouldn’t be due to people posting inappropriate things
<u>Answer</u>:
<em>Sodium potassium pump works by following several steps.
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<u>Explanation</u>:
<em>1. Carrier protein binds three molecules of Na+
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<em>2. ATP is split, phosphate bonds to carrier.
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<em>3. Carrier protein changes shape, and deposits Na on the outside of the cell.
</em>
<em>4. Carrier binds two molecules of K
</em>
<em>5. Phosphate is released.
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<em>6. Potassium is released inside the cell
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Sodium -potassium pump is essential to maintain the concentration of sodium and potassium outside and inside the cell respectively.
It is the function of sodium potassium pump to transport sodium out of the cell and potassium inside of the cell against a concentration gradient.
<em>Thus it is an active transport mechanism.
</em>
A. green ; black
The sensory cells present on our retina that are responsible for our vision are known as rod cells and cone cells. Rod cells do not allow us to see in color, only black and white, and are better in low-light conditions. Cone cells are responsible for our ability to see colors but are bad in low-light conditions. Cone cells are able to sense red, green and blue colors. When one type of the cells will be stimulated, the remaining will show an "afterimage" due to the overstimulation of the complementary cells.