Answer:
<em>When your organs don't receive enough blood, they begin to </em><em><u>stop functioning properly.</u></em>
<em>Explanation:</em>
<em>If your organs do not get enough</em><em> blood</em><em>, your organs are not receiving enough </em><em>oxygen </em><em>as blood transports oxygen to different parts of the body.</em>
<em>So they fail to function properly.</em>
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<em>hope this helps</em>
<em>and ur welcm</em>
<em>:D</em>
Explanation:
1. where the nail is formed- nail matrix
2. white crescent shape on the nail matrix- lunula
3. thin layer of skin that covers the base of the nail- cuticle
4. part of the nail that covers the tender part of your finger- nail plate
5. part of the nail that extends over your finger- free edge
6. nails that need to be trimmed once a week- fingernails cuticle
7. nails that need to be trimmed every two weeks- toenails
8. a result of not keeping your hands moisturized- hangnail
9. when the corner of a toenail grows into the flesh of the nail bed- ingrown toenail
Further Explanation:
Nails begin growing out the nail matrix this matrix creates this matrix forms new skin cells which forces all the cells all that sells out creating nails those injuries to mail to the nail bed orders orders or issues affecting the metrics often can lead to destruction of nail growth
The nail plate is immediately viewable with the naked eye, and covers the nail bed, which is the region where the nail sticks to the finger. Over this section is the lunula, the white half moon shapes at the base of the nail . The nail matrix is the region directly before the lunula the germinal matrix below the lunula and closest to the knuckle where most of the nail production occurs. The periosteum, are structures surrounding nail plateswhile the cuticle is a region of skin which protects the nail matrix where nails grow out of the finger. Every month nails typically grow up to 3 to 4 mm.
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Mechanoreceptors
Mechanoreceptors are sensory receptors that respond to physical formations of membrane generated by touch, stretch, pressure, motion and sound. The mechanoreceptors in the cochlea of the inner ear are the most sensitive in the human body. The mechanosensory stereocilia vibrates when sound waves pass the cochlear fluid and transduce sound into nervous signal.
