Muscular dystrophy can result in loss of mobility and lack of coordinated movements. given this information, what does mu
• muscle tissue from communicating with the brain
connective tissue from creating blood cells
epithelial tissue from excreting and absorbing
bone tissue from supporting the weight of the body

Muscle tissue from communicating with the brain

Explanation:

Muscle tissue from communicating with the brain

Explanation:

Muscular dystrophy is the term used to describe a group composed of more than 30 diseases that directly affect the muscular system. These diseases are of a genetic nature and are directly linked to the X chromosome. As already mentioned, this group of diseases causes damage to the muscles and their progressive degeneration, in addition to their malfunction, because it prevents muscle tissue from communicating with the brain. .

These diseases are commonly present in men, although women are asymptomatic carriers of the defective gene responsible for the disease.

the oldest known insects are believed to live around 400 millions ago as suggested by the fossil records.   some plants having woody stems also evolved during this time.

after the evolution of insects the first four legged species or the tetrapods evolved in shallow freshwater habitats from the intermediate species approximately 397 million years ago. the tetrapods went on conquering the land giving rise to amphibians, reptiles, mammals and birds.

the major split in tetrapods first occurred 340 million years ago branching off from amphibians.

363 million years ago when the carboniferous period began the insects started roaming on land and taking flights, following which the four limbed tetrapods adapted in the terrestrial habitat.

1) a

2)c

3)a

4)c

5)b

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