Which three types of proprioceptors are stimulated when you ride a bicycle?

a. muscle spindles, mechanoreceptors, and thermoreceptors
b. mechanoreceptors, interoceptors, and lateral line organs
c. muscle spindles, Golgi tendon organs, and joint receptors
d. lateral line organs, Golgi tendon organs, and mechanoreceptors
e. interoceptors, joint receptors, and lateral line organs


c

Biology & Microbiology

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You investigated the cytoskeleton and found that all three elements, including the one you suspected, are completely normal. You then decide to look at the motor proteins to see if the cause might lie with one of them

Which of the following would be your hypothesis? A. The melanophores in these tadpoles have partially or non-functional kinesin that would normally transport organelles along microtubules to the center of the cell. B. The melanophores in these tadpoles have partially or non-functional kinesin that would normally transport organelles along microfilaments to the center of the cell. C. The melanophores in these tadpoles have partially or non-functional dynein that would normally transport organelles along microtubules to the center of the cell. D. The melanophores in these tadpoles have partially or non-functional dynein that would normally transport organelles along microfilaments to the center of the cell. E. The melanophores in these tadpoles have partially or non-functional myosin that would normally transport organelles along microfilaments to the center of the cell.

Biology & Microbiology

How do viruses differ from all other

microorganisms?

a. they do not evolve b. they have no nucleus c. they are non-cellular d. they are pathogens e. more than one of these is a difference between viruses and all other microorganisms

Biology & Microbiology

While water continually orients phospholipids into a lipid bilayer, it does not fix the lipids permanently into position. Thus, the bilayer is considered to be _______

A. static B. fluid C. fluctuating D. charged

Biology & Microbiology

The return of carbon dioxide to the atmosphere and nitrogen to the soil is due to the action of

A. viruses and plants. B. bacteria and viruses. C. fungi and bacteria. D. fungi and viruses.

Biology & Microbiology