Answer:
C
Explanation:
There are two roots in each spinal nerve: one that goes toward the back (posterior or dorsal), and one that goes toward the front (ventral or anterior). The dorsal root is sensory, and the ventral root is motor. The first cervical nerve may not have the dorsal root, but it may have the ventral root. The spinal ganglia are oval bumps that are found on the dorsal roots.
Answer:
The chemical receptors of cells have been defined as molecular structures to which other molecules considered as chemical messengers (neurotransmitters, hormones and other neuroactive molecules) specifically bind.
Chemical receptors can be located on the plasma membrane into which they insert by crossing it. Membrane domains have been defined for them and also on both sides of the membrane. The one on the external side corresponds to the binding site for messengers that come from other cells, a situation that defines the so-called heteroreceptors. If messengers coming from the cell itself join that site, the so-called autoreceptors are defined.
But chemical receptors can also be located inside cells. They are intracellular receptors and are found in the cytoplasm or in the nucleus. Messages act on them, which due to their chemical nature can cross the plasma membrane, such as steroidal hormones, thyroid hormones and neurosteroids
Explanation:
I hope my answer helped you
The genetic material is the property of the patient, and yes they should have to give consent. it is biological data the scientist is tampering with, you know.
Answer:
(C) She places a clock and a calendar in the client's room.
Explanation:
Answer:
"A programmable pump should be used to deliver an initial dose of 120mg over 2hours with 10% if the dose given intravenously."
Explanation:Ischemic stroke is a type of stroke that is associated with the brain,it is usually caused by the blockage or blockages in the artery which supplies blood to the brain,when this is blockage occurs,the amount of blood flow into the brain is either reduced or stopped,this will in turn reduce or eliminate the flow of oxygen into the brain.
WHEN THE OXYGEN REACHING THE BRAIN IS MINIMIZED OR STOPPED,THE BRAIN WILL DIE.
