Sentences with AXOLEMMATA
Check out our example sentences below to help you understand the context.Sentences
1
"The axolemmata is a component of the neuron's cell membrane."
2
"Damage to the axolemmata can impair nerve function."
3
"The axolemmata protects the axon and helps with signal transmission."
4
"The composition of the axolemmata varies across different types of neurons."
5
"The axolemmata contains various ion channels."
6
"Certain diseases can affect the integrity of the axolemmata."
7
"The axolemmata is involved in maintaining the resting membrane potential."
8
"Electrical impulses travel along the axolemmata."
9
"Injury to the axolemmata may result in the degeneration of axons."
10
"The axolemmata plays a role in regulating the exchange of molecules."
11
"Axons are surrounded by axolemmata and myelin sheaths."
12
"The axolemmata serves as a physical barrier to protect the axon."
13
"Axons with damaged axolemmata can have impaired conduction velocity."
14
"Proteins embedded in the axolemmata play critical roles in cellular signaling."
15
"Some substances can permeate through the axolemmata more easily than others."
16
"Repairing the damaged axolemmata can help restore nerve function."
17
"The axolemmata is crucial for the survival and functioning of neurons."
18
"Certain toxins can disrupt the normal functioning of the axolemmata."
19
"The axolemmata has a lipid bilayer structure."
20
"The axolemmata has a high concentration of sodium channels."
1
"The axolemmata is the outer membrane of a nerve fiber in the peripheral nervous system."
2
"Injury to the axolemmata can disrupt nerve function and lead to neuropathy."
3
"The axolemmata plays a crucial role in maintaining the polarized state of neurons."
4
"Regeneration of damaged axolemmata is a challenging process in nerve injury recovery."
5
"The integrity of the axolemmata is essential for efficient saltatory conduction in myelinated nerve fibers."
6
"Axonal transport refers to the movement of various components along the axolemmata."
7
"The composition of lipids in the axolemmata affects membrane fluidity and function."
8
"Certain diseases, like Charcot-Marie-Tooth, primarily affect the axolemmata and lead to motor and sensory dysfunction."
