J. Individual skeletal muscle cells are separated from each other by a thin shea
ID: 3522380 • Letter: J
Question
J. Individual skeletal muscle cells are separated from each other by a thin sheath of areolar connective tissue called the 4. The electrical signals produced by the sarcolemma in response to appropriate stimuli are called 5. A bundle of muscle fibers surrounded by perimysium is called an) on tost A BC Match the following a. Frontal b. Parietal c. Occipital d. Temporal Auditory area. 1Language/speech comprehension area. & Primary sensory cortex. 9_Seat of intelligence, abstract reasoning [O Somatic motor cortex. Posterior D E 0 Visual areas 17 Choroid plexus Pons Corpus callosuma. Thalamus. Pituitary gland DelExplanation / Answer
Q3 answer is ENDOMYCIUM, skeletal muscle is formed by multiple bundles of myofibrils which are arranged in a particular manner like this-
Each muscle outside covered by EpiMycium and it contain multiple fasciculus which are covered by perimycium and these fasciculus contain multiple sarcolemma covering muscle cells which are covered by the endomysium so each muscle cells is separated by endomysium areolar connective tissue layer.
Q 4 the electrical signal produced in the sarcolemma In response to the appropriate stimuli are called as end plate potential,
End plate potential is always at depolarizing potential which start muscle contraction.
Q 5 a bundle of muscle fibres covered by perimysium is called as fasciculus. as its explanation I already mentioned above.
Q 6 temporal lobe contain primary auditory cortex.
Q7 wernicke area present in the temporal lobe associated with the language and speech comprehension.
Q 8 parietal lobe contain primary somatosensory cortex.
Q9 frontal lobe is associated with seat of Intelligence and abstract thinking and reasoning.
Q10 somatic motor cortex is present in the frontal lobe.
Q11 occipital cortex contain primary visual cortex.
Q12 choroid plexus is marked by B
Q 13 pons is marked by D.
Q14 Corpus callosum is marked by A
Q15 thalamus is marked by C
Q16 pituitary gland is marked by E .
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