NEET Test Series from KOTA - 10 Papers In MS WORD
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Neural Control and Coordination
284776
Vomiting is controlled by
1 Hypothalamus
2 Cerebrum
3 Medulla oblongata
4 Mid brain
Explanation:
C Vomiting is controlled by the medulla oblongata The medulla of the brain is connected to spinal cord. Vomiting centre initiates and controls the act of emesis, which involves as series of contractions of the smooth muscles lining the digestive tract.
MHT CET-2019
Neural Control and Coordination
284777
Branching tree like processes of white matter extending into grey cortex of cerebellum is called
1 Arbor vitae
2 Crura cerebrii
3 Gyri
4 Thalami
Explanation:
A Outer part of cerebellum is made up of grey matter while inner part is of white matter. White matter projects outside and forms a branched tree like structure known as arbor vitae.
MHT CET-2018 / JIPMER-2010
Neural Control and Coordination
284779
Organ of Corti is located on the
1 Basilar membrane
2 Basement membrane
3 Reissner membrane
4 Synovial membrane
Explanation:
A The organ of Corti is a structure located on the basilar membrane which contains hair cells that act as auditory receptors. - The hair cells are present in rows on the internal side of the organ of Corti.
MHT CET-2017
Neural Control and Coordination
284783
The parotid salivary glands are innervated by branches of nerve.
1 Vagus
2 Spinal accessory
3 Facial
4 Glossopharyngeal
Explanation:
D The parotid salivary glands are innervated by branches of Glossopharyngeal nerve. It is a mixed nerve that carries afferent (sensory) and efferent (motor) information. It controls the secretion of saliva sense of taste and movement of the pharynx.
C Vomiting is controlled by the medulla oblongata The medulla of the brain is connected to spinal cord. Vomiting centre initiates and controls the act of emesis, which involves as series of contractions of the smooth muscles lining the digestive tract.
MHT CET-2019
Neural Control and Coordination
284777
Branching tree like processes of white matter extending into grey cortex of cerebellum is called
1 Arbor vitae
2 Crura cerebrii
3 Gyri
4 Thalami
Explanation:
A Outer part of cerebellum is made up of grey matter while inner part is of white matter. White matter projects outside and forms a branched tree like structure known as arbor vitae.
MHT CET-2018 / JIPMER-2010
Neural Control and Coordination
284779
Organ of Corti is located on the
1 Basilar membrane
2 Basement membrane
3 Reissner membrane
4 Synovial membrane
Explanation:
A The organ of Corti is a structure located on the basilar membrane which contains hair cells that act as auditory receptors. - The hair cells are present in rows on the internal side of the organ of Corti.
MHT CET-2017
Neural Control and Coordination
284783
The parotid salivary glands are innervated by branches of nerve.
1 Vagus
2 Spinal accessory
3 Facial
4 Glossopharyngeal
Explanation:
D The parotid salivary glands are innervated by branches of Glossopharyngeal nerve. It is a mixed nerve that carries afferent (sensory) and efferent (motor) information. It controls the secretion of saliva sense of taste and movement of the pharynx.
C Vomiting is controlled by the medulla oblongata The medulla of the brain is connected to spinal cord. Vomiting centre initiates and controls the act of emesis, which involves as series of contractions of the smooth muscles lining the digestive tract.
MHT CET-2019
Neural Control and Coordination
284777
Branching tree like processes of white matter extending into grey cortex of cerebellum is called
1 Arbor vitae
2 Crura cerebrii
3 Gyri
4 Thalami
Explanation:
A Outer part of cerebellum is made up of grey matter while inner part is of white matter. White matter projects outside and forms a branched tree like structure known as arbor vitae.
MHT CET-2018 / JIPMER-2010
Neural Control and Coordination
284779
Organ of Corti is located on the
1 Basilar membrane
2 Basement membrane
3 Reissner membrane
4 Synovial membrane
Explanation:
A The organ of Corti is a structure located on the basilar membrane which contains hair cells that act as auditory receptors. - The hair cells are present in rows on the internal side of the organ of Corti.
MHT CET-2017
Neural Control and Coordination
284783
The parotid salivary glands are innervated by branches of nerve.
1 Vagus
2 Spinal accessory
3 Facial
4 Glossopharyngeal
Explanation:
D The parotid salivary glands are innervated by branches of Glossopharyngeal nerve. It is a mixed nerve that carries afferent (sensory) and efferent (motor) information. It controls the secretion of saliva sense of taste and movement of the pharynx.
NEET Test Series from KOTA - 10 Papers In MS WORD
WhatsApp Here
Neural Control and Coordination
284776
Vomiting is controlled by
1 Hypothalamus
2 Cerebrum
3 Medulla oblongata
4 Mid brain
Explanation:
C Vomiting is controlled by the medulla oblongata The medulla of the brain is connected to spinal cord. Vomiting centre initiates and controls the act of emesis, which involves as series of contractions of the smooth muscles lining the digestive tract.
MHT CET-2019
Neural Control and Coordination
284777
Branching tree like processes of white matter extending into grey cortex of cerebellum is called
1 Arbor vitae
2 Crura cerebrii
3 Gyri
4 Thalami
Explanation:
A Outer part of cerebellum is made up of grey matter while inner part is of white matter. White matter projects outside and forms a branched tree like structure known as arbor vitae.
MHT CET-2018 / JIPMER-2010
Neural Control and Coordination
284779
Organ of Corti is located on the
1 Basilar membrane
2 Basement membrane
3 Reissner membrane
4 Synovial membrane
Explanation:
A The organ of Corti is a structure located on the basilar membrane which contains hair cells that act as auditory receptors. - The hair cells are present in rows on the internal side of the organ of Corti.
MHT CET-2017
Neural Control and Coordination
284783
The parotid salivary glands are innervated by branches of nerve.
1 Vagus
2 Spinal accessory
3 Facial
4 Glossopharyngeal
Explanation:
D The parotid salivary glands are innervated by branches of Glossopharyngeal nerve. It is a mixed nerve that carries afferent (sensory) and efferent (motor) information. It controls the secretion of saliva sense of taste and movement of the pharynx.