Neuroanatomy - Cerebrospinal Fluid (Csf)
(85).jpg "Neuroanatomy - Cerebrospinal Fluid (Csf)")
Basics of the structure of the system which produces cerebrospinal fluid
- 1.The main cell type which produces CSF is the
- A.
Astrocyte
- B.
Basket Cell
- C.
Ependymal Cell
- D.
Purkinje Cell
- E.
Schwann Cell
- 2.The main anatomical structure which produces CSF is called the
- A.
Amygdala
- B.
Cerebral Cortex
- C.
Cerebellum
- D.
Choroid Plexus
- E.
Foramen of Monroe
- 3.The main compartments which hold CSF in the brain are called
- A.
Arteries Cavities
- B.
Chambers
- C.
Jim
- D.
Ventricles
- E.
Viaducts
- 4.How many ventricles are there?
- A.
2
- B.
4
- C.
7
- D.
9
- E.
32
- 5.What is the more common name for 'ventricles 1+2'
- A.
Anterior ventricles
- B.
Lateral ventricles
- C.
Primary ventricles
- D.
Posterior ventricles
- E.
Vertical ventricles
- 6.The lateral ventricles are connected to the third ventricle via
- A.
Cerebral Aqueduct (of Sylvius)
- B.
Ependymal Canal
- C.
Medial Aperture (Foramen of Magendie)
- D.
Interventrricular foramina (of Monro)
- E.
Telephone
- 7.The third ventricle is connected to the fourth ventricle via the
- A.
Cerebral Aqueduct (of Sylvius)
- B.
Ependymal Canal
- C.
Lateral Aperture (Foramen of Luschka)
- D.
Medial Aperture (Foramen of Magendie)
- E.
Internet
- 8.The Lateral and Medial Apertures drain the fourth ventricle into the
- A.
Arachnoid granulations
- B.
Cerebellum
- C.
Ependymal Canal
- D.
Fifth ventricle
- E.
Subarachnoid space
- 9.The greatest volume of CSF is contained within the
- A.
Lateral ventricles
- B.
Third ventricle
- C.
Fourth ventricle
- D.
Subarachnoid dpace
- 10.The subarachnoid space is between the arachnoid mater and the
- A.
Alma mater
- B.
Dura mater
- C.
Pia mater
- 11.The Pia mater is the 'innermost' layer of the meninges, attached to the brain
- A.
True
- B.
False
- 12.CSF is resorbed by the
- A.
Arachnoid granulations
- B.
Con granulations
- C.
Dura granulations
- D.
Pia granulations
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