<h2>The brain ventricle located in the diencephalon is the <u>third</u> ventricle.</h2>
Explanation:
Brain Ventricles:
- Ventricles are the communicating network
- It is filled with CSF (cerebrospinal fluid )
- This is responsible to transport the above fluid around the cranial cavity.
Ventricle system consists of "2 lateral ventricles", "the third ventricle", "the cerebral aqueduct", and the "fourth ventricle".
diencephalon:
- This is the division of fore brain.
- This relays sensory information
- Controls autonomic functions
- It is also termed as "between brain" or "interbrain"
The right answer for the question that is being asked and shown above is that: "Secondary Succession" Assuming this land was once a farmer’s field with previously established vegetation, the process that does this photograph best represent is secondary succession.
Answer:
Which molecule is correctly paired with the class of molecule to
which it belongs?
Explanation:
Answer:
Erythrocyte
Explanation:
Erythrocytes, or otherwise called, red-blood cells are responsible for transporting oxygen and carbon dioxide to and from the cells and tissues. The reason for this is because of a protein called hemoglobin. The hemoglobin found in erythrocytes allow for transportation of oxygen + CO2 to and from cells.
Answer:
Hair cells are present inside the inner ear that acts as a receptor of sound. Researchers affirmed that once there is a damage to the hair cell, it can regenerate in birds.
Damage hair cell can lead to loud noise which in turn affect the ear. The supporting cells are present along with the hair cells. When the hair cells get damaged, the supporting hair cell gets the signal to start the process of regeneration.
