Place each label in the proper position to designate the appropriate glial cell. 1. Oligodendrocytes 1. Surround and insulate cells of the PNS and found
around the somas
2. Ependymal Cells 2. Produce and circulate CSF
3. Microglia 3. Multi-functioning cell involved with
neurogenesis, scar formation, etc.
4. Astrocytes 4. Form the myelin sheath in the CNS
5. Schwann Cells 5. Insulate neurons and enhance the rate of
transmission in the PNS6. Satellite Cells
6. Most abundant CNS glial cell

1. Oligodendrocytes - Form the myelin sheath in the CNS.

2. Ependymal Cells - Produce and circulate CSF .

3. Microglia - Multi-functioning cell involved with  neurogenesis, scar formation, etc.

4. Astrocytes - Most abundant CNS glial cell.

5. Schwann Cells - Insulate neurons and enhance the rate of  transmission in the PNS.

6. Satellite Cells - Surround and insulate cells of the PNS and found  around the somas .

Explanation:

The cells in the nervous tissue can be divided into two groups: neurons and glia. Neurons transmit information with one another, while the glia is a group of different cells that are essential to the correct functioning of the neurons.

The type of glial cells varies according to their location.

For example, in the Central Nervous System (CNS), there is an abundant proportion of astrocytes, which are cells with many functions and are recognized by the star-like projections. Also in the CNS, microglia can be found in a variety of situations performing as specialized macrophages, which is why they are important for the immune response. Ependymal cells are also on the CNS but they line in the brain's ventricles and the central canal of the spinal cord, producing cerebrospinal fluid (CSF).

Oligodendrocytes and Schwann Cells share the same function: producing the myelin sheath around the axons to enhance the rate of transmission between the neurons. The difference is that oligodendrocytes are located in the CNS and Schwann Cells are located in the PNS.

Satellite cells, located in the Peripheral Nervous System, mostly serve as a cushion for the neurons, to protect them from damage.

a physical change is being made.

the dna molecules have a negative charge because of the phosphate groups in their sugar-phosphate backbone, so they start moving through the matrix of the gel towards the positive pole. power is turned on and dna fragments migrate through gel (towards the positive electrode).

explanation: