#Question id: 7011
#SCPH01 Biochemistry
The vertebrate brain and spinal cord start their development as a flat plate of neuroepithelial cells that folds up along most of its length to form a tube. The process of forming this neural tube is called neurulation. Which of the following signals play important role in both neurulation and cell fate patterning of neural tube?
#Question id: 7011
#SCPH28 | Zoology
The vertebrate brain and spinal cord start their development as a flat plate of neuroepithelial cells that folds up along most of its length to form a tube. The process of forming this neural tube is called neurulation. Which of the following signals play important role in both neurulation and cell fate patterning of neural tube?
#Question id: 7012
#SCPH01 Biochemistry
The differentiated cells divide but maintain their differentiated functions. The new cells do not come from stem cells, nor do they come from the dedifferentiation of the adult cells. Each cell produces cells similar to itself; no mass of undifferentiated tissue forms. This type of regeneration is:
#Question id: 7013
#SCPH01 Biochemistry
In Drosophila development, cell membranes do not form until after the:
#Question id: 7014
#SCPH01 Biochemistry
Microglia are often considered the “immune cells” of the central nervous system, since they function:
#Question id: 7015
#SCPH01 Biochemistry
During the specification of neural crest cells, the neural plate is bordered by neural crest anteriorly and caudally, and by placodal ectoderm anteriorly. If the ectodermal cells receive both BMP and Wnt for an extended period of time, they become