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'''NOTCH family :''' The NOTCH family encodes transmembrane receptor proteins that are involved in cell fate determination during development. In the drosophila <ref name=Drosophila >DOI:10.1126/science.aab0988</ref> adult midgut, intestinal stem  
'''NOTCH family :''' The NOTCH family encodes transmembrane receptor proteins that are involved in cell fate determination during development. In the drosophila <ref name=Drosophila >DOI:10.1126/science.aab0988</ref> adult midgut, intestinal stem  
cells produce two types of daughter cells, the nutrient-absorbing enterocytes (ECs) and secretory enteroendocrine (ee) cells. Notch signalling between intestinal stem cells and their daughter cells guides cell specification. ISCs with elevated levels of the Notch Delta ligand more primarily activate the Notch signalling pathway in daughter cells and cause them to become ECs. However, ISCs having low levels of Notch Delta ligand direct daughter cells to become ee cells.  
cells produce two types of daughter cells, the nutrient-absorbing enterocytes (ECs) and secretory enteroendocrine (ee) cells. Notch signalling between intestinal stem cells and their daughter cells guides cell specification. ISCs with elevated levels of the Notch Delta ligand more primarily activate the Notch signalling pathway in daughter cells and cause them to become ECs. However, ISCs having low levels of Notch Delta ligand direct daughter cells to become ee cells.  
The NOTCH gene family in humans has a link with the Drosophila Notch gene. Members of the NOTCH gene family encode transmembrane receptor proteins that are useful to determine the cell fate during development.
The NOTCH gene family in humans <ref name=Function>DOI:10.1038/sj.onc.1203276</ref> has a link with the Drosophila Notch gene. Members of the NOTCH gene family encode transmembrane receptor proteins that are useful to determine the cell fate during development.


'''5CZX :''' 5CZX receives a signal and transmits it in the cell to initiate a change in cell activity.It can also used in the neuron fate commitment, artery morphogenesis or the regulation of NOTCH signaling pathway  
'''5CZX :''' 5CZX receives a signal and transmits it in the cell to initiate a change in cell activity.It can also used in the neuron fate commitment, artery morphogenesis or the regulation of NOTCH signaling pathway  

Revision as of 14:55, 14 January 2021

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5CZX

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References