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Transcriptional regulators that control network of genes required for a cell to be pluripotent.

A) Oncogenes
B) Housekeeping genes
C) Pluripotency factors
D) Structural genes

User Manat
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Final answer:

Pluripotency factors are the transcriptional regulators that control the genes for cell pluripotency. They function by promoting or inhibiting gene transcription, thereby influencing the developmental fate of cells.

Step-by-step explanation:

The transcriptional regulators that control a network of genes required for a cell to be pluripotent are known as Pluripotency factors. These factors are crucial during the development of an organism as they regulate the expression of genes that are essential for maintaining the pluripotent state, which allows cells to differentiate into any type of cell in the body. Transcription factors, including Pluripotency factors, interact with DNA to either promote or inhibit the transcription of genes, thereby affecting gene expression and influencing cell fate.

User Ben Golding
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