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Cellular fate conversion via transcription factor programming

Molecular classification
Transcription factor
01

Overview

Cellular fate conversion via transcription factor programming refers to the process of inducing direct lineage conversion of cells by enforced expression of lineage-determining transcription factors. Rather than using extrinsic growth factors or morphogens, this approach employs specific combinations of transcription factors to activate a new transcriptional network in somatic cells, enabling efficient reprogramming into desired cell types such as neurons, cardiomyocytes, or hematopoietic stem cells. Advances have highlighted the potential for regenerative medicine, disease modeling, and cell therapy, but also underscored challenges such as incomplete conversion and safety risks. The phrase does not denote a discrete molecular target, but a suite of engineered approaches centered on transcriptional regulation to alter cell fate.

Other names
Cellular reprogrammingDirect cell fate conversionTranscription factor-mediated reprogrammingTransdifferentiation
02

Biological functions

Cell fate specificationCell differentiationCell reprogrammingCell lineage conversion
03

Disease associations

Regenerative medicineCancer (via manipulation of identity or dedifferentiation)Neurodegenerative disease (potential for neural repair)Hematologic disease (generation of hematopoietic stem cells)
04

Safety considerations

Unintended cell identity changesincomplete reprogrammingresidual epigenetic memorypotential tumorigenicitygenetic instabilityoff-target effects

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