Significance of Gene regulation
Gene regulation encompasses processes that manage gene expression, influencing the activation or repression of genes. This includes mechanisms such as the cleavage and ligation of nucleic acids, which play a critical role in determining the characteristics of organisms like Solanum trilobatum, especially during flowering. Additionally, gene regulation involves interactions between proteins and ligands that impact transcription factors and regulatory proteins, effectively controlling when and how genes are expressed.
Synonyms: Gene expression control, Transcription regulation, Gene control, Transcriptional regulation, Genetic regulation, Transcriptional control
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The concept of Gene regulation in scientific sources
Gene regulation involves processes that manage gene expression, influenced by mechanisms such as nucleic acid cleavage and ligation. This regulation is crucial for controlling when and how genes are expressed in various contexts.
From: The Malaysian Journal of Medical Sciences
(1) These are the processes that control which genes are expressed and at what level, and miRNA can modulate lifespan by managing the temporal control of post-embryonic processes.[1] (2) This is a process promoted by the binding of nuclear localization of β-catenin and T-cell factor-dependent transcriptional activator, and is essential for transcription.[2]