2nd International Conference on
Renaissance London Heathrow Hotel, UK
In order to guarantee that proteins are created at the proper time, in the proper location, and in the proper quantities, Gene Regulation includes the mechanisms that govern when, where, and how much a gene is expressed within a cell. Involving processes like promoter activation, transcription factors, RNA splicing, microRNAs, and epigenetic alterations, this regulation takes place at several levels, including transcriptional, post-transcriptional, translational, and post-translational stages. In order for organisms to react dynamically to internal cues and environmental changes, proper gene regulation is essential for cell differentiation, development, growth, and homeostasis maintenance. Its significance in both health and disease is highlighted by the fact that dysregulation of gene expression can result in cancer, metabolic problems, and hereditary diseases. Comprehending gene regulatory networks is useful in synthetic biology, biotechnology, and medicine because it makes it easier to create gene-based treatments, targeted therapies, and engineered biological systems. The exact regulation of gene expression in complex organisms is becoming increasingly clear to us thanks to developments in genomics and systems biology.
