Researchers have identified a novel Heat Shock Factor (HSF), designated as HSF5, which plays a crucial role in the completion of meiosis and the activation of genes essential for sperm formation. This discovery provides valuable insights into underlying causes of spermatogenic failure, the major contributor to male infertility.
Discovery of an atypical heat shock factor, HSF5, involved in meiotic mechanisms: Implications for male infertility." ScienceDaily. ScienceDaily, 1 May 2024. <www.sciencedaily.comKumamoto University. . Discovery of an atypical heat shock factor, HSF5, involved in meiotic mechanisms: Implications for male infertility.
The heat shock response of cells is a classic model of biological adaptation, part of the fundamental processes of life -- conserved in creatures from single-celled yeast to humans -- that allow ... A new gene that controls the completion of meiosis in spermatogenesis has been discovered. Until now, details of the mechanism that inactivates the expression of genes involved in the meiotic program ...
Researchers have clarified how homologous chromosome pairing -- a process necessary for sperm and egg formation where paternally- and maternally-derived chromosomes match and exchange genetic ... Researchers have identified an enzyme essential for the process of male meiosis, the type of cell division that produces sperm. The protein, SKP1, controls one of the key transitions in meiosis. ...Fixin' to Be Flexitarian: Scrap Fish and Invasive Species Can Liven Up Vegetables
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Discovery of an atypical heat shock factor, HSF5, involved in meiotic mechanisms has implications for male infertilityKumamoto University researchers have identified a novel heat shock factor (HSF), designated as HSF5, which plays a crucial role in the completion of meiosis and the activation of genes essential for sperm formation. This discovery provides valuable insights into underlying causes of spermatogenic failure, the major contributor to male infertility.
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