A knockout is a laboratory animal in which researchers have inactivated, or 'knocked out,' an existing gene by replacing it or disrupting it with an artificial piece of DNA.
Delivery of messenger RNA into the testes of infertile mice can reactivate spermatogenesis...
CRISPR/Cas9 genome editing has been used in mice to investigate two key genes' roles in male fertility and sperm production...
A large-scale study has unveiled genes essential for early brain development and uncovered the cause of a previously unrecognised neurodevelopmental disorder...
Disruption to a gene causes malformations to the development of sperm tails, resulting in mice producing no functional sperm...
CRISPR-based genome editing has been used to overcome chemotherapy resistance in lung tumours by disabling a tumour-specific mutation...
A peer-reviewed paper reports proof-of-concept that a genome-edited pig liver can successfully support liver function in human patients...
Knocking out a single gene on the Y chromosome has been found to cause infertility in male mice...
A newly discovered complex formed from cohesin and proteins is essential in the production of sperm...
Using CRISPR to edit a single gene in mice with head and neck cancer led to half of them becoming tumour-free...
Genes involved in DNA repair have been found to quicken the progression of Huntington's disease...
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