Exploring the breakthrough of creating tetracycline-controlled Cas9-expressing pig cells using somatic cell nuclear transfer for biomedical applications.
Exploring how udder microbiomes influence bovine mastitis through cutting-edge genomic research and microbial transplantation studies.
Discover how 'junk DNA' repeat elements become activated in failing hearts and contribute to heart failure through epigenetic mechanisms.
Exploring the phenomenon of FLAGS genes that accumulate rare mutations at astonishing rates despite rarely causing disease, and how they impact rare disease research.
Exploring how ribosomal genes survive and function in micronuclei, and their implications for cancer and genetic disorders.
Discover how distant intronic sequences control RNA editing in kainate receptors GluR5 and GluR6, shaping brain function through molecular long-distance communication.
How scientists cracked the genetic code of an uncultivable pathogen devastating Taiwan's ornamental plants.
Discover how hibernating bats undergo genomic reprogramming to survive extreme conditions, offering insights for human medicine and climate adaptation.
Discover how fungi are being used to biodegrade vulcanized rubber from discarded tires through advanced genetic, molecular and surface analysis techniques.
Exploring how diverse participation in genetic studies is advancing precision medicine for breast cancer treatment and survival rates.