Explore how single nucleotide polymorphisms (SNPs) in the ZUFSP protein can lead to disease through functional analysis and genetic research.
Exploring the connection between stroke and neurodegenerative proteinopathies, including biomarkers and emerging treatments.
Explore the molecular mechanisms of bortezomib resistance in multiple myeloma, including ferroptosis, exosomes, and the DEK gene pathway.
Discover how the MYC gene blocks leukemia treatment and prevents cancer cell differentiation, revealing new therapeutic approaches for CML.
Discover the remarkable janitorial system in red blood cells and the enzyme UBE2O that orchestrates cellular cleanup to create efficient oxygen carriers.
Explore how FOXO3 transcription factor and its cofactors regulate cellular responses to PI3K/AKT/mTOR inhibition in cancer treatment.
Explore how targeting the proteasome pathway is transforming cancer treatment and opening new frontiers in medicine.
Discover how water hyacinth's genetic adaptations allow it to thrive in nitrogen-deficient environments and what this means for sustainable agriculture.
Discover how ubiquitination regulates milk fat synthesis in dairy cows through molecular mechanisms that control fatty acid transport and triglyceride assembly.
Discover how DHA from fish oil triggers EGFR degradation in lung cancer cells through dual degradation pathways - a breakthrough in cancer research.