Northwestern and Cell Press Symposium Highlights Transcriptional Regulation
Northwestern and Cell Press hosted a symposium on transcriptional regulation, welcoming more than 350 attendees from around the world.
Browsing: "Biochemistry"
Genetically Modified Protein Improves Repair of Muscle Injuries
Genetic modifier protein Annexin A6 accelerates acute and chronic muscle injury repair by more than 50 percent.
New Epigenetic Regulation of Cancer Uncovered
Scientists have identified a new gene that can inhibit a multi-protein complex, possibly increasing the risk of cancer, according to a new study published in Science Advances.
Slowing Metabolism Can Prevent Detrimental Effects of Genetic Mutations
Slowing mutant fruit flies’ metabolic rates can prevent detrimental effects of many genetic mutations, according a new study published in the journal Cell.
Prindle Receives 2019 Pew Scholar Award
Arthur Prindle, PhD, assistant professor of Biochemistry and Molecular Genetics, has been named a Pew Biomedical Scholar.
Exercising to Improve Function in Muscular Dystrophy
Low- and moderate-intensity exercise improved muscle, heart and breathing function in an animal model of Duchenne muscular dystrophy, according to a Northwestern Medicine study.
Mutations Synergize in Pediatric Brain Cancer
A new Northwestern Medicine study has demonstrated that a combination of two mutations makes a form of pediatric brain tumors more deadly.
Newly Discovered Protein Explains Leukemia’s Treatment Resistance
Northwestern scientists recently identified a new protein complex that is upregulated in acute myeloid leukemia, potentially explaining why current therapies are often ineffective.
Uncovering Mechanisms of Cellular Growth and Division
A new study has uncovered a key mechanism underlying the control of a co-factor that is essential for all cells to grow and divide, and which may also play a key role in cancer cell growth.
Study Suggests New Strategy to Treat Advanced Prostate Cancer
A Northwestern Medicine study provides new insights into a signaling pathway in metastatic prostate cancer and suggests that a novel drug combination may improve treatment response and slow cancer growth.