DAPK3 emerges as a new regulator of migration of triple-negative breast cancer cells
The researchers’ next steps include studying how DAPK3 promotes TNBC migration and assess its potential value as a therapeutic target.
Read MoreThe researchers’ next steps include studying how DAPK3 promotes TNBC migration and assess its potential value as a therapeutic target.
Read MoreThis model can help identify new disease biomarkers and test therapies that could alter its progression, maybe even prevent the condition.
Read MoreDr. Jin Wang explains what the new Center for NextGen Therapeutics has to offer to researchers at Baylor College of Medicine, across the Texas Medical Center and beyond.
Read MoreA new blood biomarker discovered in triple negative breast cancer patients could potentially indicate response to treatment.
Read MoreInflammation in the gut leaves long-term marks on intestinal stem cells that affect their response to future challenges.
Read MoreA medical student and his mentor share how the SOAR program brought them together to conduct basic science research and how the experience is shaping their careers.
Read MoreThe findings suggest that P-bodies might be an Achilles’ heel of acute myeloid leukemia, opening new avenues for developing anticancer agents to treat this condition.
Read MorePenk neurons in the brain support an ideal, balanced feeding pattern in unexpected ways.
Read MoreThis signal could improve diagnosis and monitoring of symptoms of severe depression and other anhedonia-related psychiatric conditions.
Read MoreOverexpression of lamin A (red) causes structural changes to the cell nucleus that are associated with aging.
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