Study sheds light on why some prostate tumors are resistant to treatment
Peer-Reviewed Publication
Updates every hour. Last Updated: 29-Jul-2025 18:11 ET (29-Jul-2025 22:11 GMT/UTC)
A new study from University of Michigan Rogel Cancer Center researchers identifies a cellular signature that explains why about one-third of prostate cancers respond especially poorly to treatment.
Keck Medicine of USC is participating in a national, multisite clinical trial examining if a genetically engineered herpes simplex virus, when combined with immunotherapy, reduces or eliminates melanoma tumors.
Impact Factor Update: With MicroRNA’s addition to the Impact Factor list, 62 Bentham Science journals now hold this prestigious distinction. Current Neuropharmacology continues to lead the list with a 2024 impact factor of 5.3, followed by Recent Patents on Anti-Cancer Drug Discovery (4.1) and Current Medicinal Chemistry (3.5). Bentham Science is committed to publishing impactful research in the years to come.
A new, low-cost biosensing technology that could make rapid at-home tests up to 100 times more sensitive to viruses like COVID-19. The diagnostic could expand rapid screening to other life-threatening conditions like prostate cancer and sepsis, as well. Created by researchers at the University of California, Berkeley, the test combines a natural evaporation process called the “coffee-ring effect” with plasmonics and AI to detect biomarkers of disease with remarkable precision in just minutes.
Key findings:
--Energy-generating waves on the membranes of cancer cells may help to fuel disease progression.
--Disrupting the process could slow or halt cancer metastasis.
--Higher levels of the enzymatic waves appear linked to more severe forms of cancer, indicating that measuring them could help scientists stage cancers.