How a Deadly Superbug Tricks the Immune System to Survive in Hair Follicles
discovermagazine - Learn how Candida auris takes advantage of the skin’s immune response to stay put inside hair follicles.
AI Summary: Researchers show that Candida auris can persist in hair follicles by rewiring local skin immune responses, creating a hidden reservoir that helps the fungus survive disinfection and spread in healthcare settings. The finding explains persistent colonization and suggests new diagnostic and decolonization strategies focused on follicular niches — because apparently this pathogen likes a good hairdo.
FDA Approved Pluvicto Plus ARPI for PSMA-Positive mAPMN/S Prostate Cancer
oncodaily - On July 31, 2026, the US Food and Drug Administration approved lutetium Lu 177 vipivotide tetraxetan, marketed as Pluvicto, in combination with androgen receptor pathway inhibitor (ARPI) therapy for adults […]
AI Summary: The FDA has approved an expanded use for a lutetium‑177 radiopharmaceutical (Pluvicto), broadening access for PSMA‑positive metastatic prostate cancer patients and potentially speeding the adoption of targeted radionuclide therapy. Clinicians note the approval could shift treatment sequencing and patient pathways, with implementation details and eligibility criteria guiding real‑world impact.
- Access, dose optimization and real-world data for Lu-177 (4)
- FDA expands Pluvicto approval; industry reaction (3)
- PSMAddition trial: earlier Lu-177 delays metastatic progression (5)
Access, dose optimization and real-world data for Lu-177
FDA expands Pluvicto approval; industry reaction
PSMAddition trial: earlier Lu-177 delays metastatic progression
NCCS Develops AI Tool to Predict Liver Cancer Recurrence After Surgery
oncodaily - National Cancer Centre Singapore (NCCS) shared on LinkedIn: “Can we now predict who’s at greatest risk for liver cancer recurrence? Congratulations to NCCS’ Professor Pierce Chow, Associate Professor Wai Leong Tam, Mr. Karthik Sekar, […]
AI Summary: A newly developed AI model predicts risk of liver cancer recurrence following surgical resection, integrating imaging and clinical variables to stratify patients more accurately. Early validation suggests the tool could personalize surveillance intensity and adjuvant therapy decisions, reducing unnecessary exams for low‑risk patients while focusing resources where recurrence risk is highest.
Some COVID-19 Patients Suffered Heart Damage, an Overlooked Coronavirus Protein May Explain Why
discovermagazine - Discover how the inconspicuous nucleocapsid protein from coronaviruses can trigger hyperinflammation, an effect not typically seen in other viruses.
AI Summary: Scientists identified a previously underappreciated SARS‑CoV‑2 protein that appears to damage heart tissue and may help explain persistent post‑COVID symptoms. The study ties the viral molecule to mechanisms of cardiac injury, opening diagnostic and therapeutic research paths for long COVID cardiac effects — proof that sometimes the troublemaker was hiding in plain sight.