11 articles tagged with "cancer"
Research indicates that gut bacteria and metabolites may serve as critical biomarkers for early detection of digestive diseases, leveraging AI for improved diagnostics.
A research team from the University of Geneva has developed a molecular system that utilizes synthetic DNA strands to selectively target and neutralize cancer cells, potentially enhancing treatment efficacy in oncology.
Innovative lipid nanoparticles are being utilized to improve the effectiveness of CAR T cell therapy in treating pancreatic cancer, a malignancy known for its late diagnosis and poor survival rates.
Chemotherapy drugs have been shown to significantly damage RNA, which is vital for protein synthesis and gene expression. This damage has implications for cancer treatment strategies.
A recent discovery by Purdue University researchers highlights a new protein modification that may influence cancer therapy approaches, particularly through its effects on enzyme energy processes.
Recent advancements in biotechnology have led to the engineering of probiotic bacteria capable of infiltrating tumors and producing localized cancer therapies, demonstrating effectiveness in murine models.
A newly engineered CD40 agonist antibody, delivered via direct tumor injection, demonstrates potential for systemic cancer reduction in early trials, indicating significant implications for cancer treatment architecture.
Researchers at Mayo Clinic have engineered milk-derived nanoparticles to enhance the delivery of therapies directly to cholangiocarcinoma tumors, potentially improving treatment efficacy.
Recent findings indicate that cells can sense their environment from a distance greater than previously understood, which could have significant implications for cancer metastasis.
Recent research highlights the role of TDP43 in DNA repair processes, revealing its potential implications for ALS, cancer, and dementia.
Recent research has uncovered additional functions of the cereblon protein, a key player in cancer drug development, potentially improving existing therapies.