Glioblastoma, Engineered Herpes Virus, HSV-1 Immunotherapy, Oncolytic Virus, Neuro-Oncology, Brain Tumor Treatment, Immunotherapy Research, T-Cell Activation, Tumor Microenvironment, Nature Cancer Study, Mass General Brigham, HCP News, Clinical Research Updates, Neuroimmunology, Cancer Immunotherapy
Engineered Herpes Virus for Glioblastoma Immunotherapy

A Powerful New Direction in Glioblastoma Care Glioblastoma continues to be one of the most.

Neuroblastoma, Pediatric Oncology, Drug Resistance, Romidepsin, Chemotherapy Research, Cancer Treatment, Oncology Updates, Pediatric Cancer, Tumor Biology, JNK Pathway, Cancer Drug Development, Relapsed Neuroblastoma, Molecular Oncology
Neuroblastoma Drug Combo Extends Survival in Models

A Promising Shift in High-Risk Neuroblastoma Care New research reveals how a drug combination in.

glioblastoma, focused ultrasound, brain cancer research, temozolomide, neuro-oncology, liquid biopsy, MRI-guided therapy, blood–brain barrier, clinical trials, oncology news, cancer biomarkers, UMSOM, chemotherapy delivery, HCP oncology updates, eMedEvents news
Focused Ultrasound in Glioblastoma: A New Hope for Survival

A Promising Shift in Glioblastoma Care Glioblastoma focused ultrasound is emerging as one of the.

Chromosome , Chromosome congression, KIF18A, CENP-E, mitosis, kinetochore, chromosomal instability, cancer cell division, targeted therapy, synthetic lethality, precision oncology, CRISPR screening, protein cooperation, spindle assembly, biomarker selection, oncology research
Protein Pair Guides Chromosome Alignment in Mitosis

Key Points A joint research team from the University of Osaka and MIT discovered how.

magnetic nanorobots, tumor drug delivery, chemotherapy enhancement, cancer treatment, drug resistance, nanomedicine, oncology innovation, targeted therapy, mechano-killing, nanotechnology, tumor suppression, biomedical engineering, cancer research, doxorubicin, mechanical disruption
Magnetic Nanorobots Enhance Tumor Drug Delivery

Cancer remains one of the leading causes of morbidity and mortality worldwide. One of the.

STF-1623, Cancer Immunotherapy, Solid Tumors, ENPP1 Inhibitor, cGAMP, STING Pathway, Oncology, Glioblastoma, Pancreatic Cancer, Colorectal Cancer, Breast Cancer, Tumor Microenvironment, Innate Immunity, Clinical Trials, Cancer Research
New Drug STF-1623 Shows Promise in Treating Solid Tumors

STF-1623 Transforming ‘Cold’ Tumors into ‘Hot’ Tumors Cancer immunotherapy has changed the way certain cancers.

Cancer cell memory, Chemotherapy effectiveness, Chromatin reprogramming, Chemotherapy resistance, Epigenetic regulation, Chromatin packing domains, Transcriptional memory, Celecoxib combination, Ovarian cancer model, Tumor growth inhibition, Gene expression memory, 3D genome architecture, Biomedical engineering, Chromatin conformation, Treatment side effects
Targeting Cancer Cell Memory Boosts Chemotherapy

Researchers double chemotherapy effectiveness through chromatin reprogramming In a recent breakthrough published in PNAS, scientists.