• CAR T Cell Therapy May Eliminate Tumor Cells Missed by Surgery

• First Test of Anti-Cancer Agent PAC-1 in Human Clinical Trials Shows Promise
• Epigenetics Breaks Into the Clinical Practice of Cancer

• Cracking the Mystery Behind a Deadly Brain Cancer

• Single-Cell 'atlas' Reveals Origin of an Aggressive Brain Tumor

• Hunting Brain Cancer Cells

• Unraveling the Biology Behind Aggressive Pediatric Brain Tumor Reveals Potential New Treatment Avenue

• Researchers Pinpoint Potential Treatment for Lethal Childhood Cancer

• Making Glioblastoma More Vulnerable to Treatment

• Researchers Identify a Gene as a Potential Target in Treatment-Resistant Brain Cancer Glioblastoma Multiforme

• Scientists Are One Step Closer to Stopping Drug-Resistant Tumors from Growing

• Critical Information About the Size and Growth Speed of Gliomas

• Scientists Identify Promising Therapeutic Target for Incurable Brain Cancer

• Biosensor Detects Brain Tumors With Less Than a Drop of Blood

• New Method Eradicates Deadly Brain Tumors by 'starving' Them of Energy Source

• Understanding Why Deadly Brain Cancer Comes Back

• Research Discovery May Help Diagnose and Treat Cancer and Brain Disorders
• Scientists Identify Pathway to Curb Spread of Brain Cancer

• 3D Model of Brain Tumor Environment Could Aid Personalized Treatment

• Gene That Causes Deadliest Brain Tumor Also Causes Childhood Cancers

• New Insights Into Melanoma Brain Metastases

• Activating STING Could Make Brain Tumors More Susceptible to Treatment

• Dynamic Cells Linked to Brain Tumor Growth and Recurrence

• Biomarkers Found That Could Be Drug Targets Against a Deadly Form of Brain Cancer

• The Interferon Gamma Receptor Pathway Is Necessary for CAR T-Cell Mediated Killing in Solid Tumors
• Recurring Brain Tumors Shaped by Genetic Evolution and Microenvironment

• A Nanoparticle and Inhibitor Trigger the Immune System, Outsmarting Brain Cancer

• Scientists Develop 'off the Shelf' Engineered Stem Cells to Treat Aggressive Brain Cancer

• Key Protein Identified for Brain Stem Cell Longevity

• Novel Approach Could Lead to Treatment of Devastating Brain Tumors

• AURORA Study Identifies Molecular Features Tied to Breast Cancer Tumor Spread

• Researchers Identify an Immunotherapy Target to Combat Glioblastomas

• Immunotherapy Delays Disease Progression of High-Grade Meningiomas

• 最小的脑瘤患者显著Poorer Outcomes Than Older Pediatric Patients

• Treating Cancer With Light-Sensitive Nanoscale Biomaterials

• Immune Cells Leave Fingerprints on Tumors Metastasized to the Brain Offering Clues to Future Therapies

• Burst of Radiation and Vesicles-Based Immunotherapy Suppress Brain Cancer Growth

• Researchers Discover New Way to Target Secondary Breast Cancer That Has Spread to the Brain

• Chemotherapy’s Effectiveness May Vary With Time of Day

• Boosting T Cells Improves Survival in Mice With Glioblastoma

• Drug Modifies Epigenome in Aggressive Brain Tumors

• CBD Reduces Glioblastoma’s Size, Supportive Environment in Experimental Model

• Magnetic Resonance Imaging (MRI) and Artificial Intelligence (AI) Can Detect Early Signs of Tumor Cell Death After Novel Therapy

• Which Glioblastoma Patients Will Respond to Immunotherapy?

• Using T Cells to Target Malignant Brain Tumors

• Noninvasive Brain Biopsy Shows Improved Sensitivity in Tumor Detection

• Arginine, an Inexpensive Oral Drug, Could Enhance Radiation Therapy for Cancer

• Under Arrest: Using Nanofibers to Stop Brain Tumor Cells from Spreading
• Research Breakthrough Could Mean Better Treatment for Patients With Most Deadly Form of Brain Tumor

• Gel Enhances CAR-T Immunotherapy Benefits in Brains Surgically Treated for Glioblastoma

• The Immune System's Double Agents

• Powerful Technique Details Brain Tumors’ Formidable Resiliency

• Targeting a Rare Secondary Cancer in Children
• Antidepressants Inhibit Cancer Growth in Mice

• Different Types of Cancers Are Likely to Spread to Specific Areas of the Brain

• New Avenue for Study of Diseases Like Multiple Sclerosis

• Cancer Cells’ Unexpected Genetic Tricks for Evading the Immune System
• Can Fruit Fly Research Help Improve Survival of Cancer Patients?

• Researchers Discover a Dependency of Glioblastoma on Biotin Distribution

• Fighting Brain Cancer at Its Root

• Report Shows Adult Brain Tumor Incidence Rates Are Decreasing but 5-Year Survival Rates Remain Low

• Varying Immune Cell Levels in Canine Brain Tumors Could Provide Therapeutic Targets

• Researchers Bioprint an Entire Active Glioblastoma Tumor Using a 3D Printer

• Deep Learning Model Classifies Brain Tumors With Single MRI Scan

• Investigational Magnetic Device Shrinks Glioblastoma in Human Test

• Could Ketogenic Diet Be Helpful With Brain Cancer?

• Structures Discovered in Brain Cancer Patients Can Help Fight Tumors

• Looking at Tumors Through a New Lens

• Blood Stem Cells Make Brain Tumors More Aggressive

• Sleeper Cells: Newly Discovered Stem Cell Resting Phase Could Put Brain Tumors to Sleep

• 针对细胞代谢异常显示承诺for Treating Pediatric Brain Tumors

• Breaching the Blood-Brain Barrier to Deliver Precious Payloads

• Microglia, Stockholm Syndrome and Miraculous Cures in Glioblastoma Patients

• An Ion Pump to Deliver Chemotherapy Agents to the Brain

• Cellular 'hotspots' In the Brain May Signify the Earliest Signs of Cancer

• Activating the Brain's Immune System Against Cancer Prevents It from Spreading, Research Finds

• Chemo for Glioblastoma May Work Better in Morning Than Evening

• New Strategy for Fighting Brain Cancer

• Immune Cells in Cerebrospinal Fluid Predict Response to Immunotherapy

• Combination Treatment for Common Glioma Type Shows Promise in Mice

• New Immunotherapy Target Discovered for Malignant Brain Tumors

• Aggressive Brain Tumor Mapped in Genetic, Molecular Detail

• Malaria Tricks the Brain's Defense System

• Creating a Safe CAR T-Cell Therapy to Fight Solid Tumors in Children

• New Approach Emerges to Better Classify, Treat Brain Tumors

• The Role of T Cells in Fighting Cancer

• Recurrent GBM Brain Tumors With Few Mutations Respond Best to Immunotherapy

• One in Five Brain Cancers Fueled by Overactive Mitochondria
• Study Identifies Exposure to Common Food-Borne Pathogen Linked to Rare Brain Cancer

• Anticoagulants Reduce the Number of Brain Metastases in Mice

• Molecular Reporters Expose the Allies of the Brain Tumor

• Anti-Diarrhea Drug Drives Cancer Cells to Cell Death

• New Guidelines for Treating the Complications of Brain Tumors

• Key Driver of the Spread of Cancer to the Brain

• White Blood Cells May Cause Tumor Cell Death -- But That's Not Good News

• Cancer-Killing Virus: Activates Immune System Against Colon Cancer

• Researchers Unlock the Door to Tumor Microenvironment for CAR T Cells

• Glioblastoma Nanomedicine Crosses Into Brain in Mice, Eradicates Recurring Brain Cancer

• Cancer Treatment Without Side Effects?
• New Tactic to Stop the Growth of a Deadly Brain Cancer