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Study Finds Method To Make Glioblastoma Cells "Self-Destruct"
Researchers have developed a method that can kill the aggressive brain tumor glioblastoma in animal models. By blocking certain functions in the cell with a docked molecule, the researchers caused cancer cells to die of stress.
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Promising Results From Small Trial of Drug Combination for Glioblastoma
Improvements in 6-month progression-free survival may warrant additional study in a larger trial.
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Transporter Structure Discovery Sheds Light for Cancer Drug Development
The structure and function of a transporter protein with roles in immunity and cancer have been studied, giving new insights into how it works and how it may be targeted by therapeutics.
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Compound Prevents Kidney Toxicity Caused by Chemotherapy Drug
Researchers in Japan identify a compound that can prevent cisplatin-induced renal toxicity and improve the outcomes of cancer treatment.
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AI-Based Diagnosis Model for CNS Tumors Developed
A team of researchers has proposed an AI-based automatic diagnosis model for central nervous system tumors.
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Liver Cancer Is Driven by B Cells
Inflammatory fatty liver disease and the resulting liver cancer are driven by autoaggressive T cells. Scientists now show what is behind this destructive behavior.
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Developing New Methods To Treat Diffuse Midline Gliomas
A new study shows that craniospinal radiation reduces metastatic disease in this deadly pediatric cancer.
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“Zombie” Cells Eliminated With New Molecule
Over time, the body's cells stop working properly and begin to accumulate, which eventually leads to aging. Now, researchers have discovered a new molecule that is able to destroy these old cells without affecting the healthy ones.
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Study Explores Tobacco Use and Symptom Burden in Cancer Survivors
According to a study, continued smoking following a cancer diagnosis is a risk factor for worse outcomes, but this is not associated with reduced interest in quitting.
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Subtypes for Difficult-To-Treat Ovarian Cancer Identified
Three subtypes of a difficult-to-treat ovarian cancer have been identified, based on differences in intracellular signaling pathways. This finding could help researchers to develop more effective therapies.
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