Category: Disease Discoveries
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Chandel Awarded NCI Outstanding Investigator Award
Navdeep Chandel, PhD, David W. Cugell Professor of Medicine, has received the National Cancer Institute’s Outstanding Investigator Award to explore how mitochondrial metabolism plays a role in cancer.
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Unlocking the Brain’s Role in Pain
Certain anatomical properties of the brain – not the initial injury – determine most of a patient’s risk of developing chronic pain, according to a new study.
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Collaborating to Explore Cancer Therapy Resistance
The results of a recent study co-authored by C. David James, PhD, uncovered potential new targets for treating glioblastoma, a fatal brain tumor for which there is currently no cure.
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Glowing Map of Infection May Shine Light on Female HIV Transmission
Scientists have created a glowing map of the very first cells to be infected with an HIV-like virus, pinpointing the vulnerable points where HIV may enter the female reproductive tract.
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Nanoparticle Acts Like Trojan Horse to Halt Asthma
A biodegradable nanoparticle can hide an allergen in a friendly shell to convince the immune system not to attack it, according to new Northwestern Medicine research.
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Stem Cell Method Predicts Patient Response to Cancer Drug
New Northwestern Medicine research has shown that reprogrammed stem cells can be used to identify patients with cancer who are likely to experience a dangerous side effect of a common chemotherapy drug.
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Children with Epilepsy Face Social Problems
Suboptimal social and educational outcomes among young adults with childhood epilepsy persist even when seizures are under control and the disease is in remission, according to a recent study.
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Untangling Genes and the Environment in Depression
Genetic factors and the environment cause depression via different molecular pathways in rats, according a new Northwestern Medicine study.
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Investigating the Role of Pulmonary Veins in Asthma
MD/PhD student Sai Folmsbee aims to understand the role of the protein αT-catenin, found in heart cells, in the development of asthma.
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Decoding Signaling Pathways that Lead to Scar Tissue
The loss of a component of a protein complex responsible for attaching cells together activates genes that lead to the buildup of fibrous scar tissue seen in cardiac disease arrhythmogenic cardiomyopathy, according to a recent study.
