Category: Uncategorized

  • Mandel Paper Adds to Understanding of Good Bacteria

    Mandel Paper Adds to Understanding of Good Bacteria

    Mark Mandel, PhD, assistant professor in microbiology-immunology, recently published research explaining how only a single species of bacteria cells are directed into the light-organ of the Hawaiian bobtail squid. The findings could shine light on the good and bad bacteria humans interact with every day.

  • New Approach in Fight against Brain Cancer

    New Approach in Fight against Brain Cancer

    Alexander Stegh, assistant professor in the Ken and Ruth Davee Department of Neurology, has developed a research program aimed at understanding the genetics of the most prevalent and malignant form of brain cancer.

  • Study Pinpoints New Targets for Ovarian Cancer Treatment

    Study Pinpoints New Targets for Ovarian Cancer Treatment

    A team or researchers have shown that ovarian cancer cells induce nearby cells to alter their production of three microRNAs – small strands of genetic material that are important regulators of gene expression.

  • Feinberg Alum Works ‘Miracle’ for Classmate’s Family

    Feinberg Alum Works ‘Miracle’ for Classmate’s Family

    The sister of Mark Einbecker, MD’85, had a seizure, fell, and hit her head last winter. With traumatic brain injuries, she may not have recovered had it not been for her neurosurgeon, Edie Zusman, MD’87.

  • Protein Critical for Embryonic Development Gets New Role

    Protein Critical for Embryonic Development Gets New Role

    Recent work suggests that folic acid, a protein most commonly associated with fetal development, may also be involved in the prevention of adult onset diseases such as Alzheimer’s disease, dementia, neuropsychiatric disorders, cardiovascular diseases, and cerebral ischemia.

  • Innovation Lab Enhances Medical Training

    Innovation Lab Enhances Medical Training

    The Innovation Lab, within the Simulation Technology and Immersive Learning Center, develops medical training devices using state-of-the-art materials and techniques, including modern polymers, 3-D printing, and Computer-Aided Design, with the goal of improving medical education.