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  1. Solomon Halbert Snyder (born December 26, 1938) is an American neuroscientist who has made wide-ranging contributions to neuropharmacology and neurochemistry. He studied at Georgetown University, and has conducted the majority of his research at the Johns Hopkins School of Medicine.

  2. Solomon H. Snyder is a renowned neuroscientist who studies cellular and molecular mechanisms of neurotransmission, second messengers, and drug action. He has made groundbreaking discoveries on gasotransmitters, D-serine, Huntington's Disease, and inositol phosphates.

  3. We announce the retirement of our colleague and friend, world renowned neuroscientist Solomon Snyder, distinguished professor emeritus of neuroscience at the Johns Hopkins University School of Medicine.

  4. Director, Department of Neuroscience. “We study novel messenger molecules and their interface with psychotropic drugs.”. Solomon H. Snyder MD, DSc, DPhil (Hon Causa) Professor of Neuroscience Emeritus. “My lab tries to understand how sensory experience shapes cortical circuitry and function.”. Alfredo Kirkwood PhD Professor of Neuroscience.

  5. Solomon Snyder. Johns Hopkins University School of Medicine. Verified email at jhmi.edu. Articles Cited by Public access. Title. Sort. Sort by citations Sort by year Sort by title. Cited by. ... AL Burnett, CJ Lowenstein, DS Bredt, TSK Chang, SH Snyder. Science 257 (5068), 401-403, 1992. 1527: 1992: The system can't perform the operation now ...

  6. www.researchgate.net › scientific-contributions › Solomon-H-Snyder-67474353Solomon H. Snyder's research

    Solomon H. Snyder's 892 research works with 134,466 citations and 12,573 reads, including: Identification of a Novel Mechanism Fostering the Alterations of Brain Energy Metabolism: a Link...

  7. medicalarchives.jhmi.edu › portrait › solomon-h-snyderSolomon H. Snyder

    During his long career at Johns Hopkins, Snyder and his research team made several key discoveries in neuroscience and molecular pharmacology. Snyder and his colleagues devised techniques for using reversible ligand binding to identify major neurotransmitters in the brain.