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Three Johns Hopkins Medicine Researchers Named Fellows of the American Association for the Advancement of Science

Three researchers from the Johns Hopkins University School of Medicine have been elected to the American Association for the Advancement of Science’s (AAAS) c

United statesTakanari inoueJohns hopkinsCynthia searsAkira sawaAssociation of american physiciansDepartment of cell biologyBloomberg kimmel institute of cancer immunotherapyAmerican association for the advancement of scienceJohns hopkins bloomberg school of public healthInfectious diseases society of americaMolecular biology graduate programJohns hopkins schizophrenia centerMicrobiome forum at johns hopkinsJohns hopkins kimmel cancer centerJohns hopkins university school of medicine

Six Hopkins researchers named AAAS Fellows

They are among 502 distinguished scholars recognized this year as fellows of the American Association of the Advancement of Science, the world's largest general scientific society

West bengalUnited statesAkira sawaCynthial searsPatricia janakJohns hopkinsRoberta moffittCynthia searsRejji kuruvillaTakanari inoueJohns hopkins schizophrenia centerJohns hopkins university school of medicineProceedings of the national academy sciencesPatricia janakjoined the johns hopkins universityKrieger school of artsNational academy of sciences

Study identifies visual system protein for circadian rhythm stability

Study identifies visual system protein for circadian rhythm stability
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Kat dalyJohn hunyaraJohns hopkinsKatherine torresSamer hattarAlex kolodkinJohns hopkins department of neuroscienceIntramural research programInstitute for basic biomedical sciencesNational institute of mental healthJohns hopkins departmentBasic biomedicalCircadian rhythmsNational institute

Visual system protein appears to be key for stabilizing the body s circadian rhythms

Scientists at the Johns Hopkins University School of Medicine and the National Institutes of Health have identified a protein in the visual system of mice that appears to be key for stabilizing the body's circadian rhythms by buffering the brain's response to light.

Samer hattarKatherine torresKat dalyJohns hopkinsJohn hunyaraAlex kolodkinInstitute for basic biomedical sciencesNational institutes of healthIntramural research programJohns hopkins university school of medicineNational institute of mental healthJohns hopkins department of neuroscienceJohns hopkins university schoolNational institutesJohns hopkins departmentBasic biomedical

The Protein That Stabilizes Circadian Rhythms, Buffering the Brain s Response to Light

If circadian rhythms adjusted to every change in light, they would not be very effective in regulating such periodic behaviors as sleep.

John hunyaraAlex kolodkinKatherine torresSamer hattarJohns hopkinsKat dalyNational institutes of healthIntramural research programJohns hopkins department of neuroscienceInstitute for basic biomedical sciencesJohns hopkins university school of medicineNational institute of mental healthJohns hopkins university schoolNational institutesJohns hopkins departmentBasic biomedical sciences