Mary Harrington

Tippit Professor in the Life Sciences Psychology

Smith College

Affiliations

Smith College

Department Of Statistical And Data Sciences

Psychology

Mary Harrington is currently serving as a Statistical And Data Sciences Tippit Professor in the Life Sciences Psychology at Smith College.

Honors

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Experiences

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Education

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Mary Harrington

Smith College

Tippit Professor in the Life Sciences Psychology

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physiology chronobiology neuroscience neurophysiology pineal research nervous system neuroanatomy psychoneuroendocrinology neurons central nervous system mammalian biology molecular physiology biology neuropharmacology molecular neuroscience pharmacology neuropsychopharmacology aging cell neuroscience of aging experimental gerontology molecular neurodegeneration homeostatic mechanisms neurotransmission melatonin fatigue management behavioral neuroscience animal physiology cerebral blood flow neuropeptides pineal gland bioluminescence cerebral vascular regulation pituitary adenylate cyclase peptides symptom management diabetes technology cellular physiology circulatory physiology time perception functional selectivity brain circuitry sleep medicine neuropeptide receptors mammalian physiology neural science primate behavior physical aging vascular aging comparative physiology light regulation pituitary gland disease physiology biogerontology clinical neuroscience brain science health management system intergeniculate leaflet circadian systems mouse suprachiasmatic nucleus jet lag nonphotic responses circadian clock circadian time mrna levels light-induced circadian responses mammalian circadian system circadian modulation membrane conductances hamster circadian clock neuropeptide y circadian rhythms biological rhythms

Notable Scholarly Works

Notable Federal Grants

Collaborators

Looking Back at Jbr 2020-2025. Journal of Biological Rhythms (2026)

Impacts of Chronic Jetlag on Compensatory Angiogenesis in 5Xfad Mice. Alzheimer s & Dementia (2025)

The Effect of Cerebral Hypoperfusion on Daily Rhythms of Locomotor Activity in Mice After Carotid Artery Stenosis. Alzheimer s & Dementia (2025)

Circadian Biology and the Neurovascular Unit. Circulation Research (2024)

Effects of Aging on Diurnal Transcriptome Change in the Mouse Corpus Callosum. iScience (2024)

Tanya Leise. Journal of Biological Rhythms (2024)

Mary E. HarringtonKurt BryanRob BenedettoAlec DavidsonJennifer EvansTodd HolmesStephanie Taylor

tanya leiseanimal physiologyphysiologyelectrophysiologychronobiologybiology

Beyond the Symptom: The Biology of Fatigue. SLEEP (2023)

David M RaizenJanet MullingtonChristelle AnacletGerard ClarkeHugo CritchleyRobert DantzerRonald DavisKelly L DrewJosh FesselPatrick M FullerErin M GibsonMary HarringtonW Ian LipkinElizabeth B KlermanNancy KlimasAnthony L KomaroffWalter KoroshetzLauren KruppAnna KuppuswamyJulie LasselinLaura D LewisPierre J MagistrettiHeidi Y MatosChristine MiaskowskiAndrew H MillerAvindra NathMaiken NedergaardMark R OppMarylyn D RitchieDragana RoguljaAsya RollsJohn D SalamoneClifford SaperVicky WhittemoreGlenn WylieJarred YoungerPhyllis C ZeeH Craig Heller

sleep medicinephysiologysleepsymptom managementfatigue managementstress (biology)biologyhealth sciences

Corrigendum to “Rhythms in Barriers and Fluids: Circadian Clock Regulation in the Aging Neurovascular Unit” [Neurobiology of Disease, Volume 181 (1St June 2023) Article Number 106120]. Neurobiology of Disease (2023)

neuroscienceneurophysiologyphysiologyneurodegenerative diseasescerebral blood flowmolecular neurodegenerationvolume 181biogerontologydisease physiologyneurologyaging cellneuroscience of agingcerebral vascular regulationchronobiologyageingexperimental gerontologycircadian clock regulationnervous systemjune 2023central nervous system

Rhythms in Barriers and Fluids: Circadian Clock Regulation in the Aging Neurovascular Unit. Neurobiology of Disease (2023)

neuroscienceneurophysiologyhomeostatic mechanismsvascular biologycirculatory physiologyphysiologycerebral blood flowneurovascular unitvascular agingphysical agingneurologyneuroscience of agingaging cellcerebral vascular regulationblood vesselschronobiologyageingexperimental gerontologycircadian clock regulationnervous systemcentral nervous system

Cell-Type-Specific Circadian Bioluminescence Rhythms in Dbp Reporter Mice. Journal of Biological Rhythms (2022)

Ciearra B. SmithVincent van der VinneEleanor McCartneyAdam C. StowieTanya L. LeiseBlanca Martin-BurgosPenny C. MolyneuxLauren A. GarbuttMichael H. BrodskyAlec J. DavidsonMary E. HarringtonRobert DallmannDavid R. Weaver

biologybioluminescencecell biologychronobiology