Albany Medical College

• Antonio Paul

  Professor

• Kenneth R Norman

  Professor

• Kristen Zuloaga

  Professor

• Gabrielle Fredman

  Professor

• Whitney Morgan Longmate

  Assistant professor

• Sophie Belin

  Assistant professor

• Irma Rukhadze

  Associate professor

Sources: reporter.nih.gov

• NCT07670507

  Phase 2/3, Not yet recruiting, 60 people, 26 Jun 2026

• NCT05024825

  Phase 4, Terminated, 17 people, 27 Aug 2021

• NCT03686657

  Collaborator, Phase 1/2, Withdrawn, 0 people, 27 Sept 2018

• NCT03188978

  Phase 1/2, Withdrawn, 0 people, 16 Jun 2017

• NCT02703610

  Phase 4, Withdrawn, 0 people, 9 Mar 2016

• NCT02651324

  Phase 4, Completed, 50 people, 11 Jan 2016

• NCT02624856

  Phase 4, Withdrawn, 0 people, 9 Dec 2015

• NCT01065961

  Phase 1/2, Status unknown, 200 people, 10 Feb 2010

• NCT01035333

  Collaborator, Phase 4, Completed, 19 people, 18 Dec 2009

• NCT00574015

  Phase 4, Completed, 18 people, 14 Dec 2007

• NCT00004257

  Phase 1, Completed, 18 Apr 2003

• National Institute on Aging

  Novel lipolytic sterol signaling pathway against Alzheimer's progression., R21AG099011, US$205k, 17 Sept 2026

• National Institute on Aging

  R21, Investigating Inter-organelle Dynamics During Aging, R21AG098296, US$246k, 2026–2028, 31 Aug 2026

• National Institute on Aging

  R21, Identification of endothelial gene targets over Alzheimer s disease progression, R21AG099223, US$451k, 2026–2028, 24 Aug 2026

• National Institute of Neurological Disorders and Stroke

  R01, Metabolic and Hormonal Mechanisms of VCID, R01NS110749, US$813.7k, 2019–2029, 4 Aug 2026

• American Heart Association

  Innovative Project Award, Rethinking Androgens: Influence of Testosterone on Menopausal Neurovascular Aging, 26IPA1627889, US$200k, 2026–2028, 1 Jul 2026

• National Institute of Neurological Disorders and Stroke

  RF1, Targeting Inflammation-Resolution Pathways to Limit VCID, RF1NS140762, US$2m, 2026–2029, 3 Jun 2026

• National Heart, Lung, and Blood Institute

  R01, Inflammation-resolution impairments in aging and atherosclerosis, R01HL170249, US$779.9k, 2023–2027, 25 May 2026

• National Institute of Arthritis and Musculoskeletal and Skin Diseases

  R21, Roles of epidermal integrin α3β1 in age-dependent changes during cutaneous wound healing, R21AR083049, US$175k, 2024–2027, 14 May 2025

• National Institute on Aging

  R03, Studying axo-glial interface in aging, R03AG089077, US$82k, 2024–2027, 8 Apr 2025

• National Institute on Aging

  R21, Developing new mouse models of andropause for ADRD research, R21AG089534, US$462.9k, 2024–2027, 16 Aug 2024

• National Institute on Aging

  R01, The impact of aging on the functional and anatomical coupling between brainstem noradrenergic neurons and upper airway muscles, R01AG065233, US$156k, 2020–2026, 13 Aug 2024

• National Heart, Lung, and Blood Institute

  R01, Senescence dysregulates of inflammation-resolution programs in atherosclerosis, R01HL153019, US$52.2k, 2020–2024, 3 Jun 2023

Sources: reporter.nih.gov, openalex.org