Funding
Like many things in life, great science cannot happen without support. Below are a list of our current and past grants that make our research possible.
Current Grant Support
Dean's Office Innovation Fund (AW McHill) 10/31/2022-10/31/2025
Funder: OHSU School of Nursing
Title: Circadian Based Time-Restricted Eating Paradigm to Improve Cardiometabolic Health and Prevent Disease
Major goals: 1) Investigate if a personalized, circadian-based time restricted feeding intervention will acutely improve cardiometabolic health independent of weight loss in overweight adult; and 2) To determine if this personalized intervention will chronically (16 weeks) decrease weight and improve cardiometabolic health in overweight adults.
Dr. McHill's Role: Principal Investigator
R01HL156948 (AW McHill) 09/1/2022 - 08/31/2026
Funder: NIH/NHLBI
Title: Uncovering the Impact of Diet on the Human Circadian Timing System
Major Goals: Identify the impact of a high-fat diet on human circadian entrainment and responses to light. We will also examine markers of cardiometabolic health, cognition, learning, and well-being during circadian misalignment and re-entrainment.
Dr. McHill's Role: Principal Investigator
K01 HL146992-01 (AW McHill) 04/01/2019-03/31/2023
Funder: NIH/NHLBI
Title: Uncovering Circadian Mechanisms of Poor Cardiometabolic Health
Major Goals: Determine the impact of the transition to a bus-driving schedule on weight management behaviors and design intervention to reduce weight and improve health.
Dr. McHill's Role: Principal Investigator
R01 HL163232 (SS Thosar) 04/01/2022- 03/31/2027
Funder: NIH/NHLBI
Title: Sleep and circadian mechanisms in hypertension
Major Goals: The major goal of this project is to understand how sleep and the endogenous circadian system affects cardiovascular physiology in people with hypertension.
Dr. McHill's Role: Co-Investigator
R35 HL155681 (SA Shea) 01/01/2021 - 12/31/2027
Funder: NIH/NHLBI
Title: Endogenous circadian mechanisms underlying cardiovascular risk.
Overall goal: There are clear day/night patterns in the timing of adverse cardiovascular events, including myocardial infarction, stroke and sudden cardiac death which all strike most frequently in the morning. This research program will examine how circadian rhythms in the cardiovascular system, behavior-related alterations in the cardiovascular system, and an individual’s own vulnerability may interact to affect risk for adverse cardiovascular events. This research will lay the groundwork for optimizing timed therapies for cardiovascular disease.
Dr. McHill's Role: Co-Investigator
U19 OH010154 (Hammer L) 09/01/2021 - 08/31/2026
Funder: CDCP/NIOSH
Title: Oregon Healthy Workforce Center
Major Goals: This project will systematically examine the association between work schedule and psychosocial determinants of sleep (e.g, work-life conflict, substance use), sleep duration or quality, safety and cardiovascular risk.
Dr. McHill's Role: Co-Investigator
Past Grant Support
R56HL156948 (AW McHill) 09/15/2021 - 08/31/2022
Funder: NIH/NHLBI
Title: Uncovering the Impact of Diet on the Human Circadian Timing System
Major Goals: Identify the impact of a high-fat diet on human circadian entrainment and responses to light. We will also examine markers of cardiometabolic health, cognition, learning, and well-being during circadian misalignment and re-entrainment.
Dr. McHill's Role: Principal Investigator
Oregon Institute of Occupational Health Sciences Innovation Funds (AW McHill / R Olson)
5/01/2018-4/30/2022
Title: Impact of the Transition into Mass Transit Bus Driving on Workers’ Dietary Behaviors Relative to and Circadian Timing and Overall Energy Balance
Overall Goal: Obtain preliminary data to determine the impact of the transition to a bus driving schedule on weight management behaviors.
Dr. McHill's Role: Co-PI/Project Leader
OHSU School of Nursing (M Song) 07/01/20 – 06/31/22
Title: Human Subject Research in the COVID-19 Era and Beyond: Virtual Tools and Social Distancing
Overall Goal: The goal of this research group is to adapt in the short term to the immediate circumstances of research during the COVID-19 era by exploring opportunities to apply new methods to future research with rural populations.
Dr. McHill's Role: Co-Investigator
NIH R01 HL140577 (SA Shea) 09/15/2017-05/31/2021
Title: Circadian Mechanisms of Cardiovascular Risk in Obesity
Overall Goal: The goal is to determine if obese individuals have normal or abnormal circadian rhythms in CV reactivity to stresses as compared to lean individuals.
Dr. McHill's Role: Co-Project Leader
Participant & Clinical Interactions Management Award (AW McHill) 07/01/2020-06/31/2021
Oregon Clinical & Translational Research Institute
Title: Uncovering Mechanisms of Poor Cardiometabolic Health during the Transition to Night Shift Work
Overall Goal: Major goals of this project are to determine the impact of the transition to a night shift schedule on cardiometabolic and safety outcomes.
Dr. McHill's Role: Principal Investigator
Participant & Clinical Interactions Management Award (AW McHill) 08/01/2019-07/31/2020
Oregon Clinical & Translational Research Institute
Title: Uncovering Biomarkers of Poor Cardiometabolic Health Altered by Circadian Timing
Overall Goal: The goal of this project is to phenotype potential cardiometabolic biomarkers altered by shiftwork and shifts in meal timing via research participant blood sampling.
Dr. McHill's Role: Principal Investigator
NIH R01 HL125893 (SA Shea) 07/15/2015-03/31/2019
Title: Circadian Rhythms and Cardiovascular Risk
Overall Goal: The goal is to determine if the internal body clock affects cardiovascular function differently in people with treated and untreated sleep apnea compared to healthy people, perhaps explaining the different timing of adverse events in this population.
Dr. McHill's Role: Co-Project Leader
NIH 1KL2TR002370-01 (D Jacoby /AW McHill) 08/01/2017-07/31/2019
Title: Influence of Circadian Misalignment and Obstructive Sleep Apnea on Energy Balance and Glucose Metabolism
Overall Goal: Determine the impact of circadian misalignment and obstructive sleep apnea on energy and glucose metabolism and obtain the training necessary to become an independent investigator.
Dr. McHill's Role: Principal Investigator/Project Leader
NIH 1F32DK107146-01A1 (AW McHill) 06/30/16-06/29/17
Title: Influence of Meal Timing and Sleep Variability on Macronutrient Intake and Body Composition in College Undergraduates
Overall Goal: Determine the relationship between the timing of food consumption and sleep and circadian measures in college undergraduates
Dr. McHill's Role: Principal Investigator/Project Leader
NIH 1RO1GM105018-01 (EB Klerman and CA Czeisler) 07/18/13-03/31/18
Title: Multi-Scale Modeling of Sleep Behaviors in Social Networks
Overall Goal: Quantify the effects of social networks on sleep in college students and develop mathematical models that encompasses an individual’s social network.
Dr. McHill's Role: Project Leader
NIH 5R01HL114088-04 (EB Klerman) 05/01/12-04/30/16
Title: Sleep Duration Required to Restore Performance During Chronic Sleep Restriction
Overall Goal: Determine the dynamics of the short- and long-term consequences of chronic sleep restriction and how they combine with circadian timing to determine performance at any given time.
Dr. McHill's Role: Project Leader
NIH 5T32HL007901-17 (CA Czeisler/ AW McHill) 08/01/98-06/30/18
Title: Training in Sleep, Circadian, and Respiratory Neurobiology
Overall Goal: Develop and train young sleep and circadian research scientists
Dr. McHill's Role: Post-doctoral Trainee/Project Leader
NIH 5R21DK092624-02 (KP Wright Jr.) 05/01/12-04/30/14
Title: Circadian Misalignment and Energy Metabolism
Overall Goal: Determine whether eating at night alters physiological mechanisms that promote weight gain and obesity.
Dr. McHill's Role: Project Leader
Dean’s Graduate Student Research Grant (AW McHill ) 11/01/13-07/01/14
Title: Early Morning Food Intake as a Novel Risk Factor for Metabolic Dysregulation
Overall Goal: Determine whether eating at in the early morning, as common in shiftwork, alters
physiological mechanisms that promote metabolic dysregulation.
Dr. McHill's Role: Principal Investigator / Project Leader