Skip to Main Content
Health Metadata Commons
Feedback
Documentation
Login
Home
Search Metadata Commons
Metadata Submission
Resources
Biodiversity Data Sources
Go Back
Project
Metadata Commons Identifier
HMC000141
Required
Project Title
Gut Dysbiosis as a Mechanism Driving Increased Cancer Risks Among Night Shift Workers
Required
Project Description
<p style="line-height:normal;"><span style="font-family:"Arial",sans-serif;" lang="EN-US">Our objective is to identify differences in gut microbial composition and function between night and day shift workers that contribute to the development of cancer. We will pay particular attention to differences that have been implicated in immune dysfunction. In addition, we will identify the specific aspects of night shift work (e.g., sleep disruption, decreased diet quality, decreased physical activity etc.) that are the primary drivers of cancer-causing gut dysbiosis, a critical step towards development of effective intervention strategies. </span></p><p style="line-height:normal;"><span style="font-family:"Arial",sans-serif;" lang="EN-US">Link to this study in REACH BC: </span><a href="https://reachbc.ca/project/896"><span style="color:blue;"><span style="font-family:"Aptos",sans-serif;font-size:12.0pt;"><u>https://reachbc.ca/project/896</u></span></span></a></p>
Project Funder(s)
Canadian Institutes of Health Research (CIHR)
Project Institution(s)
University of British Columbia (UBC)
Project Investigator(s)
Parveen Bhatti
Contact Investigator...
Data Access Request URL*
Keywords
gut microbiome, night shift workers, cancer risk
Publication Link
Study Completed
Post to REACH BC Platform
Cohort
Cohort Name
Night Shift Workers
Required
Study Design
Observational
Cohort Size
Disease/Condition Studied
cancer
Enrollment Time Window
2024-2026
Enrollment City
Biobanking Consent Available
Medical History Available
Ethnicity Availability
Time Course
Patient Phenotypes
Patient Outcomes
Clinical Data Types Available
demographics, lifestyle, health history, diet
Time Course Data Points
Groups
Samples and Omics