Assessing Biological Aging in a Real-World Medical Weight Loss Program Using the LinAge2 Clinical Clock
- Sponsor
- National University of Singapore
- Study ID
- NCT07444073
- Status
- Not Yet Recruiting
Notify me when recruiting opens
Save your spot on the interest list for this study. We'll keep your details with this study so our team can follow up when recruiting opens.
Add your contact details and location so we can keep your interest tied to this study.
Conditions
- Aging
- Obesity & Overweight
Eligibility Criteria
- Sex
- ALL
- Age
- 40 Years - 89 Years
- Healthy Volunteers
- Not accepted
Interventions
- Not applicable. This is an observational study. — OTHERNot applicable. This is an observational study.
Study Details
This study examines whether routine treatment with semaglutide or tirzepatide, prescribed with lifestyle coaching in a real-world weight-management program, is associated with changes in biological age measured by the LinAge2 clinical aging clock over 6 months.
Key Dates
- First listed
- Mar 2, 2026
- Start date
- Jun 1, 2026
- Status verified
- Jun 2026
- Primary completion
- Dec 31, 2026
- Completion
- Dec 31, 2027
Study Design
- Enrollment
- 440 participants (estimated)
Arms
- Arm: NOVI Health weight management cohortAdults newly enrolled in the NOVI Health weight management program receiving standard-of-care GLP-1 receptor agonist therapy (semaglutide or tirzepatide) and lifestyle coaching (diet and physical activity) as part of routine clinical care. Medication type is determined by routine clinical care and patient-clinician decision-making, not by the research study.
Primary Outcome Measure
LinAge2 Biological Age [ Time Frame: Baseline and 6 months ]
Central Contacts
- Zhi Meng Lim, MSc+65 90084510
- Hui Ching Michelle Lee, PhD
Related Studies
- Baltimore Longitudinal Study of AgingRecruiting · National Institute on Aging (NIA) · Baltimore, Maryland
- The Lake Nona Life ProjectRecruiting · University of Central Florida · Orlando, Florida
- Technical Development of Multi-Parametric Renocerebral MRIRecruiting · University of Minnesota · Minneapolis, Minnesota
- Influence of Brain Oscillation-Dependent TMS on Motor FunctionRecruiting · National Institute of Neurological Disorders and Stroke (NINDS) · Bethesda, Maryland