NCT06363253

Pilot Study of the Human Metagenome in Metabolic Diseases

Understanding the Role of the Human Metagenome in Obesity, Metabolic Diseases, Chronic Inflammation, Sarcopenia and Sarcopenic Obesity - a Pilot Study
Sengkang General Hospital·ClinicalTrials.gov·otherRecruiting
View on ClinicalTrials.gov
Study focus
Drug/Device/Intervention
No specific intervention
Study type
Observational
Intervention type
other
Sponsor & location
Primary sponsor
Sengkang General Hospital
Location
Singapore, Singapore
Timeline & enrollment
Phase
N/A
Start date
Aug 14, 2023
End date
Dec 31, 2027
Enrollment
600 participants
Primary outcome

Metagenomic alterations,Metabolomic alterations

Summary

This is a cohort study to understand the role of the human metagenome, and associated
 metabolites, in health and in various diseased states, in particular obesity as well as
 sarcopenia.
 
 Recruited participants will have their fecal, salivary, urine, serum, and in certain
 instances, mucosal samples taken, for metagenomic sequencing and metabolite testing.
 
 We hope to uncover various differences and signatures in the metagenome and metabolome in
 various diseased states, with potential future therapeutic applications in personalised
 medicine.

ICD-10 classifications
Obesity, unspecifiedObesityOther metabolic disordersOther obesityOther specified metabolic disorders
Data source
Registry
ClinicalTrials.gov
Trial ID
NCT06363253
Type
Non-Device Trial
About this record

Access comprehensive clinical trial information for NCT06363253 through Pure Global AI's free database. This phase not specified trial is sponsored by Sengkang General Hospital and is currently Recruiting. The study focuses on Obesity,Sarcopenia,Sarcopenic Obesity,Chronic Inflammation,Metabolic Syndrome. Target enrollment is 600 participants.

This page provides complete trial specifications, intervention details, outcomes, and location information. Pure Global AI offers free access to ClinicalTrials.gov data, helping medical device and pharmaceutical companies navigate clinical research efficiently.