Research & Development

Want to validate your product with biomarkers of disease or methylation? Reach out to us!

Our R&D engine has both internal research capabilities and external partnerships is expected to deliver a steady stream of next-generation developments that will sustain our growth. These programs leverage new platform capabilities in multi-omics, data sciences, and more.

As you can see from our current research pipeline, there’s a lot happening behind the scenes at TruDiagnostic — and a lot to look forward to.

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Private Research & Collaborations

Development of a multi-omic aging predictor
Dr. Jessica Lasky-Su (Brighams and Womens Hospital, Harvard University), Seer Inc.
Impact of tobacco, alcohol, and marijuana on genome-wide DNA methylation and its relation with common diseases
Natalia Carerras, Dr. Juan Gonzalez (IS Global - Spain)
Investigating the association between epigenetic age and spinal cord frailty outcomes
Dr. Michael Safaee, Dr. Christopher Ames, Dr. Justin Scheer (UCSF)
Studying the longitudinal effects of Epigenetic Age Acceleration and genome-wide DNA methylation by senolytictreatment Dasatiniband Quercitin.
Dr. Andrew Teschendorff, Dr. Albert Higgins-Chen
T-Cell Prediction Algorithm of Senescent Cell Burden using methylation in paired nanostring data
Ohio State University
Deep learning and penalized regression chronological age predictor
Developed from TruDiagnostic private data
Blood type in resis type predictor model
Developed from TruDiagnostic private data
Anti-Aging analysis of very small embryonic-like stem cells
Copy number varient genetic analysis prediction from paired methylation data
Developed from TruDiagnostic private data
Trudiagnostic covariate in age association analysis
Developed from TruDiagnostic private data
Proteomic risk scores for disease with anti-aging biobank cohort.
Harvard University
Proteomic aging clock development using untargeted proteomics, using the anti-aging biobank cohort.
Harvard University
Umbilicle cord stem cell infusions and their effect on epigenetic aging
Dr. Meglin & Dr. Gilani
Investigating the effect of carnivore and vegan diets in twins
Stanford University
Height prediction algorithm
Developed from TruDiagnostic private data
Telomere length prediction algorithm
Developed from TruDiagnostic private data
Body fat and muscle mass percentage predictor through epigenetic methylation
Developed from TruDiagnostic private data
Genome-Wide association analysis of methylation marks correlated with orthepedic outcomes.
Dr. Gruenberger
Associations between biological aspects of aging and psychological dispositions, cognitive, and emotional aspects of decision-making
University of Pennsylvania
Associations of Body Composition and Physical Activity Level With Multiple Measures of Epigeneteic Age acceleration
Chronologically trained t-cell aging clock
Ohio State University
Six-month analysis of epigenomic effects of proprietary supplement NAD3
The Center for Applied Health Sciences and Auburn University
Design of human imprintome array and validation in alzheimer's cohort
North Carolina State University
Correlation between glycanage and epigenetic biological aging algorithms
DNAmFitAge: Biological Age Indicator Incorporating Physical Fitness
Investigation of AC-11® supplementation in reversing epigenetic markers of Biological Aging including those related to Telomere Length
The Impact of a Polyphenol-Rich Supplement on Epigenetic and Cellular Markers of Immune Age
Big Bold Health
Hyperbaric Dosage Analysis Effect Of Various PO2 Exposures: Hyperoxia-Hypoxia Paradox On Stem Cell Mobilization, Cell Signaling, Inflammation, Epigenetics & Cell Regeneration
Dr. Jason Sonners
Advanced Metabolic Reset Program Follow-on Study
The Impact of Fasting Diet Program and Calorie Mimetic Supplements on Epigenetic Aging
Dr. Goel
A Phase II Study to Evaluate the Regenesis Protocol on Epigenetic Alterations upon the Hallmarks of Aging and An Analysis of its Effects on Key Biomarkers of Cellular Aging
The Impact of a Human Breastmilk Supplement on Epigenetic and Cellular Markers
Adventa Bio
The Impact of a Natural Ingredients and App based Intervention Targeting the Nine Hallmarks of Aging on DNA methylation
Nutritarian Diet & Longevity: 50:50
Northern Arizona University