Our Publications
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.
Contact Us Now
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 | Dr. Todd O |
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 | UCLA |
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 | GlycanAge |
DNAmFitAge: Biological Age Indicator Incorporating Physical Fitness | Read Preprint |
Investigation of AC-11® supplementation in reversing epigenetic markers of Biological Aging including those related to Telomere Length | Optigenex |
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 | Quicksilver |
The Impact of Fasting Diet Program and Calorie Mimetic Supplements on Epigenetic Aging | Dr. Goel |
Impact of Ketamine on Epigenetic Age (IKEA) | Wild Health |
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 | RMI |
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 | SRW | Nutritarian Diet & Longevity: 50:50 | Northern Arizona University |