Yamanaka Transcriptional Factors: Safely Recoding Somatic Cells In Vivo
An in-depth evaluation of chemical genetic agents designed to trigger systemic transcriptional reprogramming without causing tissue tumor risks.
Read InvestigationDr. Evelyn Sterling merges epigenetic reprogramming, advanced autologous therapies, and custom biological algorithms to extend human healthspan at the cellular source.
"The traditional paradigm of medicine is designed to manage decay. We do not accept decay. Our mission is to restore cellular intelligence—enabling your body to heal, regenerate, and optimize itself as it did in its biological peak."
Dr. Evelyn Sterling is a pioneer in the field of clinical epigenetics and regenerative therapeutics. Having trained at Harvard Medical School and completed her advanced molecular pathology residency at the Max Planck Institute, she established the Sterling Longevity Lab in New York and Zurich to bring clinical cellular programming out of experimental clinical trials and into highly personalized clinical practice.
Dual-fellowship specialized in cellular senescence and genetic vector design.
Over 40 papers in Nature Medicine and Science on DNA methylation reprogramming.
We deploy targeted biological treatments designed to reprogram your epigenome, clear damaged senescent tissues, and restore youthful cellular communications.
Rewriting environmental genetic switches to download a more youthful transcriptomic expression profile.
Infusing highly localized, tissue-specific autologous stem cells and nano-vesicle messengers to stimulate profound repair pathways.
Supercharging intercellular engines with advanced NAD+ precursor molecules and hyperbaric oxygen chambers to restore ATP output.
Selective clearing of non-dividing senescent "zombie" cells that spread systemic inflammation to healthy neighboring cells.
Our clinical algorithms estimate your biological cell age divergence by analyzing major physiological pillars.
Use the Interactive Longevity Assessment tool to adjust your biometric data and lifestyle inputs. Our algorithm will immediately calculate your projected Mitochondrial Fatigue Score, Epigenetic Age Gap, and suggest a personalized therapeutic baseline.
We measure biological metrics in cold data. View raw, quantified scientific results achieved across our core longitudinal studies.
The subject presented with advanced systemic oxidative stress, elevated arterial plaque markers, and a chronological-biological age divergence of +4.2 years (methylated cellular aging older than chronological age).
Intervention: Dual autologous stem cell infusions targeted at coronary/vascular pathways paired with targeted daily Yamanaka methylation factor support and mitochondrial photobiomodulation.
The subject presented with persistent tendon inflammation and significant cellular senescence, experiencing sluggish physical recovery metrics post ultra-marathon performance.
Intervention: Targeted Senolytic chemical infusions to purge metabolic "zombie cells" coupled with systemic hyperbaric oxygen protocols and exogenous NAD+ cellular resuscitation.
Subject presented with advanced bone density loss, high levels of systemic inflammation (hs-CRP), cognitive fatigue symptoms, and immunological degradation.
Intervention: Monthly therapeutic cellular plasma exchanges to dilute systemic senescent secretions, coupled with bone-marrow-derived signaling factor infusions and high-performance neural peptides.
Healing cannot happen in clinical hostility. We have reimagined the clinical environment to serve as a calming extension of our molecular therapeutics.
Nestled along Zurich's pristine Bahnhofstrasse and Manhattan’s quiet, elegant Upper East Side, our clinics are designed with high-end, clean architectural details. Incorporating air filtration and custom light configurations designed to match your body’s natural biological rhythm, we ensure that every second spent under our care activates parasympathetic nervous systems and biological restoration.
Bahnhofstrasse 104, 8001 Zürich, Switzerland
Active Labs • Dynamic Hyperbarics710 Park Ave, New York, NY 10021, USA
Autologous Synthesis • Cryo-Suites
Explore clinical insights and medical commentary co-authored by Dr. Sterling, breaking down cellular pathways and emerging longevity literature.
An in-depth evaluation of chemical genetic agents designed to trigger systemic transcriptional reprogramming without causing tissue tumor risks.
Read InvestigationAnalyzing chronological decay pathways within mitochondrial membranes, and how targeted NAD+ co-factor delivery halts age-related cell death.
Read InvestigationEvaluating compound efficiency in isolating biological senescence and preventing cells from releasing chronic inflammatory proteins.
Read InvestigationWe do not treat symptoms. We reprogram systems. All relationships with our clinic begin with an intensive molecular cellular audit.
Please submit your basic medical profile below. Our admissions board will evaluate your candidate profile. If accepted, you will receive an invitation to our physical clinic in Zurich or New York for dynamic genome profiling and blood paneling.