NOVOS is the pioneer in consumer longevity, introducing the first formula to address aging by targeting the 12 fundamental causes of aging. Evidence continues to accumulate, demonstrating the efficacy of our industry leading approach.
Human Clinical Trial Results
A randomized, double-blind, placebo-controlled clinical trial evaluating the effects of NOVOS Core on key biomarkers of biological and cardiovascular aging, found that NOVOS Core provides nutritional support for biological systems predictive of lifespan and healthspan.
+3.4% Endothelial Function (Blood Circulation)
A magnitude comparable to sustained aerobic exercise and HIIT interventions reported in the scientific literature.
โ1.18 m/s Arterial Flexibility
Typically increases by +1.0 m/s per decade. Improvements in arterial flexibility from NOVOS Core exceeds Omega-3, magnesium, nitric oxide boosters / beetroot, and Mediterranean diet.
โ6.1 mmHg Systolic Blood Pressure
Reduced relative to placebo, supporting healthy blood pressure already within the normal range. Comparable to HIIT, weight lifting, severe weight loss, and outperforms sodium reduction and potassium supplementation.
The STAMINA study was conducted with independent academic collaborators and is currently under peer review for publication.
Everyday people achieving extraordinary results with NOVOS, and being recognized in global competitions, by the press, and by their communities and loved ones.
Customer Success Stories
“This 55-year-old single mom makes less than $100k per year and is reverse aging without spending millions.”
“A woman spending around $108 a month on health expenses is beating out a millionaire who spends $2 million per year in anti-aging“
“This 64-year-old was surprised she ranked 5 in a millionaireโs longevity contest. Hereโs her inexpensive routine for a long life“
Proven at a Cellular Level
The synergistic effects of NOVOS’ patent-pending formulations are demonstrating exceptional results on a wide range of human cellular studies, each one relevant to aging and longevity.
Human In Vitro Study
Protection Against DNA Strand Breaks in Human Cells
Ingredients in NOVOS Core were able to prevent a large number of single and double strand breaks to human DNA in keratinocytes after administration with both a moderate intensity and high intensity chemotherapeutic.
Human In Vitro Study
Reduction in oxytosis/ferroptosis & cellular inflammation
Processes involved in the progression of Alzheimerโs, namely oxytosis/ferroptosis, were reduced by ingredients in NOVOS Core by more than 50%.
Human In Vitro Study
Reduction in Cellular Senescence Comparable to Rapamycin in vitro
NOVOS Core ingredients reduced the size of human senescent cells by approximately 50%, a magnitude comparable to the prescription longevity drug, rapamycin.
Human In Vitro Study
Reduction in DNA oxidative damage
The combination of NOVOS Coreโs ingredients reduced oxidative damage from irradiation to human DNA by up to 77%, more than any other natural or prescription molecules tested at the lab.
Guided by Leading Scientists in Aging Research
NOVOS’ Scientific and Medical advisory teams are composed of world-renowned, leading thinkers from institutions like Harvard Medical School, MIT, the Salk Institute, National University of Singapore, and more.
Dr. George Church, PhD
Harvard Medical School & MIT Professor
โ100 most influential people: โHis contribution to genetic research and the imagination he brings to its application may change the entire world and our experience of life itself.โ โ –ย
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Dr. George Church published the first direct genomic sequencing method in 1984 and is known as the โfatherโ of synthetic biology and personalized genomics. Dr. Church has received various accolades, which include election to the National Academy of Sciences and the National Academy of Engineering. He is a recipient of the American Society for Microbiology Promega Biotechnology Research Award. His most cited work has been published in peer reviewed scientific journals including PNAS, Nature Genetics, Nature Biotechnology, Science, the Journal of Molecular Biology, Nature, and many others.
Dr. Pamela Maher, PhD
University of British Columbia, Salk Institute for Biological Studies
โMaher was one of the first to take aging into account for drug discovery in Alzheimerโs. She identified a class of compounds known as geroneuroprotectors, which slow the aging process in mice.โ –ย
Dr. Maher worked for 5 years as an assistant professor at the Whittier Institute for Diabetes and Endocrinology in La Jolla, CA, then moved to The Scripps Research Institute in 1994 as an associate professor. In 2004, she moved to her current position at The Salk Institute. Her research interests focus on using natural products such as flavonoids, small molecules that are widely distributed in fruits and vegetables, to maintain nerve cell function in the presence of toxic insults, especially in relation to Alzheimerโs, dementia & Parkinsonโs.
Dr. J Pedro de Magalhaes, PhD
Harvard Medical School, University of Birmingham
โI think that having the genome sequence of the bowhead whale will allow researchers to study basic molecular processes and identify maintenance mechanisms that help preserve life, avoid entropy and repair molecular damage.โ –ย
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Dr. de Magalhaes leads the Integrative Genomics of Aging Group at the Institute of Integrative Biology, University of Liverpool, UK. Dr. de Magalhaes completed his postdoc with genomics pioneer, Dr. George Church, at Harvard Medical School. He developed high-throughput approaches for studying aging, including computational tools and databases, statistical models of mortality, and comparative genomics methods for investigating the evolution of longevity. Dr. de Magalhaes maintains several databases related to the impact that drugs & natural substances have on aging.
Dr. Oliver Medvedik, PhD
Harvard Medical School, The Cooper Union
โMedvedik and his colleagues want to help people enjoy good health for as long as possible […] With aging research, Medvedik has his eyes on the long runโ –ย
Director of the Kanbar Center for Biomedical Engineering, Cooper Union. Dr. Medvedik has worked as a biotechnology consultant at Sirtris Pharmaceuticals and has taught molecular and synthetic biology while at Harvard University, The Cooper Union, School of Visual Arts, Genspace and NYU. He is also co-founder and vice-president of the non-profit organization LEAF (Life Extension Advocacy Foundation), where he serves on the board of directors. Dr. Medvedik performed his doctoral research at Dr. David Sinclairโs Harvard lab, and is a coauthor on multiple papers including studies on NAD+ and calorie restriction.
Dr. Avi Rosenbaum, PhD
Harvard Medical School
โAvi has a Ph.D. from Harvard University where in the lab of Professor George Church he developed technologies for sequencing and interpreting human genomes.โ –
Scientist and Consultant, with deep knowledge of the biotech industry. Experience and international network in Genomics, Personalized Medicine, Gene Therapy and Synthetic Biology. Built the first academic Next Generation Sequencing platform. Launched more than ten commercial products. Investor and mentor in biotech, pharma, medical and food-tech companies. Holder of five patents, and co-author of high-profile academic publications with over 2,500 citations.
Dr. Robert Lufkin, MD
USC School of Medicine
Dr. Lufkin is Chief of Metabolic Imaging at a medical network in California and a distinguished Professor of Radiology at the USC School of Medicine, with over 200 peer-reviewed scientific papers to his credit and 14 books published. Dr. Lufkin has held several prestigious professional affiliations, including the presidency of the Society of Magnetic Resonance Imaging and the American Society of Head and Neck Radiology. He is also the inventor of several patents in artificial intelligence, including the globally-used MR-compatible biopsy needle, the โLufkin Needle.โ
Dr. Matt Kaeberlein, PhD
Massachusetts Institute of Technology, University of Washington โ Consultant
Professor of Pathology, Adjunct Professor of Genome Sciences, and Adjunct Professor of Oral Health Sciences at the University of Washington, Dr. Kaeberlein’s research interests focus on basic mechanisms of aging in order to identify interventions that promote healthspan and improve quality of life. He has published nearly 200 papers in top scientific journals and has been recognized by prestigious awards, including Breakthroughs in Gerontology, Alzheimer’s Association Young Investigator Award, Ellison Medical Foundation New Scholar in Aging, a Murdock Trust Award, Pioneer in Aging, and Vincent Cristofalo Rising Star in Aging Research.
Grounded in Decades of Aging Research
More than 950 scientific studies have proven out the short and long term benefits of the ingredients used in NOVOS’ formulations.
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These statements have not been evaluated by the Food and Drug Administration. This product/information is not intended to diagnose, treat, cure, or prevent any disease.
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