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Nearly 50% of Americans live with obesity, and the numbers keep rising

To date, treatment of obesity and metabolic disorders has focused on dieting and exercise. Yet most people who diet and exercise do not achieve sustained weight loss.

There is a third major mechanism essential for weight regulation: natural heat production, or “thermogenesis.” Thermogenesis burns calories as effectively as exercise does as we go about our usual routines. Our ancestors used thermogenesis to keep warm. But today, thermogenesis is inhibited by comfortable living temperatures.

Recent scientific breakthroughs at Equator Therapeutics have enabled pharmacological stimulation of thermogenesis to achieve sustained weight loss. We are now developing a first-in-class drug to reverse metabolic disorders.

We are targeting mitochondria – the powerhouse of the cell

Mitochondria are the organelles in our cells that burn calories to power our bodies and keep us warm. In an experimental tour de force, we measured the tiny electrical currents that mitochondria use to generate heat. This allowed us to identify and characterize the proteins responsible for these currents.

Our unique high throughput assays have allowed us to identify an unprecedented number of thermogenic compounds. We are now utilizing our singular capacity to directly record the electrical currents that these compounds induce in mitochondria to identify the most selective and safe activators of thermogenesis.

Our methods & expertise also uniquely position us to modulate mitochondrial energy production more generally. Our long-term plans include programs to develop first-in-class drugs targeting several other important therapeutic mechanisms in mitochondria.

Who we are

Meet our team

The team at Equator leverages our singular expertise in bioelectricity, computational chemistry, and high-throughput interrogation of mitochondrial physiology to develop a drug that activates our targets.

Scientific Advisory Board

Our advisors are world leading experts in thermophysiology, metabolic disorders, and computational chemistry.

Gerald Shulman, M.D., Ph.D.

Co-Director, Yale Diabetes Research Center

Michael Grabe, Ph.D.

Professor, Cardiovascular Research Institute, UCSF

Andrea Dunaif, Ph.D.

Chief of the Division of Endocrinology, Mount Sinai Hospital

John Amatruda, M.D.

Former Senior Vice President and Franchise Head for Diabetes and Obesity at Merck Research Laboratories
Our Extended Team

Sebastian Aguiar Brunemeier, M.Sc.

CEO, ImmuneAge
Get in touch

Want to learn more, collaborate with us, or join our team?

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