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Mikhail Batin

Transhumanist

Mikhail Batin is a Russian businessman, politician, and prominent figure in the field of longevity research and advocacy. Born on July 3, 1972, Batin has dedicated much of his career to promoting and supporting research into aging and life extension.1

Professional Background

Batin graduated from Kostroma State University and began his career in business, founding a consulting company called United Consultants FDP in 1995.1 He later transitioned into politics, serving as a deputy of the Kostroma Oblast Duma in 2004 and as Chairman of the Federation of Trade Unions of the Kostroma region from 2005 to 2008.1

Longevity Research and Advocacy

Batin is best known for his work in the field of longevity:

  • Science for Life Extension Foundation: He is the founder and president of this organization, which supports research projects studying the mechanisms of aging and longevity.12

  • Open Longevity: Batin is the CEO and co-founder of Open Longevity, a project focused on advancing longevity research and promoting life extension technologies.34

  • Longevity Political Party: He was among the founders of the world's first Longevity political party, established in Moscow in July 2012.1

  • Research Involvement: Batin serves as the Director of the Regenerative Medicine Laboratory at the Moscow Institute of Physics and Technology.1

Philosophy and Approach

Batin is a follower of Russian cosmism ideas and is considered an advocate of Russia's transhumanist movement.1 He actively supports and organizes conferences on genetics of aging and longevity, including the 2nd International Conference "Genetics of Aging and Longevity" in Moscow and the Third International Conference on Genetics of Aging and Longevity in Sochi, Russia.1

Mikhail Batin's work through Open Longevity and other initiatives demonstrates his commitment to advancing research and public awareness in the field of longevity and life extension. His LinkedIn profile, under the username mikhail-batin-02a56a45, lists him as being based in Santa Monica, California, indicating his involvement in the global longevity research community.45

Highlights

Oct 24 · twitter

A few words about our experiment

Two-headed planarians are not a recent sensation. They were first produced back in the 1920s (Rand & Ellis, 1926), when biologists discovered that the direction of regeneration in these simple organisms could be “knocked off course.” Nearly a century later, Michael Levin proposed that this phenomenon is driven by bioelectricity.

In @drmichaellevin (2005) and Oviedo et al. (2010), researchers showed that temporarily blocking intercellular communication through gap junctions—and the resulting shift in membrane potentials (Vmem)—can reprogram the organism’s axial polarity. A planarian that would normally regrow a tail suddenly regenerates a second head—and keeps doing so after each subsequent amputation. This means the organism remembers its new form, rather than merely distorting it by chance. We’re dealing with something like a “memory of form”—a stable program encoded in the tissues, not in the DNA.

Modern methods let us peer deeper into this phenomenon. Today we can map spatial Vmem gradients, track Wnt/Notum signaling activity, and run scRNA-seq on early blastemas to see how electrical signals control tissue self-organization. This is no longer an attempt to reproduce an old phenotype—it’s a step toward understanding the mechanism of morphogenetic memory.

That’s exactly what we’re setting out to do. And we’ve already grown a two-headed planarian.

Before Levin, double-headedness in planarians was usually induced mechanically or physiologically—by cutting, grafting, or using chemical inhibitors. As early as the beginning of the 20th century, Thomas Hunt Morgan and Child proposed the existence of “morphogenetic gradients”—factors that determine where the head and tail should form. But those ideas were vague. Levin was the first to show that the electrical potentials of cells and their gap-junction coupling form a language through which cells negotiate shape.

Now we want to find out: is this bioelectricity truly the control code of form?

Other people’s data are good—our own are better.

A few words about our experiment

Two-headed planarians are not a recent sensation. They were first
Apr 24 · twitter

What’s the most complex life-extension hypothesis you can dream up?

Simple slogans like “we age because of mutations” are handy, yet blind to epigenetics, cellular networks, and evolution. Stuart Kauffman and David Deutsch remind us: any terse explanation of a complex phenomenon is either incomplete or wrong. Victory will belong to those who craft multi-layered hypotheses that weave together thousands of facts.

That’s exactly the aim of BioProtocol’s current hackathon project, “Complexity Slider.” The goal: build a slider that generates and rates hypotheses at the edge of human comprehension, pinpointing the threshold where information starts to smear.

If you’re hunting for the next big thing in aging research, look no further. @BioProtocol

Related Questions

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Mikhail Batin
Mikhail Batin, photo 1
Mikhail Batin, photo 2
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Location

Santa Monica, California, United States