Underdog Pharmaceuticals Named A Lighthouse Investment by Kizoo Technology Ventures

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Kizoo Technology Capital GmbH has recently announced a $362M commitment to invest in rejuvenation biotechnology. If you haven’t seen the compelling write-up in BioWorld Today, please take a moment to read it here.

Underdog was delighted to be referenced therein as one of Kizoo’s “lighthouse” investments. Kizoo’s continued support in our Series A positions us to become a leader in the rejuvenation biotechnology revolution; their commitment to that industry is unparalleled and will transform the way treat age related disease. Thank you, Michael Greve, for this commitment!

Mike and Oki

Cyclarity News:

KIZOO Technology Capital owner Michael Greve discusses recent scientific advancements with Drug Discovery World

KIZOO Technology Capital owner Michael Greve discusses the recent scientific advancements in addressing the root causes of age-related diseases in the rejuvenation biotechnology sphere—including the work of Underdog Pharmaceuticals. As one of Kizoo’s key startups, Underdog’s goal is to deliver affordable therapeutics for the prevention of heart disease and stroke through the removal of arterial plaque.

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Kizoo Portfolio Company Underdog Closes $10M Financing Round

Underdog Pharmaceuticals, a key investment of Michael Greve’s rejuvenation biotech VC Kizoo, has closed a $10 million round of capital. Kizoo led the company’s Series Seed II round, which saw participation from both existing and new investors.

Underdog was recently awarded the Innovation Passport under the United Kingdom’s Innovative Licensing and Access Pathway (ILAP). This will enable faster patient access to its groundbreaking treatment for the prevention of heart attacks and stroke. The company expects to begin clinical trials in 2023.

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7-Ketocholesterol in disease and aging

Scientists from Underdog Pharmaceuticals, in conjunction with Professor Jay Jerome of Vanderbilt University Medical Center, have published an article in the journal Redox Biology, covering the role of the toxic biomolecule 7-ketocholesterol, especially in the

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