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Kalohexis files confidential IPO as oral non-GLP-1 obesity biotech enters public markets

Kalohexis files confidential IPO as oral non-GLP-1 obesity biotech enters public markets

Northbrook, Illinois-based Kalohexis, Inc. — a clinical-stage biotechnology company targeting the melanocortin receptor system for obesity and cancer cachexia — confidentially submitted a draft registration statement via a Form S-1 filing to the US Securities and Exchange Commission on July 7, 2026, to hold an initial public offering of its common stock. The filing brings another clinical-stage obesity developer to the IPO pipeline, with Kalohexis differentiated by a non-GLP-1 oral mechanism targeting the melanocortin receptor system.

The share count, price range, and exchange listing have not been determined. The offering is expected to proceed after the SEC completes its review, and no bookrunners, crossover investors, or concurrent private placements were disclosed. Kalohexis was spun out of Endevica Bio in March 2026, approximately four months before the confidential submission.

Kalohexis was spun out of Endevica Bio, a Northbrook, Illinois-based private biotech focused on melanocortin receptor peptides, to independently advance a pipeline of therapeutic peptides targeting central melanocortin-3 and -4 receptors (MC3R/MC4R). The company's lead asset, 710GO, is an oral dual MC3R/MC4R agonist in Phase I development for general obesity, with first patients dosed in May 2026 in Australia. Its second program, mifomelatide (formerly TCMCB07), is a dual MC3R/MC4R antagonist in Phase II development for cachexia in patients with advanced cancers, with the trial initiated in Q2 2025.

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The melanocortin system mechanism differentiates Kalohexis from the dominant GLP-1 agonist class represented by Novo Nordisk and Eli Lilly. Rather than acting on incretin pathways, MC3R/MC4R agonism is designed to reset the body's metabolic set point centrally, with the company arguing this approach may produce more durable weight loss and a distinct tolerability profile. The antagonist approach in mifomelatide targets the same receptor pair in the opposite direction, blocking melanocortin signaling to prevent pathological weight and muscle loss in cancer patients — a mechanistically distinct strategy from cachexia programs in earlier development at other companies. Pfizer previously halted a Phase I trial of an MC4R antagonist in malnutrition research, leaving relatively few clinical-stage programs targeting the melanocortin pathway in cachexia.


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