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vTv Therapeutics

vTv Therapeutics is a clinical-stage biotech led by Paul Sekhri, developing oral small molecules for Alzheimer's and type 1 diabetes.

vTv Therapeutics

vTv Therapeutics was incorporated in 2015 as a re-domiciled successor to TransTech Pharma, founded by Adnan Mjalli, and became a public entity via a $37 million IPO (per Renaissance Capital, July 2015). Headquartered in High Point, North Carolina, the company opened with a portfolio of oral small-molecule drug candidates targeting the GLP-1 receptor, the receptor for advanced glycation end-products (RAGE), and the glucokinase activator mechanism. From the outset, vTv inherited a broad pipeline of molecules originally discovered in the labs of TransTech Pharma, providing a head start on conditions with substantial unmet medical need, including type 1 diabetes, Alzheimer's disease, and inflammatory disorders. The company's strategy focuses on repositioning and repurposing small molecules with established safety profiles. Its lead asset, cadisegliatin (TTP399), an oral, liver-selective glucokinase activator, advanced into a pivotal Phase 3 trial for type 1 diabetes with breakthrough therapy designation from the FDA (per the firm, June 2022). In neurology, azeliragon (TTP488), a RAGE antagonist, underwent Phase 2/3 trials for mild Alzheimer's disease. vTv benefits from significant non-dilutive funding structures, including a 2020 partnership with the Juvenile Diabetes Research Foundation (JDRF) that covered a substantial portion of development costs for cadisegliatin in type 1 diabetes (per JDRF, October 2020). The company has also collaborated with GSK, the National Institute on Aging, and the Alzheimer's Disease Cooperative Study to fund and operationalize clinical trials across the United States and China. Paul Sekhri, appointed CEO in April 2023, brought decades of biotech operational and dealmaking experience from Sanofi, Teva, and Novartis, signaling a pivot toward late-stage execution (per the firm, April 2023). The firm's scale is lean, consistent with a clinical-stage platform seeking strategic exits rather than building an internal commercialization engine. Most clinical operations are outsourced to contract research organizations. The company carved out a subsidiary, vTv Therapeutics LLC, and in 2017 issued a convertible note facility with a MacAndrews & Forbes affiliate to fund operations. The firm's ability to sustain a Phase 3 program without a massive internal sales force illustrates its capital-efficient, partnership-reliant architecture. vTv's structural differentiator lies in its origin as a molecule-repository spinout. Unlike discovery-stage biotechs that burn cash on target identification, vTv inherited a library of roughly 3 million compounds and the core TTP Translational Technology Platform from TransTech Pharma, giving it a proprietary chemical-entity backbone (public record). This legacy asset base, paired with a public-company structure, allows vTv to fund clinical trials through equity and grants rather than venture capital alone, creating a hybrid funding model uncommon among micro-cap biotechs targeting central nervous system and metabolic diseases.

General information

Firm type

other

Year founded

2015

AUM

Undisclosed

Location

Region

North America

Country

United States

City

High Point

Corporate office

High Point, NC, United States

Principals

Paul Sekhri

President and Chief Executive Officer

Sector focus

Digital Health

Frequently asked questions

What is vTv Therapeutics's most advanced drug candidate?

Cadisegliatin (TTP399) is vTv's lead asset. It is an oral, liver-selective glucokinase activator that received FDA breakthrough therapy designation for the treatment of type 1 diabetes. The drug entered a pivotal Phase 3 trial with substantial financial support from the Juvenile Diabetes Research Foundation (per JDRF, October 2020).

How did vTv Therapeutics form and what legacy did it inherit?

vTv was spun out of TransTech Pharma, a research-driven biotech founded by Dr. Adnan Mjalli, in 2015 via a $37 million IPO. It inherited a library of roughly 3 million small-molecule compounds and the TTP translational technology platform. This legacy gives vTv a pre-built chemical backbone rather than starting from target discovery.

Who are the key partners funding vTv's clinical trials?

The Juvenile Diabetes Research Foundation (JDRF) has been a core partner, covering a large portion of development costs for the Phase 3 type 1 diabetes trial of cadisegliatin. vTv has also worked with the National Institute on Aging, the Alzheimer's Disease Cooperative Study, and GSK on its neurology programs, using grant and collaborative agreements to fund operations.

What therapeutic areas does the company focus on?

The pipeline concentrates on metabolic and inflammatory diseases. Primary areas are type 1 diabetes, through cadisegliatin, and Alzheimer's disease, through the RAGE antagonist azeliragon. The underlying biology targets receptors involved in glucose metabolism and advanced glycation end-products that drive chronic inflammation.

What is the investment thesis around vTv's capital model?

vTv does not maintain a commercial sales force. It follows a capital-light, partnership-driven model, using a combination of public equity, grant funding, and Big Pharma collaborations to advance assets through late-stage trials. The goal is likely a strategic acquisition or licensing deal for approved products rather than an independent commercial launch.

What is azeliragon and its clinical status?

Azeliragon (TTP488) is an oral antagonist of the receptor for advanced glycation end-products (RAGE), which plays a role in neuroinflammation linked to Alzheimer's. It has been studied in Phase 2 and Phase 3 trials. Results have been mixed, and the firm continues to evaluate subpopulations with mild Alzheimer's disease where the mechanism may show benefit.

What expertise does the new CEO bring to vTv?

Paul Sekhri joined as CEO in April 2023 after serving as a director. His career includes leadership roles in business development and strategy at Sanofi, Teva, and Novartis. His appointment signals a focus on dealmaking and late-stage clinical execution as cadisegliatin approaches potential registration.

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