Pipeline

Precision glycoengineering and delivery of biologics

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We strive to ensure our pipeline of development for biopharmaceuticals is second to none. Below you can learn more about our project portfolio focus, our programs, and our results. 

Our development innovations


Our development process includes biopharmaceutical solutions for a wide range of medical uses. Our pipeline of development has designed innovations that include:

Serpins as therapeutics:

The Serpin genes represent the largest class of glycoprotein serine protease inhibitors, including more than 70 different enzymes, 37 of which are found in humans. These enzymes are single-use proteins that undergo unique and extensive conformational changes to inhibit proteases and proteolytic cascades. There are diverse indications where these enzymes are needed as therapeutics ranging from chronic obstructive pulmonary disease to thrombosis and cancer. Their potent activities and human compatibility make them invaluable therapeutics. However, these protease inhibitors' single-use nature makes it essential that their activity and half-life are optimized to improve dosing and efficacy. Here at NeuImmune, we optimize the Serpin family enzymes and their glycan post-translational modifications, leading with Antithrombin, where the only available treatment for patients are plasma-derived therapeutics.

Hep C vaccine


NeuImmune's second promising product is a vaccine against the Hepatitis C virus (HCV). The CDC estimates that 3-4 million people are infected in the U.S. alone with HCV. Many of these patients are undiagnosed, resulting in significant morbidity from liver cirrhosis and hepatocellular carcinoma associated with HCV infections. While direct-acting antivirals are highly effective in treating HCV infections once diagnosed, NeuImmune believes that there is a significant market for a prophylactic vaccine against HCV.

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    NeuImmune will use its geCHO GlycoDesign cell technology and its polyphosphazine (PPZ) technology to develop a prophylactic vaccine against HCV. Our approach will use HCV E2 envelope proteins with optimal glycosylation patterns combined with a PPZ backbone to create a vaccine with an effective and long-last immune response against HCV. Other immunostimulatory molecules may be added to our vaccine candidates during the development process to achieve the appropriate immune response.

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We offer innovative biopharmaceutical solutions. Contact us today. 

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