Chronus Pharmaceuticals Receives Phase I STTR

Chronus Pharmaceuticals has announced that it has received a $299,172 Phase I Small Business Technology Transfer (STTR) award in partnership with the Department of Chemistry at Stony Brook University.

Funding from the National Institute of Allergy and Infectious Diseases of the National Institutes of Health (NIH) will be used to establish feasibility of an antibody diagnostic for detecting childhood tuberculosis. The research will be lead by LIBH Researcher Nicole S. Sampson, PhD in the Department of Chemistry, who will serve as principle investigator on the award and work in close collaboration with Chronus Pharmaceuticals.

Women in STEM Leadership Program

Date: May 9, 10, 11, 2018
Accepting Applications: December 15, 2017 – Seating will be limited.

Unlocking the power of female leaders for a competitive and innovative future in STEM

Occupations in the fields of science, technology, engineering and mathematics are expected to continue to outpace non-STEM jobs over the next decade. Yet while women make up more than half of all workers with post-secondary degrees, only slightly more than a quarter of them are in core STEM fields. The Women in STEM Leadership Program encourages and equips women at all stages of their careers with the skills necessary to advance as productive and valuable employees in their chosen STEM fields.

Call 1-631-216-7518 or fill out the form below for detailed program information: Learn more & apply here.

CFB Client Secures $3M Public and Private Investment

Codagenix, Inc., a clinical stage, venture and public-sector-funded small business, announced it has secured an additional $3M in funding in support of its live-attenuated Respiratory Syncytial Virus (RSV) vaccine candidate that was developed in collaboration with National Institute of Allergy and Infectious Diseases (NIAID), a part of NIH.

The public funding to Codagenix is via a Phase II SBIR grant for $1.5M to support the pre-clinical manufacturing of the vaccine candidate. The private funding of $1.5M was provided by TopSpin Partners to support a Phase I trial to demonstrate safety and immunogenicity in aged volunteers. The two funding source were not linked; however, both are dedicated to supporting Codagneix’s RSV vaccine through a Phase I trial. Clinical Trial material of Codagenix RSV Vaccine candidate is currently being manufactured with a Phase I targeted for Q3- or Q4-2018.

“Codagenix is an incredible example of a company rooting in our expanding bioecosystem, growing from a startup out of Stony Brook University into a clinical stage company” stated Dr. Clinton Rubin, Director of the New York State Center for Biotechnology at Stony Brook University. “The Center for Biotechnology is proud to provide ongoing support for the work they are doing through our various programs including the Applied Research and Development awards and the Long Island Bioscience Hub funding initiatives.

“We are wrapping up a Phase I with our live-attenuated Influenza Vaccine in Q1-2018 and are very much looking forward to adding a second clinical-stage compound to our pipeline with RSV,” stated Codegenix COO J. Robert Coleman. “We are grateful to our investors and partners like the Center for Biotechnology that understand our vision and continually support our development at these early stages. We are demonstrating that our platform provides a rational means to design vaccines against a range targets – yielding candidates suitable for full clinical development.”

Codagenix has raised a total of $10M since 2015 – with its influenza vaccine candidate currently in Phase I and a pre-clinical pipeline that includes Zika, Dengue, and Agricultural targets in addition to RSV.

RSV is a virus that targets newborns and the elderly, with an estimated market size of $2 Billion for a potential RSV vaccine.

About Codagenix Inc.
Codagenix Inc., a biotechnology company on Long Island, New York, is developing live attenuated vaccines using a “disruptive” software-based rational design algorithm that is unlike previous vaccine “platforms”. By leveraging the redundancy in the genetic code (various codons exist at the gene level to encode the same amino acid at the protein level), the Codagenix algorithm re-structures viral genomes into a sub-optimal genetic code. The so-called “deoptimized” viruses have resulted in highly attenuated vaccine strains that are effective at greatly reduced doses, because they present every antigen of the pathogen, while being 100% identical to the target pathogen at the protein level. The Codagenix pipeline of vaccines includes Influenza, respiratory syncytial virus (RSV), Zika, Dengue, foot-and-mouth disease virus (FMDV), pathogenic E. coli, and other pathogens.

Codagenix has also been supported the Center for Biotechnology at Stony brook University which is a New York State Center for Advanced Technology and NIH-designated Research, Evaluation and Commercialization Hub (REACH)

Summer 2017 Newsletter

The latest CFB Newsletter has been released – Catch up on client financings, newcos, expansions, and other happenings here.

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