News

BOSTON MASSACHUSSETTS and MORRISTOWN, NEW JERSEY–(BIOAEGIS THERAPEUTICS – November 10, 2012) Pursuant to the terms of the agreement with the Brigham and Women’s Hospital previously announced on May 11, 2011, BioAegis Therapeutics elected to exercise its option into an exclusive license to recombinant human plasma gelsolin technology.

BioAegis’ Patent Coverage Expands to Asia Recombinant human plasma gelsolin has demonstrated efficacy against both gram positive and gram negative bacteria and this broad patent filing was recently granted in China. BioAegis is pursuing worldwide patent filings for infectious disease.

BOSTON MASSACHUSSETTS and MORRISTOWN, NEW JERSEY–(BIOAEGIS THERAPEUTICS – August 30, 2012) Lester Kobzik M.D., BioAegis Scientific Advisor and collaborator from Harvard School of Public Health, has made important medical discoveries about plasma gelsolin’s role in boosting immune function to target a broad range of pathogens. Dr. Kobzik is pursuing work in secondary pneumonia under a

Company Requested to Submit White Papers Following IND BOSTON MASSACHUSSETTS and MORRISTOWN, NEW JERSEY–(BIOAEGIS THERAPEUTICS – July 15, 2012) BioAegis Therapeutics Inc. announced that it has presented its plasma gelsolin technology platform to scientists at the Biological Advanced Research Development Agency (BARDA). Data shared at the meeting demonstrated the ability of plasma to address biological

BioAegis’ Patent Rights Extend to Applications for Inflammation Recombinant plasma gelsolin has been shown to be a biomarker of inflammation in a wide range of diseases and in particular in rheumatoid arthritis (RA). This abundant human plasma protein is expected to have utility in patients with RA, as well as other inflammatory diseases.

Plasma Gelsolin Could Hold the Key to the Body’s Ability to Localize Inflammation BOSTON MASSACHUSSETTS and MORRISTOWN, NEW JERSEY–(May 17, 2011) BioAegis Therapeutics, Inc. announced today that it has entered into an Exclusive Option Agreement with Brigham and Women’s Hospital for technology based on research of Dr. Thomas Stossel, Director, Translational Medicine at Brigham and