Bristol-Myers 
      Squibb Company (NYSE: BMY) announced today that the Company has 
      discontinued development of BMS-986094 (formerly known as INX-189), a 
      nucleotide polymerase (NS5B) inhibitor that was in Phase II development 
      for the treatment of hepatitis C. This decision was made in the interest 
      of patient safety, based on a rapid, thorough and ongoing assessment of 
      patients in a Phase II study that the Company voluntarily suspended on 
      August 1, 2012. The U.S. Food and Drug Administration (FDA) subsequently 
      placed the compound on clinical hold.
    
The initial case of heart failure, which was the basis for halting the 
      study, subsequently resulted in death. The Company is working in close 
      collaboration with the FDA and clinical study investigators to conduct 
      ongoing, comprehensive assessments and close follow-up of all BMS-986094 
      study patients. To date, nine patients have been hospitalized, including 
      the initial patient; two patients remain hospitalized. While the cause 
      of these unexpected events, which involve heart and kidney toxicity, has 
      not been definitively established, the Company has determined that it is 
      in the best interest of patients to halt development of BMS-986094.
    
    
      "The decision to halt development of BMS-986094 has been guided by our 
      overriding interest in protecting patients," said Elliott 
      Sigal, M.D., Ph.D., Executive Vice President and Chief Scientific 
      Officer, Bristol-Myers Squibb. "In the interest of all patients 
      participating in hepatitis C clinical studies, and in cooperation with 
      the FDA, we will make relevant information on BMS-986094 available to 
      inform the development of other investigational compounds to treat 
      hepatitis C. We will also work expeditiously to share the results of our 
      further investigations more broadly in the medical and scientific 
      community."
    
    
      Bristol-Myers Squibb is committed to investigating this safety issue 
      further, including studies to evaluate the potential mechanism of this 
      toxicity. The Company will continue close monitoring and follow-up of 
      patients who have received BMS-986094 across all studies.