SEP 13, 2017 01:30 PM PDT
The escalating challenges of antimicrobial resistance and the efforts to conquer these threats
Presented at the Microbiology & Immunology 2017 Virtual Event
CONTINUING EDUCATION (CME/CE/CEU) CREDITS: CME | P.A.C.E. CE | Florida CE
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Speakers:
  • Consultant Medical Microbiologist
    Biography
      Glenn Tillotson has 30+ years pharmaceutical experience in early pre-clinical and clinical research, commercialization, medical affairs, scientific communications including publication planning strategic drug development, life cycle management and global launch programs. Dr Tillotson has been instrumental in the development and launch of ciprofloxacin, moxifloxacin, gemifloxacin, fidaxomicin and most recently solithromycin. Glenn has held several key committee positions at the American College of Chest Physicians, he is on the Scientific Steering Committee for the GTCBio the Annual Summit on Anti-infective Partnering. Currently Dr Tillotson has published >150 peer-reviewed manuscripts, presented >270 scientific posters and is on several journal Editorial Advisory Boards including the Lancet Infectious Disease, eBioMedicine Expert Reviews in Anti-Infective Therapy and F1000.

    Abstract:

    The global threat of antimicrobial resistance has been recognized by the World Health Organization, the United Nations and many other expert bodies. The burden of resistant pathogens is immense and only likely to escalate with predictions of millions of deaths annually and massive economic impact. Since antibiotics were available clinically bacteria have become resistant to these drugs with multi-drug resistant mutants now causing many different types of infection. Bacteria have multiple methods of becoming resistant involving target site alteration, access to the cell or modification of the removal of various molecules. Some antibiotics can be affected by all three mechanisms , such as B-lactams, while others succumb to a single change to lose their effectiveness.
    Despite major advances in new antibiotics in the 1980-1990's there have been no new classes approved since 2005, daptomycin, thus there is an impetus to identify potential new classes of agents which are safe and effective. Presently there are several novel approaches being studied which may provide some hope for new therapies. These include siderophore modifications of a standard B-lactam, agents which alter the cell membrane, quorum sensing blocking, novel targets which involve protein synthesis and other sites. This presentation will provide a brief refresher on antimicrobial resistance and then focus on a selection of new agents and platforms of research. 


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