Perspectives in Translational Research in Life Sciences and Biomedicine

Chapter 1. Translational Research in Life Sciences.- Chapter 2. Preclinical disease models as a platform for drug discovery.- Chapter 3. Novel antibodies as a replacement for antibiotics.- Chapter 4. Functional Food and Nutraceuticals.- Chapter 5. Bio-Green-Technology as a multi-disciplinary interface amongst the Life Sciences.

Dr. Ena Ray Banerjee is an Associate Professor of Zoology at the University of Calcutta, India and an alumnus of the premiere educational institutions Lady Brabourne College and Gokhale Memorial Girls' school. She was trained in immunobiology during her PhD and worked extensively in immune modulation in inflammation in general and cytokine mediated inflammation in particular. Having taught both under- and post-graduate Zoology for several years as a lecturer at the University of Calcutta, India, she pursued her post-doctoral studies as a visiting scientist and subsequently faculty member of the University of Washington School of Medicine, Seattle, USA. There she began with immunological studies defining key molecules in inflammation and eventually super-specialized into lung inflammation particularly allergies and made a natural transition into regenerative medicine of the lung, having worked with one of the foremost scientists in stem cell biology, Professor Thalia Papayannopoulou anda renowned allergist Dr. William R. Henderson, Jr. Her work pioneered tissue engineering of lung lineage specific cells of the non-ciliated variety from human embryonic stem cells and identified stem cell niches in the mouse lung. She later returned to India and worked for a time at a drug discovery company Advinus Therapeutics, a TATA enterprise, where she led in vitro and in vivo efforts in pharmacological molecules, drug discovery in asthma and related respiratory illness, and then returned to academics as a Reader at her alma mater, the renowned University of Calcutta. Her group's work focuses on drug discovery efforts using novel drugs (small molecules), herbal extracts (functional food), probiotics (nutraceuticals), novel antibody-mediated (camelid antibody) and cells (tissue engineering of stem cells of embryonic origin, adult tissue origin and umbilical cord-derived) in inflammatory disease models (tissue-specific inflammation in the lung and systemic inflammation) and