Biography
Lawrence B. Schook is an Edward William and Jane Marr Gutgsell Professor of Animal Sciences and Radiology, previously served as the Vice President for Research at the University of Illinois, overseeing the technology commercialization and economic development activities across the University’s three campuses (Urbana-Champaign, Chicago, and Springfield). Previously he served as founding Director, UIUC Division of Biomedical Sciences and the founding Carl R. Woese Institute for Genomic Biology (IGB) Theme Leader for Regenerative Biology and Tissue Engineering. Schook is a recognized international scholar in comparative genomics and is known for leading the pig genome-sequencing project, which has provided researchers insights into human cancer and other chronic diseases. He is a noted entrepreneur who has launched three medical application startup companies. Schook is currently funded by the National Institutes of Health (NIH), Korean Government, and the Department of Defense (DOD) to develop the pig as a biomedical cancer model and has been the PI in extramural funding from the NIH, National Science Foundation (NSF) and United States Department of Agriculture (USDA). He has co-authored/edited nine books and over 245 publications, has trained 43 graduate students, mentored 35 undergraduate projects and 25 postgraduate scholars. He has appointments in bioengineering, nutritional sciences, veterinary pathobiology, pathology, surgery, the IGB and the Beckman Institute. He was a Fellow at the Academy for Entrepreneurial Leadership and the National Center for Supercomputer Applications. Schook led the effort to develop UI LABS, a Chicago-based research and commercialization collaborative that spun out of the University, and is a founding Board member. A Fellow of the American Association for the Advancement of Science, he currently serves on the Boards of Trustees for Albion College, the National Academy of Sciences Institute for Laboratory Animal Science Council, the Current Water Innovation Cluster Board, and the Illinois Technology Association Internet of Things Council. He previously served on the Board of Managers for the Fermi and Argonne National Laboratories, and Illinois 41st Governor Pat Quinn’s Innovation Council.
Research Interest
Bioengineering, Nutritional Sciences, Veterinary Pathobiology, Veterinary Pathology, Animal Biotechnology, Gene-Mapping, Genome Sequencing, Xenobiotics, Veterinary Surgery, Veterinary Oncology and Radiology.
Biography
Ângela Martins is the clinical director of the Arrabida Veterinary Hospital and of the 1st Functional Animal Rehabilitation Center–CRAA. She is working as a Professor at Lusofona University, on the discipline: Physical Medicine and Animal Rehabilitation, and guest professor on the same topic at the Technical University of Lisbon. She has completed her degree in Veterinary Medicine in 1991 and Post graduated in emergencies, orthopedic and neurologie, at University Lusofona. She wrote few articles on Functional Neuro-Rehabilitation. She is a member of AARV–IAVRPT. She has completed several courses like CCRP in 2012 from University of Tennessee, ESAVS-Rehabilitation and Physiotherapy of Small Animals in 2010 and Course of traumatologyorthopedic rehabilitation in 2012.
Research Interest
Ângela Martins research interests are Physical Medicine and Animal Rehabilitation.
Biography
Dr. Gary J. Hausman completed his Ph.D. in meat science/muscle biology in 1977 at the University of Wisconsin-Madison. Dr. Hausman was a research physiologist with the USDA-ARS since 1980 [GS 15 researcher since 1993] and is currently an Adjunct Professor in Animal and Dairy Science at the University of Georgia. The research efforts of Dr. Hausman has enhanced our present knowledge of the cellular/molecular structure, function and regulation of cells of the adipogenic lineage and will serve as groundwork as the field of adipocyte regulation expands. Developing the first preadipocyte antibody allowed him to demonstrate interrelationships with vascular, muscle, and immune system development during normal growth and development. He has collaborated with an international group of peers, which has perpetuated his research efforts a hundred fold. Dr. Hausman has produced Ph.D. graduates, post-doctoral fellows, visiting scientists and present collaborators which lead the field in basic adipocyte, muscle, growth and development and applied research. He also has mentored 8 Ph.D and several Masters students. Dr. Hausman has authored or co-authored 218 scientific articles published in refereed journals (receiving >4300 citations; h-index = 33), 48 reviews and has given 24 invited presentations at national and international scientific meetings. Dr. Hausman authored a major invited review for Annual Reviews of Animal Biosciences in 2014. He serves as an associate editor for the Journal of Food, Agriculture and Environment, the Adipobiology journal and the International Bioscience Animal journal. Furthermore, Dr. Hausman serves on the editorial board of the Adipocytes journal. Dr. Hausman established the editorial board for a new journal titled Adipocytes and served as Editor-in Chief until the journal was terminated as a consequence of the loss of publishing facilities due to hurricane Katrina. His many awards include Outstanding Young Animal Scientist Award of the ASAS - Southern Section (1986), the 1993 ASAS Animal Growth and Development Award and was name a Fellow of the American Society of Animal Science in 2011. Dr. Hausman organized and chaired several major symposia for the Federation of American Societies of Experimental Biology (FASEB) and American Society of Animal Science annual meetings.
Research Interest
The physiology and anatomy of domestic animal growth and development. Basic fundamentals of adipocyte and muscle cell differentiation, the role of the vasculature in directing adipogenesis and muscle cell development. Immunocytochemistry as a tool in developmental studies of adipocyte stem cell markers.. Genetic regulation of adipocyte development -microarray analysis and examination and identification of candidate genes.