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WELCOME TO THE
CENTER FOR
COMPUTATIONAL AND INTEGRATIVE BIOLOGY
The CCIB is an affiliation of faculty drawn together by a common interest in the study of biology through methods engaging a broader scale of inquiry than the existing standard of the era. The faculty collectively has highly diverse interests, ranging from inquiries into the origins of life, the mechanisms of host-pathogen interactions in plants and model organisms, the relationship between atherosclerosis and inflammatory responses in vertebrates, and the collection and analysis of comprehensive measures of physiology in an attempt to understand the harbingers of adverse outcomes (principally sepsis and its sequelae) in individuals treated for trauma. The Center for Computational and Integrative Biology provides support
for investigators at the hospital and across Boston through a variety
of autonomous cores that provide services in DNA sequencing, oligonucleotide
synthesis, microarray analysis, and research laboratory automation. Jack Szostak Wins the 2008 Heineken Prize
Jack Szostak of the CCIB, a Howard Hughes Medical Institute investigator, has
been awarded the 2008 Heineken Prize by the Royal Netherlands Academy of Arts and Sciences for his original contributions to our understanding of the fundamental processes of life. has been responsible for a series of scientific breakthroughs. Each discovery has concerned the fundamental processes of life and evolution. For example, he is one of the forefathers of today's genetic research with 'knockout mice', genetically engineered mice in which one or more genes have been turned off. This method, which has played a major role in many areas of biomedical research, can be traced back to the early 1980s, when Szostak first aired his revolutionary ideas about the crucial function of telomeres, the specialised DNA sequences at the tips of chromosomes, in cell division. Click here for the full press release from the Royal Netherlands Academy. Dr. Szostak was also awarded the 2006 Lasker Award for his accomplishments in basic medical research for his work in the prediction and discovery of telemerase. Click here for more information on the 2006 Lasker Award for Basic Medical Research.
Gary Ruvkun is the Recipient of the 2008 Gairdner Award
Gary Ruvkun was recently honored by the 2008 Gairdner Award for medical research. The Gairdner Foundation made the award to Dr. Ruvkun for his role in the discovery of microRNAs, which are significant in the understanding of cancer, diabetes and heart failure. He started his work on microRNAs and their target mRNA genes in 1982, and has since published numerous papers on their role in gene regulation. His papers reveal a world of RNA regulation at an unprecedented small scale and elucidate the mechanism of this regulation. The Gairdner Awards recognize outstanding contributions by medical researchers whose work will significantly improve our quality of life. Dr. Ruvkun's current work includes research into longevity and fat storage, insulin signaling, and a project to look for evidence of life on Mars.
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