Title :
Synthetic Biology Driven by Harnessing Forces of Disruptive Innovation
Author :
Greer, Melvin B. ; Rodriguez-Martinez, M. ; Seguel, Jamie
Abstract :
The resultant outcome of synthetic biology research offers the promise of changing the way that we create energy, produce food, optimize industrial processing, and detect, prevent, and cure diseases. Researchers can now harness forces of disruptive innovation (Cloud, Big Data, Mobile, Social) to realize significant benefits and reduce IT cost and complexity, enhance R&D collaboration, and improve bioinformatics to allow lifesciences organizations to focus on answering some of lifes most challenging questions.
Keywords :
Big Data; bioinformatics; cloud computing; mobile computing; Big Data; IT cost reduction; R&D collaboration; bioinformatics; cloud computing; diseases; disruptive innovation; energy; food; harnessing forces; industrial processing; lifesciences organizations; mobile computing; social; synthetic biology research; Bioinformatics; Cloud computing; Computational modeling; DNA; Genomics; Synthetic biology; Keywords- IT; Cloud Computing; Big Data; Data Analytics; Life Science; Synthetic Biology; DNA; Bioinformatics; Complex Adaptive Systems;
Conference_Titel :
Social Computing (SocialCom), 2013 International Conference on
Conference_Location :
Alexandria, VA
DOI :
10.1109/SocialCom.2013.126
