creator Anderson, James creator Gaddini, Anthony creator Bui, Phuong creator Ramakrishna, Sushanth creator Vu, Anthony creator Young, Elizabeth creator Ceisel, Ahren creator Fessel, Jason creator Lau, Sheryl creator Nguyen, Khiem The basis for this Project is a growing body of work in recent years in the development of new organisms, primarily using Escherichia coli as a base. To the best of our knowledge, no work of this type has yet been attempted within IIT to date. Our work will be building on the body of knowledge generated from the work of others in this field, and has as its central aim to extend the work into specific results that have not yet been achieved within any institution. Past successes in this field have included the generation of bacteria which flash a certain color, behave as a two state oscillator, or create simple logic gate functions. Submitted by Ariel True (atrue@iit.edu) on 2011-03-23T17:04:30Z No. of bitstreams: 6 license_rdf: 22564 bytes, checksum: ff373f1ad387898ef8ba4f8bc9e37073 (MD5) license_text: 20904 bytes, checksum: e09bf99e64678e4285abf3ef3e05412d (MD5) Synthetic Biology Engineering Novel Organisms IPRO 302 Project Plan F04.pdf: 82512 bytes, checksum: 10ddde3ca64e6513e519ea28712be6ef (MD5) Synthetic Biology Engineering Novel Organisms IPRO 302 Poster F04.pdf: 674497 bytes, checksum: 916e4449ac05bddaa18019b0c2cd621b (MD5) Synthetic Biology Engineering Novel Organisms IPRO 302 Final Report F04.pdf: 248505 bytes, checksum: b37acecbdb7407ff106aeaf1e8f476b2 (MD5) Synthetic Biology Engineering Novel Organisms IPRO 302 Abstract F04.pdf: 26143 bytes, checksum: 10b31b3efef1f61569c92b78f256efec (MD5) Approved for entry into archive by Charles Uth(uth@iit.edu) on 2011-03-23T21:49:08Z (GMT) No. of bitstreams: 6 license_rdf: 22564 bytes, checksum: ff373f1ad387898ef8ba4f8bc9e37073 (MD5) license_text: 20904 bytes, checksum: e09bf99e64678e4285abf3ef3e05412d (MD5) Synthetic Biology Engineering Novel Organisms IPRO 302 Project Plan F04.pdf: 82512 bytes, checksum: 10ddde3ca64e6513e519ea28712be6ef (MD5) Synthetic Biology Engineering Novel Organisms IPRO 302 Poster F04.pdf: 674497 bytes, checksum: 916e4449ac05bddaa18019b0c2cd621b (MD5) Synthetic Biology Engineering Novel Organisms IPRO 302 Final Report F04.pdf: 248505 bytes, checksum: b37acecbdb7407ff106aeaf1e8f476b2 (MD5) Synthetic Biology Engineering Novel Organisms IPRO 302 Abstract F04.pdf: 26143 bytes, checksum: 10b31b3efef1f61569c92b78f256efec (MD5) Made available in DSpace on 2011-03-23T21:49:08Z (GMT). No. of bitstreams: 6 license_rdf: 22564 bytes, checksum: ff373f1ad387898ef8ba4f8bc9e37073 (MD5) license_text: 20904 bytes, checksum: e09bf99e64678e4285abf3ef3e05412d (MD5) Synthetic Biology Engineering Novel Organisms IPRO 302 Project Plan F04.pdf: 82512 bytes, checksum: 10ddde3ca64e6513e519ea28712be6ef (MD5) Synthetic Biology Engineering Novel Organisms IPRO 302 Poster F04.pdf: 674497 bytes, checksum: 916e4449ac05bddaa18019b0c2cd621b (MD5) Synthetic Biology Engineering Novel Organisms IPRO 302 Final Report F04.pdf: 248505 bytes, checksum: b37acecbdb7407ff106aeaf1e8f476b2 (MD5) Synthetic Biology Engineering Novel Organisms IPRO 302 Abstract F04.pdf: 26143 bytes, checksum: 10b31b3efef1f61569c92b78f256efec (MD5) Previous issue date: 2004-12 Deliverables for IPRO 302: Synthetic Biology: Engineering a Novel Organism for the Fall 2004 semester 2004-12 2004-12 http://hdl.handle.net/10560/1662 en Nicholas Menhart Synthetic Biology Genetic Engineering Project deliverable born digital application/pdf In Copyright http://rightsstatements.org/page/InC/1.0/ Open Access IPRO / Interprofessional Projects Program Illinois Institute of Technology Affiliated department