{"section":{"heading":"Related Images and Videos (10)","tiles":[{"href":"/en/st/0070092310","title":"March 21, 2016 - San Diego, CA, USA - SAN DIEGO, CA - MARCH 21, 2015 - Pioneering geneticist J. Craig Venter and a team from the J. Craig Venter Institute in La Jolla have designed and synthesized a minimal bacterial genome, consisting of 473 genes, the only genes necessary for life. ( San Diego USA - ZUMAs44_","thumbnailUrl":"https://www.imago-images.com/bild/st/0070092310/s.jpg","credit":"IMAGO / ZUMA Press Wire","licences":[{"key":"1","name":"Standard","figure":"$29"},{"key":"2","name":"Extended","figure":"$99"}]},{"href":"/en/st/0070092309","title":"March 21, 2016 - San Diego, CA, USA - SAN DIEGO, CA - MARCH 21, 2015 - Pioneering geneticist J. Craig Venter and a team from the J. Craig Venter Institute in La Jolla have designed and synthesized a minimal bacterial genome, consisting of 473 genes, the only genes necessary for life. ( San Diego USA - ZUMAs44_","thumbnailUrl":"https://www.imago-images.com/bild/st/0070092309/s.jpg","credit":"IMAGO / ZUMA Press Wire","licences":[{"key":"1","name":"Standard","figure":"$29"},{"key":"2","name":"Extended","figure":"$99"}]},{"href":"/en/st/0070092329","title":"March 21, 2016 - San Diego, CA, USA - SAN DIEGO, CA - MARCH 21, 2015 - Pioneering geneticist J. Craig Venter, left, and a team from the J. Craig Venter Institute in La Jolla have designed and synthesized a minimal bacterial genome, consisting of 473 genes, the only genes necessary for life, shown here being photographed. ( San Diego USA - ZUMAs44_","thumbnailUrl":"https://www.imago-images.com/bild/st/0070092329/s.jpg","credit":"IMAGO / ZUMA Press Wire","licences":[{"key":"1","name":"Standard","figure":"$29"},{"key":"2","name":"Extended","figure":"$99"}]},{"href":"/en/sp/1065679336","title":"March 21, 2016 - San Diego, CA, USA - SAN DIEGO, CA - MARCH 21, 2015 - Pioneering geneticist J. Craig Venter, left, and a team from the J. Craig Venter Institute in La Jolla have designed and synthesized a minimal bacterial genome, consisting of 473 genes, the only genes necessary for life, shown here being photographed. (K.C. Alfred San Diego Union-Tribune Copyright: xK.C.xAlfredx","thumbnailUrl":"https://www.imago-images.com/bild/sp/1065679336/s.jpg","credit":"IMAGO / ZUMA Press Wire","licences":[{"key":"1","name":"Standard","figure":"$29"},{"key":"2","name":"Extended","figure":"$99"}]},{"href":"/en/sp/1065679333","title":"March 21, 2016 - San Diego, CA, USA - SAN DIEGO, CA - MARCH 21, 2015 - Pioneering geneticist J. Craig Venter and a team from the J. Craig Venter Institute in La Jolla have designed and synthesized a minimal bacterial genome, consisting of 473 genes, the only genes necessary for life. (K.C. Alfred San Diego Union-Tribune Copyright: xK.C.xAlfredx","thumbnailUrl":"https://www.imago-images.com/bild/sp/1065679333/s.jpg","credit":"IMAGO / ZUMA Press Wire","licences":[{"key":"1","name":"Standard","figure":"$29"},{"key":"2","name":"Extended","figure":"$99"}]},{"href":"/en/sp/1065679335","title":"March 21, 2016 - San Diego, CA, USA - SAN DIEGO, CA - MARCH 21, 2015 - Pioneering geneticist J. Craig Venter and a team from the J. Craig Venter Institute in La Jolla have designed and synthesized a minimal bacterial genome, consisting of 473 genes, the only genes necessary for life. (K.C. Alfred San Diego Union-Tribune Copyright: xK.C.xAlfredx","thumbnailUrl":"https://www.imago-images.com/bild/sp/1065679335/s.jpg","credit":"IMAGO / ZUMA Press Wire","licences":[{"key":"1","name":"Standard","figure":"$29"},{"key":"2","name":"Extended","figure":"$99"}]},{"href":"/en/sp/1065679332","title":"March 21, 2016 - San Diego, CA, USA - SAN DIEGO, CA - MARCH 21, 2015 - Pioneering geneticist J. Craig Venter and a team from the J. Craig Venter Institute in La Jolla have designed and synthesized a minimal bacterial genome, consisting of 473 genes, the only genes necessary for life. (K.C. Alfred San Diego Union-Tribune Copyright: xK.C.xAlfredx","thumbnailUrl":"https://www.imago-images.com/bild/sp/1065679332/s.jpg","credit":"IMAGO / ZUMA Press Wire","licences":[{"key":"1","name":"Standard","figure":"$29"},{"key":"2","name":"Extended","figure":"$99"}]},{"href":"/en/sp/1065679327","title":"March 21, 2016 - San Diego, CA, USA - SAN DIEGO, CA - MARCH 21, 2015 - Pioneering geneticist J. Craig Venter and a team from the J. Craig Venter Institute in La Jolla have designed and synthesized a minimal bacterial genome, consisting of 473 genes, the only genes necessary for life. (K.C. Alfred San Diego Union-Tribune Copyright: xK.C.xAlfredx","thumbnailUrl":"https://www.imago-images.com/bild/sp/1065679327/s.jpg","credit":"IMAGO / ZUMA Press Wire","licences":[{"key":"1","name":"Standard","figure":"$29"},{"key":"2","name":"Extended","figure":"$99"}]},{"href":"/en/sp/1065679329","title":"March 21, 2016 - San Diego, CA, USA - SAN DIEGO, CA - MARCH 21, 2015 - Pioneering geneticist J. Craig Venter and a team from the J. Craig Venter Institute in La Jolla have designed and synthesized a minimal bacterial genome, consisting of 473 genes, the only genes necessary for life. (K.C. Alfred San Diego Union-Tribune Copyright: xK.C.xAlfredx","thumbnailUrl":"https://www.imago-images.com/bild/sp/1065679329/s.jpg","credit":"IMAGO / ZUMA Press Wire","licences":[{"key":"1","name":"Standard","figure":"$29"},{"key":"2","name":"Extended","figure":"$99"}]},{"href":"/en/sp/1065679324","title":"March 21, 2016 - San Diego, CA, USA - SAN DIEGO, CA - MARCH 21, 2015 - Pioneering geneticist J. Craig Venter and a team from the J. Craig Venter Institute in La Jolla have designed and synthesized a minimal bacterial genome, consisting of 473 genes, the only genes necessary for life. From left to right are, Clyde Hutchison, Hamilton Smith, J. Craig Venter, and Daniel Gibson. (K.C. Alfred San Diego Union-Tribune Copyright: xK.C.xAlfredx","thumbnailUrl":"https://www.imago-images.com/bild/sp/1065679324/s.jpg","credit":"IMAGO / ZUMA Press Wire","licences":[{"key":"1","name":"Standard","figure":"$29"},{"key":"2","name":"Extended","figure":"$99"}]}]}}