. "Rutgers University"@en . "Felisa Lauren Wolfe"@en . . . "Oceanography"@en . . . "Wolfe-Simon at the 2011 Time 100 gala"@en . . . "United States"@en . . . . . "GFAJ-1 bacterium"@en . . . . "Felisa Wolfe-Simon is an American microbial geobiologist and biogeochemist. In 2010, Wolfe-Simon led a team that discovered GFAJ-1, an extremophile bacterium that they claimed was capable of substituting arsenic for a small percentage of its phosphorus to sustain its growth, thus advancing the remarkable possibility of non-RNA/DNA-based genetics. However, these conclusions were immediately debated and critiqued in correspondence to the original journal of publication, and have since come to be widely disbelieved. In 2012, two reports refuting the most significant aspects of the original results were published in the same journal in which the original findings had been previously published."@en . "Microbiology"@en . . "Oberlin Conservatory of Music"@en . . . "Felisa Wolfe-Simon"@en . "Felisa Lauren Wolfe-Simon"@en . "Felisa Wolfe-Simon is an American microbial geobiologist and biogeochemist. In 2010, Wolfe-Simon led a team that discovered GFAJ-1, an extremophile bacterium that they claimed was capable of substituting arsenic for a small percentage of its phosphorus to sustain its growth, thus advancing the remarkable possibility of non-RNA/DNA-based genetics. However, these conclusions were immediately debated and critiqued in correspondence to the original journal of publication, and have since come to be widely disbelieved. In 2012, two reports refuting the most significant aspects of the original results were published in the same journal in which the original findings had been previously published."@en . . . . . . . . . . "Rutgers University Institute of Marine and Coastal Sciences"@en . "Biochemistry"@en .