Natural bacterial communities serve as quantitative geochemical biosensors
Smith, Mark B, Rocha, Andrea M, Smillie, Chris S, Olesen, Scott W, Paradis, Charles, Wu, Liyou, Campbell, James H, Fortney, Julian L, Mehlhorn, Tonia L, Lowe, Kenneth A, Earles, Jennifer E, Phillips, Jana, Techtmann, Steve M, Joyner, Dominique C, Elias, Dwayne A, Bailey, Kathryn L, Hurt, Jr, Richard A, Preheim, Sarah P, Sanders, Matthew C, Yang, Joy, Mueller, Marcella A, Brooks, Scott, Watson, David B, Zhang, Ping, He, Zhili, Dubinsky, Eric A, Adams, Paul D, Arkin, Adam P, Fields, Matthew W, Zhou, Jizhong, Alm, Eric J, Hazen, Terry C
Published in mBio (12.05.2015)
Published in mBio (12.05.2015)
Get full text
Journal Article
Natural Bacterial Communities Serve as Quantitative Geochemical Biosensors
Smith, Mark B., Rocha, Andrea M., Smillie, Chris S., Olesen, Scott W., Paradis, Charles, Wu, Liyou, Campbell, James H., Fortney, Julian L., Mehlhorn, Tonia L., Lowe, Kenneth A., Earles, Jennifer E., Phillips, Jana, Techtmann, Steve M., Joyner, Dominique C., Elias, Dwayne A., Bailey, Kathryn L., Hurt, Richard A., Preheim, Sarah P., Sanders, Matthew C., Yang, Joy, Mueller, Marcella A., Brooks, Scott, Watson, David B., Zhang, Ping, He, Zhili, Dubinsky, Eric A., Adams, Paul D., Arkin, Adam P., Fields, Matthew W., Zhou, Jizhong, Alm, Eric J., Hazen, Terry C.
Published in mBio (12.05.2015)
Get full text
Published in mBio (12.05.2015)
Journal Article