Erratum: The complete genome sequence of the hyperthermophilic, sulphate-reducing archaeon archaeoglobus fulgidus (Nature (1997) 390 (364- 370)) Hans-Peter Klenk , Rebecca A. Clayton , J F Tomb , Owen White , Karen E. Nelson , K. A. Ketchum , R. J. Dodaon , Michelle L. Gwinn , Erin Hickey , Jeremy Peterson , Delwood Richardson , Anthony R. Kerlavage , David E. Graham , Nikos C. Kyrpides , Robert D. Fleischmann , John Quackenbush , Norman H. Lee , Granger G. Sutton , Steven R. Gill , Ewen F. Kirkness , Brian Dougherty , Keith McKenney , Mark Raymond Adams , Brendan J. Loftus , Scott N. Peterson , Claudia I. Reich , Leslie Klis McNeil , Jonathan H. Badger , A. Glodek , Lixin Zhou , Ross Overbeek , Jeannine D. Gocayne , J. F. Weldman , Lisa McDonald , T. Utterback , Matthew D. Cotton , T. Spriggs , Patricia Artiach , Brian P. Kaine , Sean M. Sykes , P. W. Sadow , K. P. D'Andrea , Cheryl Bowman , C. Fujli , Stacey Garland , Tanya Mason , Gary J. Olsen , Claire M. Fraser , Hamilton O. Smith , C. R. Woese , J C Venter Nature（1998）
摘要
Nature 390, 364–370; (1997) The pathway for sulphate reduction is incorrect as published: in Fig. 3 on page 367, adenylyl sulphate 3-phosphotransferase (cysC) is not needed in the pathway as outlined, as adenylyl sulphate reductase (aprAB) catalyses the first step in the reduction of adenylyl sulphate.
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archaeoglobus fulgidus, erratum, complete genome sequence, sulphate-reducing
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