Phylogenetic-based propagation of functional annotations within the Gene Ontology consortium.

Brief. Bioinformatics     Pascale Gaudet , Michael S Livstone , Suzanna E Lewis , Paul D Thomas

Emergence of young human genes after a burst of retroposition in primates.

PLoS Biol.     Ana Claudia Marques , Isabelle Dupanloup , Nicolas Vinckenbosch , Alexandre Reymond , Henrik Kaessmann

Generation and initial analysis of more than 15,000 full-length human and mouse cDNA sequences.

Proc. Natl. Acad. Sci. U.S.A.     Robert L Strausberg , Elise A Feingold , Lynette H Grouse , Jeffery G Derge , Richard D Klausner , Francis S Collins , Lukas Wagner , Carolyn M Shenmen , Gregory D Schuler , Stephen F Altschul , Barry Zeeberg , Kenneth H Buetow , Carl F Schaefer , Narayan K Bhat , Ralph F Hopkins , Heather Jordan , Troy Moore , Steve I Max , Jun Wang , Florence Hsieh , Luda Diatchenko , Kate Marusina , Andrew A Farmer , Gerald M Rubin , Ling Hong , Mark Stapleton , M Bento Soares , Maria F Bonaldo , Tom L Casavant , Todd E Scheetz , Michael J Brownstein , Ted B Usdin , Shiraki Toshiyuki , Piero Carninci , Christa Prange , Sam S Raha , Naomi A Loquellano , Garrick J Peters , Rick D Abramson , Sara J Mullahy , Stephanie A Bosak , Paul J McEwan , Kevin J McKernan , Joel A Malek , Preethi H Gunaratne , Stephen Richards , Kim C Worley , Sarah Hale , Angela M Garcia , Laura J Gay , Stephen W Hulyk , Debbie K Villalon , Donna M Muzny , Erica J Sodergren , Xiuhua Lu , Richard A Gibbs , Jessica Fahey , Erin Helton , Mark Ketteman , Anuradha Madan , Stephanie Rodrigues , Amy Sanchez , Michelle Whiting , Anup Madan , Alice C Young , Yuriy Shevchenko , Gerard G Bouffard , Robert W Blakesley , Jeffrey W Touchman , Eric D Green , Mark C Dickson , Alex C Rodriguez , Jane Grimwood , Jeremy Schmutz , Richard M Myers , Yaron S N Butterfield , Martin I Krzywinski , Ursula Skalska , Duane E Smailus , Angelique Schnerch , Jacqueline E Schein , Steven J M Jones , Marco A Marra , Mammalian Gene Collection Program Team

The sequence of the human genome.

Science     J C Venter , M D Adams , E W Myers , P W Li , R J Mural , G G Sutton , H O Smith , M Yandell , C A Evans , R A Holt , J D Gocayne , P Amanatides , R M Ballew , D H Huson , J R Wortman , Q Zhang , C D Kodira , X H Zheng , L Chen , M Skupski , G Subramanian , P D Thomas , J Zhang , G L Gabor Miklos , C Nelson , S Broder , A G Clark , J Nadeau , V A McKusick , N Zinder , A J Levine , R J Roberts , M Simon , C Slayman , M Hunkapiller , R Bolanos , A Delcher , I Dew , D Fasulo , M Flanigan , L Florea , A Halpern , S Hannenhalli , S Kravitz , S Levy , C Mobarry , K Reinert , K Remington , J Abu-Threideh , E Beasley , K Biddick , V Bonazzi , R Brandon , M Cargill , I Chandramouliswaran , R Charlab , K Chaturvedi , Z Deng , V Di Francesco , P Dunn , K Eilbeck , C Evangelista , A E Gabrielian , W Gan , W Ge , F Gong , Z Gu , P Guan , T J Heiman , M E Higgins , R R Ji , Z Ke , K A Ketchum , Z Lai , Y Lei , Z Li , J Li , Y Liang , X Lin , F Lu , G V Merkulov , N Milshina , H M Moore , A K Naik , V A Narayan , B Neelam , D Nusskern , D B Rusch , S Salzberg , W Shao , B Shue , J Sun , Z Wang , A Wang , X Wang , J Wang , M Wei , R Wides , C Xiao , C Yan , A Yao , J Ye , M Zhan , W Zhang , H Zhang , Q Zhao , L Zheng , F Zhong , W Zhong , S Zhu , S Zhao , D Gilbert , S Baumhueter , G Spier , C Carter , A Cravchik , T Woodage , F Ali , H An , A Awe , D Baldwin , H Baden , M Barnstead , I Barrow , K Beeson , D Busam , A Carver , A Center , M L Cheng , L Curry , S Danaher , L Davenport , R Desilets , S Dietz , K Dodson , L Doup , S Ferriera , N Garg , A Gluecksmann , B Hart , J Haynes , C Haynes , C Heiner , S Hladun , D Hostin , J Houck , T Howland , C Ibegwam , J Johnson , F Kalush , L Kline , S Koduru , A Love , F Mann , D May , S McCawley , T McIntosh , I McMullen , M Moy , L Moy , B Murphy , K Nelson , C Pfannkoch , E Pratts , V Puri , H Qureshi , M Reardon , R Rodriguez , Y H Rogers , D Romblad , B Ruhfel , R Scott , C Sitter , M Smallwood , E Stewart , R Strong , E Suh , R Thomas , N N Tint , S Tse , C Vech , G Wang , J Wetter , S Williams , M Williams , S Windsor , E Winn-Deen , K Wolfe , J Zaveri , K Zaveri , J F Abril , R Guigó , M J Campbell , K V Sjolander , B Karlak , A Kejariwal , H Mi , B Lazareva , T Hatton , A Narechania , K Diemer , A Muruganujan , N Guo , S Sato , V Bafna , S Istrail , R Lippert , R Schwartz , B Walenz , S Yooseph , D Allen , A Basu , J Baxendale , L Blick , M Caminha , J Carnes-Stine , P Caulk , Y H Chiang , M Coyne , C Dahlke , A Deslattes Mays , M Dombroski , M Donnelly , D Ely , S Esparham , C Fosler , H Gire , S Glanowski , K Glasser , A Glodek , M Gorokhov , K Graham , B Gropman , M Harris , J Heil , S Henderson , J Hoover , D Jennings , C Jordan , J Jordan , J Kasha , L Kagan , C Kraft , A Levitsky , M Lewis , X Liu , J Lopez , D Ma , W Majoros , J McDaniel , S Murphy , M Newman , T Nguyen , N Nguyen , M Nodell , S Pan , J Peck , M Peterson , W Rowe , R Sanders , J Scott , M Simpson , T Smith , A Sprague , T Stockwell , R Turner , E Venter , M Wang , M Wen , D Wu , M Wu , A Xia , A Zandieh , X Zhu

Biochemical genetics of the pentose phosphate cycle: human ribose 5-phosphate isomerase (RPI) and ribulose 5-phosphate 3-epimerase (RPE).

Ann. Hum. Genet.     N Spencer , D A Hopkinson