10 research outputs found
Biological network analyses: computational genomics and systems approaches
- Author
- Aebersold R.
- Androulakis I.P.
- Bailey J.E.
- Breci L.
- C. Chan
- Chen T.
- Choi Y.S.
- Collett J.R.
- Egener T.
- Feezor R.J.
- Fiehn O.
- Fields S.
- Gorg A.
- Graham D.R.
- Kidgell C.
- Kim Guisbert K.
- Kim J.
- Kirby R.
- Klipp E.
- Koch T.H.
- Kuruvilla F.G.
- Lee M.
- Li Z.
- Li Z.
- Liang S.
- Liao J.C.
- Liu Y.
- Lueking A.
- MacBeath G.
- MacBeath G.
- McCauley T.G.
- Mukherjee S.
- Naffin J.L.
- Nielsen J.
- O'Sullivan C.K.
- Park S.J.
- Pilobello K.T.
- S.P. Walton
- Shen Y.
- Smith D.
- Sreekumar A.
- Stephanopoulos G.
- Stoevesandt O.
- Tran L.M.
- Vadigepalli R.
- Z. Li
- Publication venue
- 'Informa UK Limited'
- Publication date
- Field of study
A laser desorption ionisation mass spectrometry approach for high throughput metabolomics
- Author
- A. Vazquez
- A.M. Marini
- A.P. Mitchell
- Andrew Hayes
- B. Magasanik
- B.H. ter Kuile
- D.L. Jones
- Dan Jones
- David I. Broadhurst
- Douglas B. Kell
- E. Soupene
- E.P. Go
- E.P. Go
- F.G. Kuruvilla
- G.D. Bader
- I. Velasco
- J. Allen
- J. Allen
- J. Wei
- J. Wu
- J.L. Crespo
- J.R. Daugherty
- Joanne Ellis
- L. Minarikova
- L.M. Raamsdonk
- M.E. Cardenas
- N.N. Kaderbhai
- Nicola Burton
- P. Daran-Lapujade
- R. Goodacre
- R. Goodacre
- Royston Goodacre
- S. Vaidyanathan
- S.A. Trauger
- S.G. Oliver
- Seetharaman Vaidyanathan
- Stephen G. Oliver
- T. Beck
- T. Ideker
- T.G. Cooper
- Tudor Jenkins
- W.B. Dunn
- W.B. Dunn
- W.E. Courchesne
- Warwick B. Dunn
- X. Zhu
- Z. Shen
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- Field of study
Cancer Development and Progression
- Author
- A. Blais
- A.A. Alizadeh
- A.L. Feldman
- B. Nal
- B. Ren
- B.T. Houseman
- B.T. Houseman
- C. Mazzanti
- C. Schwaenen
- C.M. Mazzanti
- C.M. Perou
- D. Hanahan
- D.B. Wheeler
- D.C. Polacek
- D.G. Hicks
- D.J. Lockhart
- D.M. Evans
- D.R. Rhodes
- E. Solomon
- E. Wang
- E.R. Fearon
- F.A. Middleton
- F.G. Kuruvilla
- G. Callagy
- G. MacBeath
- G. Pietu
- G. Zardo
- G.V. Glinsky
- H. Ge
- H. Matsuzaki
- H. Zhao
- H. Zhu
- H. Zhu
- J. DeRisi
- J. Kononen
- J. Rosen
- J.A. Irving
- J.A. Martinez-Climent
- J.M. Kim
- J.P. Segal
- J.R. Pollack
- J.Y. Kang
- K. Aoyagi
- L. Bubendorf
- L. Xu
- L. Zhong
- L.A. Liotta
- L.J. Veer vant
- M. Dean
- M. Sanchez-Carbayo
- M.F. Templin
- M.I. Darville
- M.J. Vijver van de
- M.M. Weiss
- M.R. Emmert-Buck
- N.L. Simone
- P.K. Ha
- P.L. Paris
- R. Judson
- R.D. Palmiter
- S. Baghdoyan
- S. Eschrich
- S. Liu
- S. Mousses
- S.A. Tenenbaum
- S.B. Gabriel
- S.S. Dave
- T.R. Golub
- The International HapMap
- V. Orlando
- X. Zhou
- X.J. Ma
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- 01/01/2007
- Field of study
The Target of Rapamycin Signaling Pathway Regulates mRNA Turnover in the Yeast Saccharomyces cerevisiae
- Author
- Allan R. Albig
- Anderson J.S.J.
- Banholzer R.
- Beck T.
- Beelman C.A.
- Beelman C.A.
- Berset C.
- Bertram P.G.
- Boucherie H.
- Brown C.E.
- Caponigro G.
- Caponigro G.
- Cardenas M.E.
- Carolyn J. Decker
- Cutler N.S.
- Czaplinski K.
- Decker C.J.
- Decker C.J.
- Dennis P.B.
- DeRisi J.L.
- Di Como C.J.
- Dunckley T.
- Fuge E.K.
- Gietz R.D.
- Hadfield C.
- Hardwick J.S.
- Hashemolhosseini S.
- Heaton B.
- Heitman J.
- Herrick D.
- Hsu C.L.
- Jona G.
- Ju Q.
- Keith C.T.
- Kunzler M.
- Kuruvilla F.G.
- LaGrandeur T.
- LaGrandeur T.E.
- Lewis D.L.
- Lombardo A.
- Mangus D.E.
- Muhlrad D.
- Muhlrad D.
- Muhlrad D.
- Nonet M.
- Oldham S.
- Olivas W.
- Paulovich A.G.
- Peter Walter
- Schnier J.
- Schwartz D.C.
- Schwartz D.C.
- Shamji A.F.
- Sikorski R.S.
- Tharun S.
- Thomas G.
- Tucker M.
- Werner-Washburne M.
- Zhang H.
- Zuk D.
- Zuk D.
- Publication venue
- 'American Society for Cell Biology (ASCB)'
- Publication date
- Field of study
The TOR Signal Transduction Cascade Controls Cellular Differentiation in Response to Nutrients
- Author
- Abeliovich H.
- Alarcon C.M.
- Alspaugh J.A.
- Banuett F.
- Beck T.
- Berset C.
- Bertram P.G.
- Cafferkey R.
- Cardenas M.E.
- Chan T.F.
- Chandarlapaty S.
- Chen J.
- Christianson T.W.
- Cook J.G.
- Cruz M.C.
- Cruz M.C.
- Cutler N.S.
- Di Como C.J.
- Edskes H.K.
- Evans D.R.H.
- Fernandez-Sarabia M.J.
- Fonzi W.A.
- Gavrias V.
- Gimeno C.J.
- Gimeno C.J.
- Gingras A.-C.
- Hardwick J.S.
- Harris D.M.
- Hartmann H.A.
- Heitman J.
- Heitman J.
- Inui S.
- Jiang Y.
- Joan S. Brugge
- Joseph Heitman
- Kamada Y.
- Kawai M.
- Kraakman L.
- Kunz J.
- Kuruvilla F.G.
- Kwon-Chung K.J.
- KĂĽbler E.
- Liu H.
- Liu H.
- Lo H.-J.
- Lorenz M.C.
- Lorenz M.C.
- Lorenz M.C.
- Lorenz M.C.
- Lorenz M.C.
- Madhani H.D.
- Madhani H.D.
- Maria E. Cardenas
- Medoff G.
- Moore T.D.E.
- Murata K.
- Murray L.E.
- Mösch H.U.
- N. Shane Cutler
- Noda T.
- Pan X.
- Pan X.
- Roberts R.L.
- Robertson L.S.
- Rohde J.
- Rupp S.
- Schiestl R.H.
- Schmelzle T.
- Schmidt A.
- Schmidt A.
- Shamji A.F.
- Sherman F.
- Thomas G.
- Wach A.
- Ward M.P.
- Weisman R.
- Weisman R.
- Xue Y.
- Xuewen Pan
- Young L.Y.
- Zaragoza D.
- Zheng X.F.
- Publication venue
- 'American Society for Cell Biology (ASCB)'
- Publication date
- Field of study
Powerful Partners: Arabidopsis and Chemical Genomics
- Author
- Ahn Y.H.
- Alaimo P.J.
- Armstrong J.I.
- Asami T.
- Asami T.
- Asami T.
- Assaad F.F.
- Avato P.
- Bassel G.W.
- Benkova E.
- Blackwell H.E.
- Blakeslee J.J.
- Bohmer M.
- Bowers K.
- Cheung A.Y.
- Cole R.A.
- Dai X.
- DeBolt S.
- Delmer D.P.
- Desprez T.
- Dinter A.
- Dobson C.M.
- Eggert U.S.
- Friml J.
- Gachon C.M.
- Geldner N.
- Geldner N.
- Gendron J.M.
- Girke T.
- Glenn R. Hicks
- Grozinger C.M.
- Hayashi K.
- Hayashi K.
- Hayashi K.
- Heese M.
- Heim D.R.
- Heim D.R.
- Hicks G.R.
- Jung D.W.
- Kato T.
- Khersonsky S.M.
- Kim W.
- Kimura S.
- Kirst H.A.
- Kuruvilla F.G.
- Lavy M.
- Li J.
- Li Q.
- Lipinski C.A.
- Lokey R.S.
- Macey M.J.K.
- Min J.
- Mitchison T.J.
- Morita M.T.
- Nagata N.
- Natasha V. Raikhel
- Nebenfuhr A.
- Nemhauser J.L.
- Ni-Komatsu L.
- Norambuena L.
- Olah M.M.
- Oliver S.F.
- Paredez A.R.
- Peng L.
- Peterson R.T.
- Raikhel N.
- Robert S.
- Robert S.
- Rojas-Pierce M.
- Rojo E.
- Sabatini S.
- Sanderfoot A.A.
- Sandermann H.
- Scheible W.R.
- Schiott M.
- Schlaich N.L.
- Schreiber K.
- Schreiber S.L.
- Schumacher K.
- Serrano M.
- Shogren-Knaak M.A.
- Silady R.A.
- Spring D.R.
- Steinmann T.
- Stockwell B.R.
- Stockwell B.R.
- Stockwell B.R.
- Stumpfe D.
- Stéphanie Robert
- Sungur C.
- Surpin M.
- Surpin M.
- Swarup R.
- Tan X.
- Torrance C.J.
- Vogt I.
- Wakabayashi K.
- Walsh T.A.
- Walsh T.A.
- Williams D.
- Xu J.
- Yamazoe A.
- Yang Z.
- Yano D.
- Yoneda A.
- Young S.S.
- Zhang J.
- Zhao Y.
- Zhao Y.
- Zhao Y.
- Zheng W.
- Zheng Z.L.
- Zonia L.
- Zouhar J.
- Publication venue
- American Society of Plant Biologists
- Publication date
- Field of study
Chemical genomics (i.e. genomics scale chemical genetics) approaches capitalize on the ability of low molecular mass molecules to modify biological processes. Such molecules are used to modify the activity of a protein or a pathway in a manner that it is tunable and reversible. Bioactive chemicals resulting from forward or reverse chemical screens can be useful in understanding and dissecting complex biological processes due to the essentially limitless variation in structure and activities inherent in chemical space. A major advantage of this approach as a powerful addition to conventional plant genetics is the fact that chemical genomics can address loss-of-function lethality and redundancy. Furthermore, the ability of chemicals to be added at will and to act quickly can permit the study of processes that are highly dynamic such as endomembrane trafficking. An important aspect of utilizing small molecules effectively is to characterize bioactive chemicals in detail including an understanding of structure-activity relationships and the identification of active and inactive analogs. Bioactive chemicals can be useful as reagents to probe biological pathways directly. However, the identification of cognate targets and their pathways is also informative and can be achieved by screens for genetic resistance or hypersensitivity in Arabidopsis thaliana or other organisms from which the results can be translated to plants. In addition, there are approaches utilizing “tagged” chemical libraries that possess reactive moieties permitting the immobilization of active compounds. This opens the possibility for biochemical purification of putative cognate targets. We will review approaches to screen for bioactive chemicals that affect biological processes in Arabidopsis and provide several examples of the power and challenges inherent in this new approach in plant biology
Dengue
- Author
- Aizaki H.
- Akkina R.
- Alcon S.
- Alcon-LePoder S.
- Alvarez D.E.
- An J.
- Ashour J.
- Assuncao-Miranda I.
- Atrasheuskaya A.
- Avirutnan P.
- Avirutnan P.
- Balmaseda A.
- Balsitis S.J.
- Balsitis S.J.
- Barber G.N.
- Bardina S.V.
- Barkhash A.V.
- Baroni A.
- Basu A.
- Baumgarth N.
- Beaumier C.M.
- Beltramello M.
- Bente D.A.
- Bielefeldt-Ohmann H.
- Blackley S.
- Bloomback M
- Bone R.C.
- Boonnak K.
- Borden E.C.
- Bousso P.
- Bray M.
- Bray M.
- Bressanelli S.
- Brinton M.A.
- Browne E.P.
- Bruhns P.
- Buckley C.D.
- Bukowski J.F.
- Burke D.S.
- Burke-Gaffney A.
- Cardier J.E.
- Carr J.M.
- Carroll S.S.
- Casadevall A.
- Cattand P.
- Cavlar T.
- Chang G.J.
- Chang H.H.
- Chao Y.C.
- Chaturvedi U.C.
- Chaturvedi U.C.
- Chaturvedi U.C.
- Chaturvedi U.C.
- Chavez-Salinas S.
- Chen H.C.
- Chen H.C.
- Chen L.
- Chen R.F.
- Chen S.T.
- Chen S.T.
- Chen W.
- Chiewsilp P.
- Choi G.
- Chung K.M.
- Clyde K.
- Coller B.A.
- Costa V.V.
- Costa V.V.
- Couvelard A.
- Dalrymple N.
- Daughaday C.C.
- Davis B.K.
- Debing Y.
- Deen J.L.
- Dejnirattisai W.
- Deretic V.
- Diamond M.S.
- Diebold S.
- Dohner K.
- Dong H.
- Dong T.
- Doolittle R.F.
- Dreux M.
- Duan X.
- Duangchinda T.
- Durbin A.P.
- Durbin A.P.
- Erbel P.
- Espada-Murao L.A.
- Fagundes C.T.
- Fagundes C.T.
- Fagundes C.T.
- Falconar A.K.
- Falgout B.
- Fernandez-Mestre M.T.
- Filomatori C.V.
- Fischl W.
- Flamand M.
- Friebe P.
- Garcia C.C.
- Gibbons R.V.
- Goncalvez A.P.
- Green S.
- Green S.
- Green S.
- Gromowski G.D.
- Guabiraba R.
- Gubler D.J.
- Gubler D.J.
- Gulati L.
- Guzman M.G.
- Guzman M.G.
- Guzman M.G.
- Guzman M.G.
- Guzman M.G.
- Halstead S.B.
- Halstead S.B.
- Halstead S.B.
- Halstead S.B.
- Halstead S.B.
- Halstead S.B.
- Hayden F.G.
- Heaton N.S.
- Heaton N.S.
- Heaton N.S.
- Heaton N.S.
- Heinz F.X.
- Hirsch M.S.
- Hobson-Peters J.
- Holmes E.C.
- Hotta H.
- Hrobowski Y.M.
- Huang K.J.
- Huang Y.H.
- Janeway C.A.T.
- Jessie K.
- Jiang Z.
- Jindadamrongwech S.
- Johnson A.J.
- Juffrie M.
- Julander J.G.
- Kalayanarooj S.
- Kalayanarooj S.
- Khakpoor A.
- Kirkegaard K.
- Komastu T.
- Koraka P.
- Koraka P.
- Krishnamurti C.
- Kudchodkar S.B.
- Kumar A.A.
- Kundu M.
- Kurane I.
- Kurane I.
- Kurane I.
- Kurane I.
- Kuruvilla J.G.
- Kyle J.L.
- Larena M.
- Lee C.J.
- Lee E.
- Lee H.K.
- Lee M.S.
- Lee Y.R.
- Lee Y.R.
- Levi M.
- Levy A.
- Li L.
- Limon-Flores A.Y.
- Limonta D.
- Limonta D.
- Lin C.F.
- Lin C.F.
- Lin C.F.
- Lin C.F.
- Lin Y.L.
- Lindenbach B.D.
- Lindenbach B.D.
- Lindquist L.
- Litman G.W.
- Lok S.M.
- Loke H.
- Loke H.
- Lorenz I.C.
- Luckheeram R.V.
- Luo D.
- Luplertlop N.
- Luplertlop N.
- Mackenzie J.
- Mackenzie J.M.
- Mackenzie J.M.
- Mackenzie J.M.
- Mackenzie J.S.
- Mairuhu A.T.
- Malet H.
- Mangada M.M.
- Mangada M.M.
- Mansfield K.L.
- Marchette N.J.
- Marchette N.J.
- Martina B.E.
- Martina B.E.
- Martina B.E.
- Martinez-Barragan J.J.
- Martinez-Gutierrez M.
- Mathew A.
- Mazzon M.
- McCown M.F.
- McLean J.E.
- Medin C.L.
- Medzhitov R.
- Medzhitov R.
- Medzhitov R.
- Menendez-Arias L.
- Migliaccio G.
- Miller J.L.
- Miller S.
- Modhiran N.
- Modis Y.
- Mogensen T.H.
- Monath T.P.
- Mongkolsapaya J.
- Montoya C.J.
- Moreno-Altamirano M.M.
- Mota J.
- Murphy B.R.
- Murphy B.R.
- Myers R.M.
- Navarro-Sanchez E.
- Nelson S.
- Nguyen N.M.
- Nguyen T.H.
- Nguyen T.H.
- Nguyen T.L.
- Nielsen D.G.
- Nijhuis M.
- Nimmerjahn F.
- Nischang M.
- Noble C.G.
- Nogueira R.M.
- Oh W.K.
- Okamoto T.
- Oliphant T.
- Oliveira-Pinto L.M.
- Pacsa A.S.
- Paes M.V.
- Palmer D.R.
- Pang T.
- Panyasrivanit M.
- Pastorino B.
- Paterson R.L.
- Patey O.
- Peiris J.S.
- Pluddemann A.
- Poh M.K.
- Polacek C.
- Pryor M.J.
- Pulendran B.
- Raghupathy R.
- Rangel-Frausto M.S.
- Raut C.G.
- Rawlinson S.M.
- Rawlinson S.M.
- Reggiori F.
- Renneson J.
- Reyes-Del Valle J.
- Riewald M.
- Rink J.
- Rodenhuis-Zybert I.A.
- Rodenhuis-Zybert I.A.
- Rosen L.
- Rothman A.L.
- Rothman A.L.
- Rouse B.T.
- Sabchareon A.
- Sabin A.B.
- Sabin A.B.
- Sahaphong S.
- Sakuntabhai A.
- Sampath A.
- Scherer W.F.
- Schlesinger J.J.
- Schnittler H.J.
- Schouten M.
- Schul W.
- Serhan C.N.
- Shi C.S.
- Shresta S.
- Shresta S.
- Shultz L.D.
- Sierra B.
- Silverman R.H.
- Silverstein A.M.
- Sips G.J.
- Soriano V.
- Souza D.G.
- Srikiatkhachorn A.
- St John A.L.
- St John A.L.
- Stadler K.
- Stephens H.A.
- Stephenson J.R.
- Stoermer K.A.
- Strukova S.
- Styer L.M.
- Suaya J.A.
- Suharti C.
- Suthar M.S.
- Takeuchi O.
- Talavera D.
- Tam D.T.
- Tassaneetrithep B.
- Taylor M.P.
- Thein S.
- Thein S.
- Theofilopoulos A.N.
- Thepparit C.
- Thomas S.J.
- Tsai T.T.
- Ubol S.
- Ubol S.
- Urcuqui-Inchima S.
- van der Schaar H.M.
- van Kooyk Y.
- Vaughan K.
- Vaughn D.W.
- Vietnamese
- Viremia
- Virus
- Wahala W.M.
- Wang C.C.
- Wang E.
- Wang L.
- Wang Q.Y.
- Watson A.A.
- Weaver S.C.
- Weaver S.C.
- Wei H.Y.
- Welsch S.
- Whitby K.
- Whitehead S.S.
- Whitehorn J.
- Whitmire J.K.
- Wiiger M.T.
- Winkler G.
- Wu M.F.
- Wu S.J.
- Yauch L.E.
- Ye J.
- Yin Z.
- Yon C.
- Young P.R.
- Yu I.M.
- Yu L.
- Zamudio-Meza H.
- Zellweger R.M.
- Zhang J.L.
- Zhu J.
- Zivna I.
- Zompi S.
- Publication venue
- 'Morgan & Claypool Publishers LLC'
- Publication date
- 01/01/2014
- Field of study
Lecture 49 ISBN e-book : 9781615045754International audienc
Phospholipase D
- Author
- Abousalham A.
- Abousalham A.
- Akisue T.
- Angus W.W.
- Anthes J.C.
- Bae C.D.
- Balboa M.A.
- Banno Y.
- Banno Y.
- Ben El Hadj N.
- Besterman J.M.
- Blasco R.
- Bocckino S.B.
- Bocckino S.B.
- Bosch R.R.
- Bourgoin S.
- Bourgoin S.
- Bradshaw C.D.
- Brindley D.N.
- Brindley D.N.
- Briscoe C.P.
- Brown E.J.
- Brown F.D.
- Brown H.A.
- Brown H.A.
- Cai S.
- Caumont A.S.
- Caumont A.S.
- Cha Y.R.
- Chalifa V.
- Chalifour R.
- Chardin P.
- Chen J.
- Chen Y.
- Chen Y.G.
- Chong L.D.
- Chung J.K.
- Cleves A.E.
- Colley W.C.
- Colley W.C.
- Cook S.J.
- Cross M.
- Cuvillier O.
- da Fonseca F.G.
- Dascher C.
- Davies D.R.
- De Carvalho M.G.S.
- Dhalla N.S.
- Dharmalingham K.
- Divecha N.
- Donaldson J.G.
- Du G.
- Du G.
- Dubyak G.R.
- Dyer H.
- Earp H.S.
- Eldar H.
- Ella K.
- Ella K.
- Exton J.H.
- Exton J.H.
- Exton J.H.
- Fang Y.
- Feng X.
- Franco M.
- Freyberg Z.
- Freyberg Z.
- Frohman M.A.
- Frohman M.A.
- Fukami K.
- Fukami K.
- Fukami K.
- Ganley I.G.
- Gardiner J.C.
- Geny B.
- Geny B.
- Gomez-Muñoz
- Gomez-Muñoz
- Gomez-Muñoz
- Gottlin E.B.
- Grossman S.
- Gustavson L.
- Hammond S.M.
- Hammond S.M.
- Han J.M.
- Hanahan D.J.
- Hanahan D.J.
- Harel M.
- Hawkins P.T.
- Hayakawa K.
- Helms J.B.
- Henry R.A.
- Hess J.A.
- Hinchliffe K.A.
- Hodgkin M.N.
- Hodgkin M.N.
- Homma K.
- Honda A.
- Hornia A.
- Horwitz J.
- Houle M.G.
- Hug H.
- Hughes W.E.
- Husain M.
- Inamori K.
- Ishiharah H.
- Ishiharah H.
- Ito Y.
- Iwasaki Y.
- Iwasaki-Besho Y.
- Jenco J.M.
- Jenkins G.H.
- Jones D.H.
- Jones D.R.
- Just I.
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- 'Canadian Science Publishing'
- Publication date
- Field of study
Dengue
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- Vietnamese
- Viremia
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- Wahala W.M.
- Wang C.C.
- Wang E.
- Wang L.
- Wang Q.Y.
- Watson A.A.
- Weaver S.C.
- Weaver S.C.
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- Publication venue
- 'Morgan & Claypool Publishers LLC'
- Publication date
- Field of study
From feast to famine; adaptation to nutrient availability in yeast
- Author
- A Schmidt
- A. C. Alonso
- A. Chambers
- A. Fujita
- A. Kaffman
- A. Kaffman
- A. Kaffman
- A. Komeili
- A. Komeili
- A. Rahner
- A. Reinders
- A. Rouillon
- A. Sakai
- A. Schmidt
- A. Schmidt
- A. Smith
- A. Stanhill
- A. Toh-E
- A. Woods
- A. Woollard
- A.A. Kulkarni
- A.A. Sneddon
- A.B. Vojtek
- A.C. Vincent
- A.D. Hartley
- A.F. Shamji
- A.G. Hinnebusch
- A.L. Kruckeberg
- A.M. Healy
- A.R. Oliphant
- B. A.C. G. Raught
- B. Daignan-Fornier
- B. Magasanik
- B.A. Schulman
- B.I. Ono
- B.K. Timblin
- B.L. Aerne
- B.L. Kelly
- C. Camus
- C. Cheng
- C. Cheng
- C. Gancedo
- C. Liu
- C. R. Mc
- C. Sengstag
- C. Virgilio De
- C. Virgilio De
- C. Wills
- C.A. D’Souza
- C.J. Dicomo
- C.J. Gimeno
- C.J.L. Klein
- C.N. Tennyson
- C.S. Hoffman
- C.T. Keith
- C.W. Yun
- D. Broek
- D. Broek
- D. Carrillo
- D. Fraenkel
- D. Goldberg
- D. Hedges
- D. Huang
- D. Huang
- D. Lohr
- D. Shao
- D. Stapleton
- D. Tadi
- D. Thomas
- D. Thomas
- D. Thomas
- D. Thomas
- D. Thomas
- D. Zaragoza
- D.A. Jeffery
- D.D. Markwardt
- D.G. Hardie
- D.O. Morgan
- D.Q. Huang
- D.W. Rowen
- E. Boles
- E. Boles
- E. Boy-Marcotte
- E. Boy-Marcotte
- E. Kubler
- E. Leberer
- E. Moskvina
- E. Riballo
- E. Sugajska
- E.A. McKenzie
- E.E. Patton
- E.E. Patton
- E.G. Schure Ter
- E.J.A. Hubbard
- E.M. O’Neill
- E.S. Polakis
- E.W. Jones
- E.W. Scott
- F. Bernard
- F. Bernard
- F. Estruch
- F. Estruch
- F. Fisher
- F. Posas
- F. Randez-Gil
- F. Randez-Gil
- F. Randez-Gil
- F. Rolland
- F. Rolland
- F.G. Kuruvilla
- F.H. Espinoza
- F.N. Li
- F.S. Neuman-Silberberg
- G. Albrecht
- G. Berben
- G. Braus
- G. Griffioen
- G. Griffioen
- G. Griffioen
- G. Griffioen
- G. Tokiwa
- G.M. Venturi
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- G.P. Cereghino
- G.P. Cosentino
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- H. Cherest
- H. Forsberg
- H. Forsberg
- H. Forsberg
- H. Forsberg
- H. Hata
- H. Holzer
- H. Holzer
- H. Jiang
- H. Klasson
- H. Kubota
- H. Kubota
- H. Liang
- H. Liu
- H. Ma
- H. Moriya
- H. Ronne
- H. Ruis
- H. Suomalainen
- H. Uemura
- H. Uemura
- H. Zähringer
- H.-D. Madhani
- H.-L. Chiang
- H.-L. Chiang
- H.-L. Chiang
- H.A. Mountain
- H.D. Madhani
- H.D. Madhani
- H.D. Madhani
- H.J. Federoff
- H.J. McBride
- H.P. Liu
- H.U. Mosch
- H.U. Mosch
- H.V. Baker
- H.Y. Liu
- I. Farkas
- I. Farkas
- I. Iraqui
- I. Mayordomo
- I. Nogae
- I. Ordiz
- I. Pedruzzi
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- I.A. Hope
- I.E. Scheffler
- J. Behlke
- J. Blom
- J. Clotet
- J. François
- J. François
- J. François
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- J. Kunz
- J. Lee
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- J. Rohde
- J. Skroch-Stuart
- J. Winderickx
- J. Yang
- J. Ă–stling
- J.A. Coffman
- J.A. Diderich
- J.B. Plaat Van der
- J.F. Cannon
- J.F.X. Diffley
- J.G. Cook
- J.G. Nobel De
- J.H. Camonis
- J.H. Winde de
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- J.H. Winde de
- J.H. Winde de
- J.H. Winde de
- J.J. Mercado
- J.L. Celenza
- J.L. Celenza
- J.L. Celenza
- J.L. Celenza
- J.L. Parrou
- J.L. Pinkham
- J.L. Pinkham
- J.L. Tu
- J.M. François
- J.M. François
- J.M. Gancedo
- J.M. Gancedo
- J.M. Gancedo
- J.M. Gancedo
- J.M. Lemire
- J.M. Thevelein
- J.M. Thevelein
- J.M. Thevelein
- J.M. Thevelein
- J.M. Thevelein
- J.M. Thevelein
- J.M. Thevelein
- J.O. Nehlin
- J.O. Nehlin
- J.O. Nehlin
- J.P.V. Magbanua
- J.R. Daugherty
- J.R. Dickinson
- J.R. Dickinson
- J.R. Erickson
- J.R. Pringle
- J.S. Flick
- J.S. Hardwick
- J.T. Olesen
- K. Ansari
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- K. Heidrich
- K. Hirimburegama
- K. Hirst
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- K. Matsumoto
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- K. Mbonyi
- K. Mbonyi
- K. Natarajan
- K. Tanaka
- K. Tatchell
- K. Vogel
- K. Yoshida
- K.D. Davenport
- K.D. Entian
- K.D. Entian
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- K.R. Schneider
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- K.T. Arndt
- L Aelst
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- L. Bardwell
- L. Francisco
- L. Kraakman
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- L. Maillet
- L.A. Grivell
- L.G. Vallier
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- L.L. Lutfiyya
- L.S. Kraakman
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- M Werner-Washburne
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- M. Crauwels
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- M. Gagiano
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- M. Gagiano
- M. Hiesinger
- M. Hoffman
- M. Jin
- M. Johnston
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- M. Johnston
- M. Johnston
- M. Kopp
- M. Kopp
- M. Lundin
- M. Nakafuku
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- M. Stanbrough
- M. Vandenbol
- M. Vanoni
- M. Versele
- M. Werner-Washburne
- M. Werner-Washburne
- M.A. Drebot
- M.A. Treitel
- M.A. Treitel
- M.B. Pernambuco
- M.C. Lopez
- M.C. Lorenz
- M.C. Lorenz
- M.C. Lorenz
- M.C. Lorenz
- M.D. Baroni
- M.E. Cardenas
- M.E. Jones
- M.E. Lenburg
- M.G. Lambrechts
- M.G. Lambrechts
- M.I. Gonzalez
- M.J. Blacketer
- M.J. Blacketer
- M.J. Blacketer
- M.J. Blacketer
- M.J. Cai
- M.J. Clancy
- M.J. DeVit
- M.J. Neves
- M.J.R. Stark
- M.P. Draper
- M.P. Ward
- M.P. Ward
- M.T. Flikweert
- M.U. Jorgenson
- N. D. Mc
- N. Ogawa
- N.A. Kent
- N.C. Barbet
- N.T. Ramaswarmy
- O. Grundmann
- O. Kobayashi
- O. Vincent
- O. Vincent
- O. Zaragoza
- O.E. Vuorio
- P. Durnez
- P. Eraso
- P. Fabrizio
- P. Gonçalves
- P. Herrero
- P. Herrero
- P. Kaiser
- P. Lesage
- P. Lesage
- P. Lucero
- P. Ma
- P. Martinez
- P. Nurse
- P. Sanz
- P. Sanz
- P. Zabrocki
- P.B. Dennis
- P.B. Dennis
- P.G. Bertram
- P.K. Hwang
- P.L. Koser
- R. Cafferkey
- R. Cafferkey
- R. Fernandez
- R. Jiang
- R. Jiang
- R. Needleman
- R. Trumbly
- R.B. Wickner
- R.E. Baker
- R.J. Bram
- R.J. Rolfes
- R.M. Brazas
- R.M. Wright
- R.S. Zitomer
- RC Wek
- S Thompson-Jaeger
- S. Barbaric
- S. Barbaric
- S. Cameron
- S. Colombo
- S. Garret
- S. Garret
- S. Hohmann
- S. Hohmann
- S. Jones
- S. K. Hudak
- S. Muller
- S. Nwaka
- S. Nwaka
- S. Nwaka
- S. Nwaka
- S. Rudoni
- S. Rupp
- S. TĂĽrkel
- S. Vries De
- S. Ă–zcan
- S. Ă–zcan
- S. Ă–zcan
- S. Ă–zcan
- S. Ă–zcan
- S. Ă–zcan
- S.B. Helliwell
- S.B. Helliwell
- S.B. Helliwell
- S.H. Lillie
- S.J. Deminoff
- S.J. Dowell
- S.J. Kron
- S.L. Forsburg
- S.L. Forsburg
- S.M. Jazwinski
- S.M. Jazwinski
- S.M. O’Roucke
- S.M. Schork
- S.M. Schork
- S.S. Wang
- T Powers
- T. Beck
- T. Beck
- T. Didion
- T. Doorenbosch
- T. Hunter
- T. Ito
- T. Kataoka
- T. Kishi
- T. Lodi
- T. Munder
- T. Petit
- T. Schmelzle
- T. Soto
- T. Soto
- T. Soto
- T. Soto
- T. Toda
- T. Toda
- T. Toda
- T. Toda
- T.A. Hardy
- T.A. Hardy
- T.E. Ellenberger
- T.G. Cooper
- T.H. Brondijk
- T.M. Kriegel
- T.R. BĂĽrglin
- T.S. Cunningham
- T.S. Cunningham
- T.S. Cunningham
- U. Oechsner
- V. Gavrias
- V. Measday
- V. Measday
- V. S. De
- V.D. Dang
- V.J. Thon
- W. Bell
- W. Bell
- W. Gorner
- W. Görner
- W. Song
- W. Zyl Van
- W.-S. Lo
- W.A. Wilson
- W.A. Wilson
- W.H. Mager
- W.H. Mager
- W.H. Mager
- X. Pan
- X. Pan
- X.F. Zheng
- X.L. Yang
- X.W. Pan
- Y. Bai
- Y. Jiang
- Y. Jiang
- Y. Oshima
- Y. Oshima
- Y. Xue
- Y.M. Hu
- Y.M. Shu
- Y.S. Lopez-Boado
- Z. Feng
- Z. Hu
- Z. Yin
- Z.K. Yin
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- Field of study