4 research outputs found
Gas ChromatographyâOlfactometry of Aroma Compounds
- Author
- A. Isogai
- A. Kilic
- A. Sen
- B. Weber
- B.S. Mistry
- C. Guedes
- C. Heiler
- C. Masanetz
- C. Masanetz
- C. Milo
- C. Sanz
- C. Schuh
- C.C. Grimm
- E. Fuhrmann
- F. Mayer
- F. Ullrich
- G. Full
- G.H. Fuller
- H. Fritsch
- H. Guth
- H. Guth
- H. Guth
- H. Guth
- H. Maarse
- H.-R. Jun
- H.H. Baek
- H.P. Jung
- H.S. Choi
- I. Blank
- I. Blank
- I. Blank
- I. Blank
- I. Blank
- J. Kubickova
- J. Reiners
- J.E.R. Fritjers
- J.M.H. Bemelmans
- K. Kumazawa
- M. Czerny
- M. Jezussek
- M. Jia
- M. Quian
- M.J. Jordan
- M.P. Marti
- N. Abbott
- P. Darriet
- P. Schieberle
- P. Schieberle
- P. Semmelroch
- P. Semmelroch
- Q. Zhou
- R. Kerscher
- R.G. Buttery
- T. Hofmann
- T. Jagella
- T.E. Acree
- T.E. Acree
- V. Audouin
- V. Feirreira
- W. Engel
- W. Grosch
- W. Grosch
- W. Grosch
- W. Grosch
- W. Holscher
- W. Schmid
- X. Yang
- Y. Fang
- Y. Hayata
- Y. Karagul-Yuceer
- Y. Tokitomo
- Y. Wang
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- 01/01/2007
- Field of study
Those marvellous millennia: the Middle Stone Age of Southern Africa
- Author
- Allain J.
- Allott L.F.
- Allott L.F.
- Amati D.
- Ambrose S.H.
- Ambrose S.H.
- Ambrose S.H.
- Anderson J.
- Ash J.
- Audouin F.
- Avery G.
- Backwell L.
- Backwell L.
- Backwell L.
- Backwell L.
- Badenhorst S.
- Bamford M.K.
- Bar-Matthews M.
- Bar-Yosef Mayer D.E.
- Barham L.S.
- Barham L.S.
- Barham L.S.
- Barham L.S.
- Barham L.S.
- Barham L.S.
- Barnard P.J.
- Barré M
- Barré M.
- Basell L.E.
- Beaumont P.B.
- Beaumont P.B.
- Beaumont P.B.
- Beaumont P.B.
- Beaumont P.B.
- Beaumont P.B.
- Belfer-Cohen A.
- Bentsen S.E.
- Bentsen S.E.
- Berger L.R.
- Berna F.
- Beyries S.
- Blasco R.
- Botha R.
- Bousman C.B.
- Bouzouggar A.
- Brain C.K.
- Brain C.K.
- Brink J.S.
- Brink J.S.
- Brooks A.S.
- Brooks A.S.
- Brooks A.S.
- Brooks A.S.
- Brown F.H.
- Brown K.S.
- Brown K.S.
- BrÀuer G.
- Cain C.R.
- Cain C.R.
- Carter P.L.
- Cartwright C.R.
- Cartwright C.R.
- Charrié-Duhaut A.
- Chase B.M.
- Chazan M.
- Chazan M.
- Chazan M.
- Clark J.D.
- Clark J.D.
- Clark J.D.
- Clark J.D.
- Clark J.D.
- Clark J.L.
- Clark J.L.
- Clark J.L.
- Clark J.L.
- Clarke R.J.
- Clarke R.J.
- Clarkson C.
- Cochrane G.W.G.
- Cochrane G.W.G.
- Cochrane G.W.G.
- Conard N.
- Conard N.J.
- Conroy G.C.
- Cooke C.K.
- Cooke C.K.
- Cooke C.K.
- Cooke C.K.
- Cooke C.K.
- Cooke H.B.S.
- Cooke H.B.S.
- Cowling R.M.
- Dayet L.
- de la Peña P.
- de la Peña P.
- de la Peña P.
- de la Torre I.
- De Ruiter D.J.
- Deacon H.J.
- Deacon H.J.
- Deacon H.J.
- Deacon H.J.
- Deacon H.J.
- Deacon H.J.
- Deacon J.
- Deino A.
- Dewar G.
- Dibble H.L.
- Donahue R.E.
- Dusseldorp G.L.
- Dusseldorp G.L.
- Dusseldorp G.L.
- Dusseldorp G.L.
- dâErrico F.
- dâErrico F.
- dâErrico F.
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- dâErrico F.
- dâErrico F.
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- dâErrico F.
- dâErrico F.
- Evans U.
- Faith J.T.
- Faith J.T.
- Faith J.T.
- Feathers J.K.
- Feathers J.K.
- Feathers J.K.
- Foley R.A.
- Galbraith R.F.
- Gibson N.E.
- Goldberg P.
- Goodwin A.J.H.
- Goodwin A.J.H.
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- GrĂŒn R.
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- GrĂŒn R.
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- Guérin G.
- Haile-Selassie Y.
- Halkett D.J
- Hardy K.
- Harper P.T.N.
- Henderson Z.L.
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- Henshilwood C.S.
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- Henshilwood C.S.
- Henshilwood C.S.
- Hodgskiss T.
- Hodgskiss T.
- Hodgson D.
- Houghton K.
- Hovers E.
- Hutson J.M.
- Högberg A.
- Igreja M.
- Inizan M.-L.
- Inskeep R.R.
- Jacobs J.
- Jacobs Z.
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- Jerardino A.
- Jerardino A.
- Johnson C.R.
- Kandel A.W.
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- Klein R.G.
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- Klein R.G.
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- Kuhn S.L.
- Kuman K.A.
- Kuman K.A.
- Kuman K.A.
- Kyriacou K.
- Langejans G.H.J.
- Liu H.
- Lombard M.
- Lombard M.
- Lombard M.
- Lombard M.
- Lombard M.
- Lombard M.
- Lombard M.
- Lombard M.
- Lombard M.
- Lombard M.
- Lyn Wadley
- Mackay A.
- Mackay A.
- Mackay A.
- Mackay A.
- Magori C.C.
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- Marean C.W.
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- Marshack A.
- Martinson D.G.
- Mason R.J.
- Mason R.J.
- Matmon H.R.
- McBrearty S.
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- McBrearty S.
- McCall G.S.
- McNabb J.
- Mehlman M.J.
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- Mercader J.
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- Mercader J.
- Mercader J.
- Millard A.R.
- Miller C.E.
- Miller G.H.
- Miller J.M.
- Milo R.G.
- Minichillo T.J.
- Mitchell P.J.
- Mitchell P.J.
- Mitchell P.J.
- Mitchell P.J.
- Mithen S.
- Mohapi M.
- Mohapi M.
- Mourre V.
- Nicoll K.
- Opperman H.
- Opperman H.
- Pargeter J.
- Parkington J.
- Parkington J.E.
- Parkington J.E.
- Parkington J.E.
- Petraglia M.D.
- Pienaar M.
- Plug I.
- Plug I.
- Plug I.
- Plug I.
- Plug I.
- Plug I.
- Pollarolo L.
- Porat N.
- Porraz G.
- Porraz G.
- Powell A.
- Rector A.L.
- Reyes-Centeno H.
- Reynolds S.C.
- Rifkin R.F.
- Rifkin R.F.
- Rigaud J-P.
- Rightmire G.P.
- Rightmire G.P.
- Rightmire G.P.
- Robbins L.H.
- Robbins L.H.
- Robbins L.H.
- Robbins L.H.
- Roebroeks W.
- Sahle Y.
- Sampson C.G.
- Sampson C.G.
- Sampson C.G.
- Sampson C.G.
- Schlebusch C.M.
- Schmidt P.
- Schoville B.J.
- Schwarcz H.P.
- Schwertmann U.
- Sealy J.C.
- Shackleton N.J
- Shaham D.
- Shea J.J.
- Shea J.J.
- Sievers C.
- Sievers C.
- Sillen A.
- Sinclair A.
- Singer R.
- Skinner J.D.
- Smith P.
- Soriano S.
- Soriano S.
- Speth J.D.
- Steele T.
- Steele T.
- Steele T.
- Stewart B.
- Stewart B.
- Stynder D.D.
- Summers B.
- Sumner T.A.
- Sutton M.B.
- Svensson A.
- Tattersall I.
- Teske P.R.
- Texier P.-J.
- Texier P.-J.
- Thackeray A.I.
- Thackeray A.I.
- Thackeray J.F.
- Thackeray J.F.
- Thompson E.
- Thompson E.
- Thompson J.C.
- Thompson J.C.
- Tishkoff S.A.
- Tishkoff S.A.
- Tobias P.V.
- Tobias P.V.
- Tribolo C.
- Tribolo C.
- Tribolo C.
- Tribolo C.
- Tryon C.A.
- Tryon C.A.
- Val A.
- Valladas H.
- Van Peer P.
- Van Peer P.
- Van Peer P.
- Vanhaeren M.
- Vanhaeren M.
- Verna C.
- Villa P.
- Villa P.
- Villa P.
- Villa P.
- Villa P.
- Villa P.
- Vogel J.C.
- Vogelsang R.
- Vogelsang R.
- Voigt E.A.
- Volman T.P.
- Von den Driesch A.
- Von Koenen E.
- Wadley L.
- Wadley L.
- Wadley L.
- Wadley L.
- Wadley L.
- Wadley L.
- Wadley L.
- Wadley L.
- Wadley L.
- Wadley L.
- Wadley L.
- Wadley L.
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- Wadley L.
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- Walker N.J.
- Walker N.J.
- Watts I.
- Watts I.
- Watts I.
- Weaver T.D.
- Wells C.R.
- Wendt W.E.
- Wendt W.E.
- Wendt W.E.
- White T.D.
- Wilkins J.
- Wilkins J.
- Will M.
- Wood B.
- Wright D.K.
- Wurz S.
- Wurz S.
- Wurz S.
- Wurz S.
- Wurz S.
- Wynn T.
- Yellen J.E.
- Ziegler M.
- Zipkin A.M.
- Publication venue
- 'Informa UK Limited'
- Publication date
- Field of study
Control of Oxygen Affinity in Mammalian Hemoglobins: Implications for a System Biology Description of the Respiratory Properties of the Red Blood Cell
- Author
- Adair G.S
- Amiconi G.
- Amiconi G.
- Andrea Bellelli
- Antonini E.
- Antonini E.
- Antonini E. .
- Arnone A
- Bellelli A
- Bellelli A
- Bellelli A.
- Bellelli A.
- Bellelli A. .
- Benesch R.
- Bonaventura C.
- Bonaventura J.
- Bristow J.D.
- Brix O.
- Brunori M
- Brunori M.
- Brunori M.
- Bunn H.F.
- Bunn H.F
- BĂ„rdgard AJ.
- BĂ„rdgard AJ.
- Campbell K.L.
- Chanutin A.
- Clementi M.E.
- Clerbaux T.
- Collman J.P
- CondĂČ S.G.
- Corda M.
- Cui Q.
- Dhindsa D.S.
- Dresler S.L.
- Edelstein S.J
- Edsall J.T
- Fang T.Y.
- Fisher E.W.
- Frauenfelder H.
- Fronticelli C.
- Giardina B.
- Hamilton M.N.
- Hill A.V
- Huicho L.
- Huisman T.H.
- Imai. .
- Janssen B.
- Jensen B.
- Kilmartin J.V.
- Kitchen H.
- Lenfant C.
- Lorenzo F.R.
- Lundberg P.
- Maurizio Brunori
- Milo R.
- Monod J.
- Nakashima M.
- Natarajan C.
- Nelson D.P.
- Perutz M.F.
- Perutz M.F
- Perutz M.F
- Razynska A.
- Reeves R.B.
- Richard V.
- Riggs A
- Riggs A
- Riggs A
- Riggs A.F
- Russu I.M.
- Salhany J.M
- Schmidt-Neilsen K.
- Schmidt-Nielsen. .
- Scott A.F.
- Scott A.F.
- Scott G.R.
- Shulman R.G.
- Storz J.F.
- Storz J. .F
- Storz J.F
- Street D.
- Tomita S.
- Weber R.E.
- Weber R.E
- Winslow R.M.
- Winslow R.M.
- Winslow R.M.
- Winslow R.M.
- Winslow R.M
- Wyman J
- Wyman J
- Wyman J.
- ZaldĂvar-LĂłpez S.
- Publication venue
- 'Bentham Science Publishers Ltd.'
- Publication date
- Field of study
Flower Development
- Author
- Abe M.
- Adam H.
- Adriana Corvera-Poiré
- Adriana Garay-Arroyo
- Aida M.
- Aida M.
- Aida M.
- Albert R.
- Alicia Gamboa de Buen
- Alma Piñeyro-Nelson
- Alvarez J.
- Alvarez J.
- Alvarez J.P.
- Alvarez-Buylla E.R.
- Alvarez-Buylla E.R.
- Alvarez-Buylla E.R.
- Alvarez-Buylla E.R.
- Alves-Ferrelra M.
- Amagai M.
- Ambrose B.A.
- Andersen S.U.
- Anrar S.
- Aubert D.
- Azhakanandam S.
- Bainbridge K.
- Baker C.C.
- BalanzĂĄ V.
- Balasubramanian S.
- Balleza E.
- Bandyopadhyay A.
- Bao X.
- Baskin. T.J.
- Baum S.F.
- Becker A.
- Belles-Boix E.
- Benjamins R.
- BenkovĂĄ E.
- Bennett M.J.
- Bennett S.R.M.
- BenĂtez M.
- Berenice GarcĂa-Ponce
- Berg J.
- Berleth T.
- Bertrand C.
- Bhatt A.M.
- Blazquez M.A.
- Blazquez M.A.
- Blazquez M.A.
- Borghi L.
- Bossinger G.
- Bowman J.L.
- Bowman J.L.
- Bowman J.L.
- Bowman J.L.
- Bowman J.L.
- Bowman J.L.
- Bowman J.L.
- Bowman J.L.
- Bowman J.L.
- Bozek K.
- Bradley D.
- Brambilla V.
- Brand U.
- Brand U.
- Bremer B.
- Breuil-Broyer S.
- Brewer P.B.
- Broadhvest J.
- Busch M.A.
- Byrne M.E.
- Byrne M.E.
- Byzova M.V.
- Calonje M.
- Canales C.
- Carles C.C.
- Carles C.C.
- Castillejo C.
- Cecchetti V.
- Chae E.
- Chaos A.
- Chen C.
- Chen L.
- Chen Q.
- Chen X.
- Chen X.
- Cheng H.
- Cheng Y.
- Chevalier D.
- Choob V.V.
- Christensen S.K.
- Chuang C.F.
- Clark S.E.
- Clark S.E.
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- Cnudde F.
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- Das P.
- Dathan N.
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- FerrĂĄndiz C.
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- Mandel M.A.
- Mara C.D.
- Mariana BenĂtez
- MartĂnez E.
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- Mathilde G.
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- Mayer K.H.
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- Riechmann J.L.
- Rigoberto V. PĂ©rez-Ruiz
- Robinson-Beers K.
- Robles P.
- Roe J. L.
- Roe J.L.
- Roeder A.H.K.
- Rojo E.
- Rolland-Lagan J.
- Ross I.L.
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- Ruiz-GarcĂa L.
- Running M.P.
- Running M.P.
- Ruth J.
- Sablowski R.
- Sablowski R.W.M.
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- Sakai H.
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- Samach A.
- Sanders P.M.
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- Savage N.S.
- Savidge B.
- Sawa S.
- Schiefthaler U.
- Schmid M.
- Schmid M.
- Schneitz K.
- Schoof H.
- Schultz E.A.
- Schultz E.A.
- Scofield S.
- Scott R.J.
- Selker J.M.L.
- Semiarti E.
- Serrano-Cartagena J.
- Sessa G.
- Sessions A.
- Sessions A.
- Sessions R.A.
- Shani E.
- Shannon S.
- Shannon S.
- Shuai B.
- Sieber P.
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- Song J.Y.
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- Sridhar V.V.
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- Stefan de Folter
- Steiner-Lange S.
- Stintzi A.
- Sun B.
- Sun Y.
- Sun Y.
- Sundström J.F.
- Sung Z.R.
- Sussex I.M.
- Sussex I.M.
- Takada S.
- Takeda S.
- Talbert P.B.
- Tanaka H.
- Taoka K.
- Tapia-LĂłpez R.
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- Theissen G.
- Theissen G.
- Theissen G.
- Theissen G.
- Thorstensen T.
- Tilly J.J.
- Titapiwatanakun B.
- Tooke F.
- Traas J.
- Trigueros M.
- Trotochaud A.E.
- Tsai W.C.
- Tyler L.
- Vandenbussche M.
- Vaughan J.G.
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- Verelst W.
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- Vidaurre D.P.
- Vieten A.
- Villanueva J.M.
- von Dassow G.
- Vroemen C.W.
- Wagner A.
- Wagner D.
- Wagner D.
- Wang Y.
- Weigel D.
- Weigel D.
- Weigel D.
- Weigel D.
- Weiss J.
- Wellmer F.
- Wellmer F.
- Western T.
- Whipple C.J.
- Wigge P.A.
- William D.A.
- Wilson Z.A.
- Wu M.-F.
- Wu X.
- Xie D.X.
- Xing S.
- Xing S.
- Xu B.
- Xu G.
- Xu L.
- Xu Y.
- Yanai O.
- Yang C.
- Yang C.
- Yang C.
- Yang S.L.
- Yang W.C.
- Yang Y.
- Yanofsky M.F.
- Yara E. SĂĄnchez-Corrales
- Yoshida N.
- Yu H.
- Yu H.
- Zhang W.
- Zhao D.
- Zhao L.
- Zhao Y.
- Ziegelhoffer E. C.
- Zik M.
- Zik M.
- Ălvaro Chaos Cador
- Publication venue
- American Society of Plant Biologists
- Publication date
- Field of study
Flowers are the most complex structures of plants. Studies of Arabidopsis thaliana, which has typical eudicot flowers, have been fundamental in advancing the structural and molecular understanding of flower development. The main processes and stages of Arabidopsis flower development are summarized to provide a framework in which to interpret the detailed molecular genetic studies of genes assigned functions during flower development and is extended to recent genomics studies uncovering the key regulatory modules involved. Computational models have been used to study the concerted action and dynamics of the gene regulatory module that underlies patterning of the Arabidopsis inflorescence meristem and specification of the primordial cell types during early stages of flower development. This includes the gene combinations that specify sepal, petal, stamen and carpel identity, and genes that interact with them. As a dynamic gene regulatory network this module has been shown to converge to stable multigenic profiles that depend upon the overall network topology and are thus robust, which can explain the canalization of flower organ determination and the overall conservation of the basic flower plan among eudicots. Comparative and evolutionary approaches derived from Arabidopsis studies pave the way to studying the molecular basis of diverse floral morphologies