Bioconversion de l'acide p-coumarique par Brettanomyces ...

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• GEROS H., AZEVEDO M.M., CASSIO F. (2000B). Biochemical studies on theproduction of acetic acid by the yeast Dekkera anomala. Food technology andbiotechnology, 38 (1), 59-62.• GIL A.M., DUARTE I.F., GODEJOHANN M., BRAUMANN U., MARASCHIN M.,SPRAUL M. (2003). Characterization of the aromatic composition of some liquid foodsby nuclear magnetic resonance spectrometry and liquid chromatography with nuclearmagnetic resonance and mass spectrometric detection. Analytica chimica acta, 488 (1), 35-51.• GILIS J.F., SEILLER I., DELIA M.L. (1999). Effets de certains paramètres physicochimiques(pH, O 2 ) sur la cinétique de croissance de Brettanomyces. In : 6ème Symposiuminternational d’œnologie, Bordeaux, Tec et Doc, Lavoisier (ed), Paris, 264-267.• GIUSTI M.M., RODRIGUEZ-SAONA L.E., WROLSTAD R. E. (1999). Molarabsorptivity and color characteristics of acylated and non-acylated pelargonidin-basedanthocyanins. Journal of agricultural and food chemistry, 47, 4631–4637.• GOLDBERG D.M., TSANG E., KARUMANCHIRI A., DIAMANDIS E.P., SOLEASG., NG, E. (1996). Method to assay the concentrations of phenolic constituents ofbiological interest in wines. Analytical chemistry, 68, 1688-1694.• GOLDBERG D.M., TSANG E., KARUMANCHIRI A., SOLEAS G.J. (1998).Quercentin and p-coumaric acid Concentrations in Commercial Wines. American Journalof enology and viticulture, 49, 142-151.• GOLDSWORTHY S.A. (1993). Pre-fermentation maceration of Pinot noir wine. M.Applied Science Thesis. Lincoln University, New Zealand.• GOMEZ-PLAZA E., GIL-MUNOZ R., LOPEZ ROCA J.M., DE LA HERA-ORTSM.L., MARTINEZ-CULTILLAS A. (2000). Effect of the addition of bentonite andpolyvinylpolypyrrolidone on the color and long-term stability of red wines. Journal ofwine research, 11 (3), 223-231.• GOODEY A.R., TUBB R.S. (1981). Genetic and biochemical analysis of the ability ofSaccharomyces cerevisiae to decarboxylate cinnamic acids. Journal of generalmicrobiology, 128, 2615-2620.• GRANDO M.S., VERSINI G., NICOLINI G., MATTIVI F. (1993). Selective use ofwine yeast having different volatile phenols production. Vitis, 32, 43-50.185
• GRBIN P.R., MARKIDES A.J., HENSCHKE P.A. (1999). The Role of L-lysine in theformation of mousy off-flavor by Dekkera. Proceedings of the 9th International Union ofMicrobiological Societies Congress (Sydney: IUMS), 271.• GRBIN P.R., HENSCKE P.A. (2000). Mousy off-flavor production in grape juice andwine by Dekkera and Brettanomyces yeast. Australian journal of grape and wine research,6, 255-262.• GUILLOUX-BENATIER M., CHASSAGNE D., ALEXANDRE H. (2001). Influencede l’autolyse des levures après fermentation sur le développement de Brettanomyces dansle vin. Journal international des sciences de la vigne et du vin, 35 (3), 157-164.• GUYOT S., VERCAUTEREN J., CHEYNIER V. (1996). Colorless and yellow dimersresulting from (+)- catechin oxidative coupling catalayzed by grape polyphenol oxidase.Phytochemistry, 42 (5), 1279-1288.H• HARRIS V., FORD C.M., JIRANEK V., GRBIN P.R. (2008). Dekkera andBrettanomyces growth and utilisation of hydroxycinnamic acids in synthetic media.Applied microbiology and biotechnology, 78, 997-1006.• HASLAM E., LILLEY T.H., WARMINSKI E., LIAO H., CAI Y., MARTIN R.,GAFFNEY S.H., GOULDING P.N., LUCK G. (1992). Polyphenol complexation. InHoCT, Lee CY, Huang MT editors. Phenolic compounds in food and their effect on health.ACS Symposium Series. Washington DC: American Chemists Society, 8-50.• HEATHERBELL D., DICEY M., GOLDSWORTHY S., VANHANEN L., (1997A).Effect of prefermentation cold maceration on the composition, colour and flavor of Pinotnoir wine. Proceedings of the New Zealand Grape & Wine Symposium, G.F. Steans (Ed.),30-42.• HENICK-KLING T., EGLI C., LICKER J., MITRAKUL C., ACREE T.E. (2000).Brettanomyces in wine. Proceeding of the 5th international Symposium in Cool Climate,Melbourne Australie.• HERDERICH M., COSTELLO P.J., GRBIN P.R., HENSCHKE P.A. (1995). Theoccurrence of 2-acétyl-1-pyrroline in mousywines. Natural product letters, 7, 129-132.• HERESZTYN T. (1986). Metabolism of volatile phenolic compounds fromhydrocinnamic acids by Brettanomyces yeast. Archives of microbiology, 146, 96-98.186
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Quantum potes, tantum aude …(St T
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Il l’appelait « la Saga » dans
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SommaireListe des Figures..........
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3.5.2. Spectroscopie en IR : Dosage
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5.2. Etude de l’évolution de la
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Liste des FiguresFigure I. 1. Proc
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Figure VI. 16. Vitesses de disparit
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Tableau V. 3. Différentes valeurs
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Introduction Générale1
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Introduction GénéraleCes deux ins
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SynthèseBibliographique7
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Synthèse BibliographiqueFigure I.
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Synthèse BibliographiqueA ces arô
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Synthèse Bibliographique4.1. Prés
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Synthèse BibliographiqueLe meilleu
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Synthèse BibliographiqueCH 2CH 2CH
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Synthèse BibliographiqueTableau I.
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Synthèse BibliographiqueLe 4-vinyl
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Synthèse Bibliographiquerend l’e
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Synthèse BibliographiqueLes traite
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Synthèse Bibliographiqued’extrac
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Synthèse BibliographiqueLa diverge
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Matériels et Méthodes1. Etude de
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Matériels et Méthodes1.3. Prépar
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Matériels et Méthodes1.7. Prélè
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Matériels et MéthodesUne fois l
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Matériels et MéthodesCar en effet
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Matériels et MéthodesLa concentra
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Matériels et MéthodesLe système
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Matériels et Méthodes3.5.4.3.Cond
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Matériels et MéthodesSeptumVialPe
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Matériels et MéthodesLe Spectrosc
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Mise au point des methods analytiqu
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Quatrième Chapitre :“Disponibili
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Traitement des vins par adsorption
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