By Barry H. Gump, David J. Pruett
content material: Technological advances within the research of wines / Gordon H. Burns and Barry H. Gump --
Advances in detection and identity tools acceptable to the brewing / T.M. Dowhanick and that i. Russell --
Sensory technology : a short assessment of ideas / Christina W. Nasrawi --
Flavan-3-ols and their polymers : analytical thoughts and sensory issues / J.H. Thorngate, III --
development in beer oxidation regulate / Nick J. Huige --
Monoterpenes and monoterpene glycosides in wine aromas / Seung okay. Park and Ann C. Noble --
Brettanomyces and Dekkera : Implications in wine making --
K.C. Fugelsang, M.M. Osborn, and C.J. Muller --
functions of know-how in wine creation / Richard P. Vine --
Biotechnological advances in brewing / Marilyn S. Abbott, Tom A. Pugh, and Alastair T. Pringle --
Use of enzymes in wine making and grape processing : technological advances / Peter F.H. Plank and James B. Zent --
Ultrafiltration : a brand new strategy for caliber development of pressed wine / A.J. Shrikhande and S.A. Kupina --
seize and use of unstable style ingredients emitted in the course of wine fermentation / C.J. Muller, V.L. Wahlstrom, and K.C. Fugelsang --
domestic beer making : chemistry within the kitchen / R.P. Bates --
domestic wine making : influence of societies, stores, and competitions on wine caliber / Gerald D. Cresci.
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Extra resources for Beer and Wine Production. Analysis, Characterization, and Technological Advances
DOWHANICK & RUSSELL Advances in Detection and identification Methods 27 of the major beer spoilage microorganisms such as Lactobacillus, Pediococcus, Obesumbacterium, and other potentially problematic microbes to both the genus and species level constitute major breakthroughs for the brewing industry. Such technology would complement rapid methods presently available which readily detect the presence of living microbes, but lack the ability to satisfactorily differentiate or specify the identity of these microbes, leaving assessment of spoilage potential relatively unknown.
Thus the logistics of distributing samples can be laborious and costly. "In-house" laboratory consumer test utilizing company employees for test subjects, can be used as an effective indicator of "the real market" and should be carried out prior to large scale testing at the market place. The advantages of conducting in-house testing include the availability of controlled conditions, rapid data feed-back, abundant supply of subjects acquainted with test procedure, and economy. Disadvantages include, subjects' familiarity with the products, and inappropriate representation of target population sector.
68. Reyes-Gavilan, C. G. de los; Limsowtin, K. -P. Appl. Environ. Microbiol. 1992, 58, 3429-3432. 69. ; and Joyeux, A. J. Appl. Bacteriol 1993, 74, 41-47. ; ACS Symposium Series; American Chemical Society: Washington, DC, 1993. ch002 30 70. ; De Jong, C. ; and Scheffers, W. A. Yeast. 1986, 2, 193-204. 71. Johnston, J. ; and Mortimer, R. K. Int. J. System. Bacteriol. 1986, 36, 569-572. 72. Casey, G. ; and Rank, G. H. J. Inst. Brew. 1988, 94, 239-243. 73. ; Thomas, D. ; and Dubord, C. Am. J. Enol.