The gas environment of germinating barley in various microbial states during malting

Process Biochemistry

Volumn 34, Issue 9, 1999, Pages 929-937

  Van Campenhout, L ^a   Shen, H Y ^a   Iserentant, D ^a   Verachtert, H ^a  

^a B 3001   (Belgium)

Author keywords

Barley; CO2 production; Germination; Malting; Microflora; Oxygen supply

Indexed keywords

CARBON DIOXIDE; OXYGEN;

ARTICLE; BARLEY; FERMENTATION; GERMINATION; NONHUMAN; OXYGEN CONSUMPTION; OXYGEN SUPPLY; THERMOGENESIS;

HORDEUM VULGARE SUBSP. VULGARE;

EID: 0032722680     PISSN: 13595113     EISSN: None     Source Type: Journal    
DOI: 10.1016/S0032-9592(99)00018-7     Document Type: Article

References (48)

1. Bajracharya R., Mudgett R.E. Effects of controlled gas environments in solid-substrate fermentations of rice. Biotechnol Bioeng. 22:1980;2219-2235.
2. De Clerck J., Cloetens J. Relation entre la respiration et la formation de diastases au cours de la germination. Bull Assoc Anc Étud École Sup Brass Louvain. 40(2):1940;41-48.
3. Smith M.T., Briggs D.E. The mechanisms by which tumbling and abrasion alter enzyme formation in malting grain. J Inst Brew. 85:1979;160-167.
4. Briggs D.E. Accelerating malting: a review of some lessons of the past from the United Kingdom. J Am Soc Brew Chem. 45:1987;1-6.
5. Kelly L., Briggs D.E. Barley maturity and the effects of steep aeration on malting. J Inst Brew. 98:1992;329-334.
6. Allerup S. Respiration in water imbibing barley caryopses. Physiol Plant. 12:1959;118-123.
7. Palmer G.H. Barley abrasion twenty years on. Brew Distil Int. May:1989;20-21.
8. Angelino SAGF, Bol J. Impact of microflora during storage and malting on malt properties. Proceedings of the IVth Chair J. De Clerck, Leuven, Belgium, 1990.
9. Haikara A, Uljas H, Suurnäkki A. Lactic starter cultures in malting-A novel solution to gushing problems. European Brewing Convention Proceedings of the 24th Congress, 1993;163-172.
10. Van Campenhout L., Iserentant D., Verachtert H. On-line measurement of the microbial impacts on the germination of barley during malting. J Inst Brew. 104:1998;197-202.
11. Kelly L., Briggs D.E. Relationships between the duration of steeping, grain microbes, grain maturity and the response of de-embryonated grains to gibberellic acid. J Inst Brew. 99:1993;57-61.
12. Doran P.J., Briggs D.E. Microbes and grain germination. J Inst Brew. 99:1993;165-170.
13. Olkku J., Reinikainen P., Carregal A.C. Technology of steeping and germination. Ferment. 4:1991;248-251.
14. Nicolas MC, Boivin P. Influence positive et négative de la microflore sur le maltage. Institut Français des Boissons de la Brasserie Malterie. Coordination Brasseurs-Malteurs-IFBM. Programme d'étude, 1990.
15. Van Waesberghe J.W.M. Microflora-management in industrial malting plants. Outlook and opportunities. Ferment. 4:1991;302-308.
16. Van Waesberghe J.W.M. Pils-mouttechnologie in de toekomst. Cerevis Biotechnol. 3:1993;38-52.
17. Mudgett R.E. Solid-state fermentations. Demain A.L., Solomon N.A. Manual of industrial microbiology and biotechnology. 1986;66-83 American Society for Microbiology, Washington DC.
18. Baca M.T., Esteban E., Almendros G., Sanchez-Raya A.J. Changes in the gas phase of compost during solid-state fermentation of sugarcane bagasse. Bioresour Technol. 44:1993;5-8.
19. 2 in aerobic and anaerobic solid-state fermentations. Proc Biochem 1994;3-24.
20. Pintado J., Lonsane B.K., Gaime-Perraud I., Roussos S. On-line monitoring of citric acid production in solid state culture by respirometry. Proc Biochem. 33:1998;513-518.
21. Mejía A., Tomasini A., Barrios-González J. Application of on-line measurement of oxygen uptake and carbon dioxide evolution to penicillin production in solid state fermentation. Roussos S., Lonsane B.K., Raimbault M., Viniegra-González G. Advances in solid state fermentation. 1997;417-425 Kluwer, Dordrecht.
22. Mudgett R.E. Controlled gas environments in industrial fermentations. Enzyme Microb Technol. 2:1980;273-280.
23. Narziß L. Malting technology. European Brewing Convention, Proceedings of the 21th Congress, 1987;133-143.
24. Eyben D, Van Droogenbroeck L. Étude de l'influence de la pression sur la germination des orges et le qualité des malts. European Brewing Convention, Proceedings of the 12th Congress, 1969;107-119.
25. Macey A. Malting in the seventies. Brewers' Guardian, 1977;September:81-85.
26. Reinikainen P., Räsänen E., Olkku J. A practical at-line measurement of carbon dioxide production of barley during malting process. Mschr Brauwiss. 49(9/10):1996;280-282.
27. Drawert F. Brautechnische Analysenmethoden, Methodensammlung der Mitteleuropaïschen Brautechnischen Analysenkommission (MEBAK). Freising-Weihenstephan, 1984.
28. Briggs DE, Hough JS, Stevens R, Young TW. Malting and brewing science. Malt and sweet wort, vol. I, Chapman and Hall, London, 1981.
29. Narziß L. Abriß der Bierbrauerei. 1986;Ferdinand Enke, Stuttgart.
30. Petters H.I., Flannigan B., Austin B. Quantitative and qualitative studies of the microflora of barley malt production. J Appl Bact. 65:1988;279-297.
31. Haikara A, Mäkinen V, Hakulinen R. On the microflora of barley after harvesting, during storage and in malting. European Brewing Convention, Proceedings of the 16th Congress, 1977;35-46.
32. Leino E, Laitila A, Haikara A, Optimalization of aeration with a new steeping vessel. Proceedings of the Aviemore Conference on Malting, Brewing and Distilling, 1994;265-269.
33. Jay J.M. Modern food microbiology. 1992;Chapman and Hall, New York.
34. Nielsen N. Untersuchungen über die Kiemung der Gerste. I. Die Atmung während des Mälzes. Compt-Rend Lab Carlsberg Sér Physiol. 22:1937;49-60.
35. Eriksson R., Holme T. The use of microcalorimetry as an analytical tool for microbial processes. Biotechnol Bioeng Symp. 4:1973;581-590.
36. Rathbun B.L., Shuler M.L. Heat and mass transfer effects in static solid-substrate fermentations: design of fermentation chambers. Biotechnol Bioeng. 25:1983;929-938.
37. De Reu JC, A model for solid-substrate fermentation of Rhizopus oligosporus in a packed-bed reactor. In: Solid-substrate fermentation of soya beans to tempe: process innovations and product characteristics. Ph.D. thesis, Wageningen Agricultural University, Wageningen, The Netherlands, 1995.
38. Carrizalez V., Rodriguez H., Sardina I. Determination of the specific growth of molds on semi-solid cultures. Biotechnol Bioeng. 23:1981;321-333.
39. Rajagopalan S., Modak J.M. Heat and mass transfer simulation studies for solid-state fermentation processes. Chem Eng Sci. 49:1994;2187-2193.
40. Durand A., Renaud R., Almanza S., Maratray J., Diez M., Desgranges C. Solid state fermentation reactors: from lab scale to pilot plant. Biotech Adv. 11:1993;591-597.
41. Haley P.E., Stokes C.H. Practical plant studies on barley respiration during the steeping process. MBAA Techn Quart. 24:1986;33-37.
42. Chambers A.R., Lambie A.D.B. Carbon dioxide and oxygen tensions in steepwater. J Inst Brew. 66:1960;159-162.
43. Enari T.-M., Linnahalme T., Linko M. Effects of air and carbon dioxide in the steeping of barley. J Inst Brew. 67:1961;358-361.
44. 2-Behandlung von Grünmalzen. Brauwiss. 24(2):1971;53-60.
45. Zarstow K., Aldenhoff S., Lent D., Krauss G. Einfluß des Kohlendioxides bei der Keimung auf die Malzeigenschaften und den Schwand. Monatsschrift für Brauerei. Oktober:1969;269-276.
46. Bol J., Huis in't Veld J.H.J. The occurence of fungi on barley, in raw materials and in the malthouse: prevention and consequences of infection. Louv Brew Lett. 1:1988;4-9.
47. Bol J, Klopper WJ, Vermeire HA, Motshagen ME. Relation between the microflora of barley and malt quality. European Brewing Convention, Proceedings of the 20th Congress, 1985;643-650.
48. Kelly L., Briggs D.E. The influence of the grain microflora on the germinative physiology of barley. J Inst Brew. 98:1992;395-400.