2005
DOI: 10.1016/j.jfoodeng.2004.10.047
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Significance of microbial transglutaminase on the sensory, mechanical and crumb grain pattern of enzyme supplemented fresh pan breads

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Cited by 59 publications
(53 citation statements)
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“…A significant decrease in the cohesiveness (related to how the bread held together as it was masticated) was observed when soybean proteins and TG were added together, likely due to the hindering effect of the soybean proteins on the enzyme activity, which agrees with previous results of Ahlborn et al [35] in protein enriched wheat bread. Opposite results have been reported by Collar et al [44], when TG was added to wheat breads. TG produced suitable effects on low extraction rate flours (increased cohesiveness, volume, aroma intensity, typical taste and crumb cell ratio and decreased cell number), whereas the effects were adverse on high extraction rate flours (decreased volume, typical taste and crumb cell ratio and increased crumb hardness, chewiness and cell number).…”
Section: Effect Of the Different Ingredients And Processing Aid On Thcontrasting
confidence: 52%
“…A significant decrease in the cohesiveness (related to how the bread held together as it was masticated) was observed when soybean proteins and TG were added together, likely due to the hindering effect of the soybean proteins on the enzyme activity, which agrees with previous results of Ahlborn et al [35] in protein enriched wheat bread. Opposite results have been reported by Collar et al [44], when TG was added to wheat breads. TG produced suitable effects on low extraction rate flours (increased cohesiveness, volume, aroma intensity, typical taste and crumb cell ratio and decreased cell number), whereas the effects were adverse on high extraction rate flours (decreased volume, typical taste and crumb cell ratio and increased crumb hardness, chewiness and cell number).…”
Section: Effect Of the Different Ingredients And Processing Aid On Thcontrasting
confidence: 52%
“…All of these environmental stresses impact the transmembrane proton efflux of the yeast cell membrane, which regulates the transport of various nutrients and consequently impacts the fermentation rate 12,15 . The proton efflux rate (PER) test has been widely employed for assessing the quality of beer fermentation 11 , baking 3 , yogurt fermentation 23 and wine making 13 . However, there are significant differences in the conditions of the PER test including spontaneous proton efflux, glucose concentration, initial pH and description of results, as well as in the steps of the PER test 8,15,26 .…”
Section: Introductionmentioning
confidence: 99%
“…However, there are significant differences in the conditions of the PER test including spontaneous proton efflux, glucose concentration, initial pH and description of results, as well as in the steps of the PER test 8,15,26 . In addition, research has focused only on the values of the PER at the completion of fermentation to reflect the brewer's yeast viability, while changes in the PER during the course of fermentation were neglected 3,11,23 . The response of proton efflux in organisms to fluctuations of environmental stress during the brewing process, particularly during HG or VHG brewing, could have significant effects on fermentation quality and on the metabolic activity of the yeast, such as sugar utilization, yeast growth and sedimentation 22 .…”
Section: Introductionmentioning
confidence: 99%
“…Η επε ξεργασία του σιτάλευρου με MTG δίνει περισσότερο συνεκτικές και ελαστικές ζΰμες, οι οποίες παρουσιά ζουν αυξημένη ικανότητα συγκράτησης ύδατος και αέ ριων που παράγονται κατά τη ζύμωση. Έτσι, τα τελικά προϊόντα, κυρίως τα διάφορα είδη άρτου, εμφανίζουν, μετά το ψήσιμο, βελτιωμένα ποιοτικά χαρακτηριστικά και αύξηση του όγκου τους (Zhu et al 1995, Motoki και Seguro 1998, Bauer et al 2003α, Bauer et al 2003ß, Hozova et al 2003, Roseli et al 2003, Collar και Bollain 2004, Collar et al 2005). …”
Section: προϊόντα σιτηρώνunclassified