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glucose catabolic process to lactate via pyruvate

Known as: homolactate fermentation, homofermentative lactate fermentation, homofermentative pathway 
The anaerobic enzymatic chemical reactions and pathways resulting in the breakdown of glucose to lactate, via canonical glycolysis, yielding energy… 
National Institutes of Health

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Review
2012
Review
2012
Microorganisms display a considerable versatility, with mechanisms that govern cell bioenergetics and a large number of redox… 
2011
2011
The eff ects of homofermentative and heterofermentative lactic acid bacteria (LAB) on fermentation characteristics of maize… 
2009
2009
The influence of bacterial�enzyme additive on nutritive value and concentration of mycoto�ins in mi�ture silages of horse bean… 
2004
2004
SummaryThe origin of by-products of the lactic acid fermentation of Lactobacillus acidophilus was investigated using specifically… 
2003
2003
Lactobacillus sp. strain MONT4 was isolated from hightemperature-fermenting grape musts (2). It is a unique organism due to its… 
2001
2001
Lactobacillus plantaruin strain A6 isolated from cassava, cultured on cellobiose MRS medium showed a growth rate of 0.41 h-l, a… 
1957
1957
РезюмеО проведении микроб иологического контроля непрерывны х алкогольной фермен тации, то было было установлено, что заражение мела ссы mashes в процессе брож ения или после того, как она была вызвана бактериями из рода Lactobacillus, так и гетеро homofermentative типа. В методах, в которых непрерывного брожен ия был использован, homofermentative виды не были основ ать. Вопреки ожиданиям, бактерии из Coli-aerogenes группы и рода Acetobacter не были изол ированы. Загрязнение было обнаружено иметь существенное влияние на содержан ие остаточного сахар а в ферментированных мелассы пюре, а в некоторых случаях нулевого значения были фактически достигнута. Без микр обиологической оцен ки, таким образом, рез идентами двойного сахара не могут быть приняты в качестве объективных критери я процесс ферментац ии.SummaryOn carrying out microbiological verification of continuous alcoholic fermentation, it was found that contamination of molasses mashes during fermentation or after it was caused by bacteria of the genusLactobacillus, of both the hetero and homofermentative type. In methods in which continuous fermentation was used, homofermentative types were not found. Contrary to expectation, bacteria of theColi-aerogenes group and genusAcetobacter were not isolated. Contamination was found to have a considerable effect on the content of the residual sugar in the fermented molasses mash; in some cases zero values were actually reached. Without microbiological evaluation, therefore, resi dual sugar cannot be taken as an objective criterion of the fermentation process.