Enterococcus faecalis was used to perform lactic acid fermentation (LAF) in hydrolyzed sago starch (HSS). LAF was studied in alkaline condition which was pH 8 using batch fermentation (BF) modes. From the study, this bacteria can considered as thermo tolerant due to its ability to growth well at 37°C and up to 48 °C and survive at pH 8. BF mode using HSS was performed to study the efficiency in productivity in LAF. The fermentation was performed in 3 L jar fermenter with a working volume of 2 L using HSS and yeast extract as carbon and nitrogen sources respectively. In addition, the kinetics of lactic acid production, glucose consumption, and NaOH consumption for each fermentation were analyzed during the BF. The highest LA production in th...
The lactic acid production from starch can be made much more economical by using Enterococcus faeciu...
In order to achieve efficient lactic acid production from starch, fermentation of avarious compositi...
Production of lactic acid (LA), yield (Yp/s) and substrate conversion (SC) from Lactococcus lactis, ...
The production of lactic acid (LA) by utilizing the raw carbon source of hydrolyzed sago starch (HS...
Enterococcus faecalis strain was used to perform lactic acid production from hydrolysate sago starc...
Enterococcus faecalis is a Lactic Acid bacterium and was used to scaling up a lactic acid fermentati...
Enterococcus faecium No. 78 (BIOTECH 10375) isolated from puto, a type of fermented rice in the Phil...
In this study, the effects of agitation rate which suit the Enterococcus faecium No.78 on lactic aci...
Various challenges facing the industrial production of bio-based lactic acid (LA) such as cost of ra...
Optically pure lactic acid (LA) is an important chemical platform that has a wide range of industria...
Production of lactic acid using a novel strain of lactic acid bacteria isolated from infants stool w...
Lactic acid is an organic acid widely used in the food, cosmetic, pharmaceutical and chemical indust...
Enterococcus faecium No. 78 (PNCM-BIOTECH 10375) isolated from puto, a type of fermented rice in the...
Enterococcus faecium No.78 is a bacterial strain for L-lactic production, isolated originally from p...
The aim of this study was to establish a simplified operational process for lactic acid (LA) product...
The lactic acid production from starch can be made much more economical by using Enterococcus faeciu...
In order to achieve efficient lactic acid production from starch, fermentation of avarious compositi...
Production of lactic acid (LA), yield (Yp/s) and substrate conversion (SC) from Lactococcus lactis, ...
The production of lactic acid (LA) by utilizing the raw carbon source of hydrolyzed sago starch (HS...
Enterococcus faecalis strain was used to perform lactic acid production from hydrolysate sago starc...
Enterococcus faecalis is a Lactic Acid bacterium and was used to scaling up a lactic acid fermentati...
Enterococcus faecium No. 78 (BIOTECH 10375) isolated from puto, a type of fermented rice in the Phil...
In this study, the effects of agitation rate which suit the Enterococcus faecium No.78 on lactic aci...
Various challenges facing the industrial production of bio-based lactic acid (LA) such as cost of ra...
Optically pure lactic acid (LA) is an important chemical platform that has a wide range of industria...
Production of lactic acid using a novel strain of lactic acid bacteria isolated from infants stool w...
Lactic acid is an organic acid widely used in the food, cosmetic, pharmaceutical and chemical indust...
Enterococcus faecium No. 78 (PNCM-BIOTECH 10375) isolated from puto, a type of fermented rice in the...
Enterococcus faecium No.78 is a bacterial strain for L-lactic production, isolated originally from p...
The aim of this study was to establish a simplified operational process for lactic acid (LA) product...
The lactic acid production from starch can be made much more economical by using Enterococcus faeciu...
In order to achieve efficient lactic acid production from starch, fermentation of avarious compositi...
Production of lactic acid (LA), yield (Yp/s) and substrate conversion (SC) from Lactococcus lactis, ...