Six out of ten lactic acid bacteria strains tested displayed linamarase activity. #Lactobacillus plantarum$ strain A6 displayed the greatest activity affecting 36 U/g cells on MRS cellobiose. The strain also broke down in less than 2 hours the linamarin extracted from cassava juice. HPLC analysis of the products of the reaction showed that the bacteria converted the linamarin into lactic acid and acetone cyanohydrin. (Résumé d'auteur
Cassava roots and leaves constitute energy-rich and protein-rich foods, respectively, for the popula...
Cassava is an important staple crop, but its potential toxicity has led to some health problems in A...
Since the local variety IAC used for attiéké production has to be replaced by a new variety, attiéké...
Six out of ten lactic acid bacteria strains tested displayed linamarase activity. #Lactobacillus pla...
Six out of ten lactic acid bacteria strains tested displayed linamarase activity. Lactobacillusplant...
This study aimed at isolating and characterizing of microorganisms able to use linamarin as sole car...
Linamarin is the most abundant cyanoglucoside present in cassava cells and may generate the equivale...
Assessment of the effectiveness of microorganisms involved in gari fermentation in the degradation o...
#Lactobacillus plantarum$ strain A6 isolated from cassava, cultured on cellobiose MRS medium showed ...
Thermophilic Bacillus spp. isolated from thermophilic aerobic digestion (TAD) of model agricultural ...
Several fungi and bacteria, isolated from Ugandan domestic fermented cassava, released HCN from lina...
Cassava is a widely grown root crop which accumulates two cyanogenic glucosides, linamarin and lotau...
Defensive cyanogenic glucoside linamarin accounts for 80% cyanide content of cassava and is known to...
Cassava is a widely grown root crop which accumulates two cyanogenic glucosides, linamarin and lotau...
This study aimed at isolating and characterizing of microorganisms able to use linamarin as sole car...
Cassava roots and leaves constitute energy-rich and protein-rich foods, respectively, for the popula...
Cassava is an important staple crop, but its potential toxicity has led to some health problems in A...
Since the local variety IAC used for attiéké production has to be replaced by a new variety, attiéké...
Six out of ten lactic acid bacteria strains tested displayed linamarase activity. #Lactobacillus pla...
Six out of ten lactic acid bacteria strains tested displayed linamarase activity. Lactobacillusplant...
This study aimed at isolating and characterizing of microorganisms able to use linamarin as sole car...
Linamarin is the most abundant cyanoglucoside present in cassava cells and may generate the equivale...
Assessment of the effectiveness of microorganisms involved in gari fermentation in the degradation o...
#Lactobacillus plantarum$ strain A6 isolated from cassava, cultured on cellobiose MRS medium showed ...
Thermophilic Bacillus spp. isolated from thermophilic aerobic digestion (TAD) of model agricultural ...
Several fungi and bacteria, isolated from Ugandan domestic fermented cassava, released HCN from lina...
Cassava is a widely grown root crop which accumulates two cyanogenic glucosides, linamarin and lotau...
Defensive cyanogenic glucoside linamarin accounts for 80% cyanide content of cassava and is known to...
Cassava is a widely grown root crop which accumulates two cyanogenic glucosides, linamarin and lotau...
This study aimed at isolating and characterizing of microorganisms able to use linamarin as sole car...
Cassava roots and leaves constitute energy-rich and protein-rich foods, respectively, for the popula...
Cassava is an important staple crop, but its potential toxicity has led to some health problems in A...
Since the local variety IAC used for attiéké production has to be replaced by a new variety, attiéké...