Results 301 to 310 of about 22,602 (353)
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Applied Biochemistry and Biotechnology, 2004
Speakers were asked to provide quantitative data on the performance of different xylose- (or, in one instance, arabinose-) fermenting strains in laboratory media and, where possible, in “industrial” media prepared by hydrolysis of native lignocellulosic substrates. The data provided are presented in Table 1, which gives an indication of the performance
Bärbel, Hahn-Hägerdal +1 more
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Speakers were asked to provide quantitative data on the performance of different xylose- (or, in one instance, arabinose-) fermenting strains in laboratory media and, where possible, in “industrial” media prepared by hydrolysis of native lignocellulosic substrates. The data provided are presented in Table 1, which gives an indication of the performance
Bärbel, Hahn-Hägerdal +1 more
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2021
Pentose phosphate pathway (PPP) is also known as Warburg–Lipmann–Dickens–Horecker pathway. The main functions of PPP pathway are reductant and pentose generation. However, no ATP is directly produced in this pathway. Pentose pathway occurs in cytosol. Unlike glycolysis and citric acid cycle where reactions are directional, here interconversion of sugar
Rani Gupta, Namita Gupta
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Pentose phosphate pathway (PPP) is also known as Warburg–Lipmann–Dickens–Horecker pathway. The main functions of PPP pathway are reductant and pentose generation. However, no ATP is directly produced in this pathway. Pentose pathway occurs in cytosol. Unlike glycolysis and citric acid cycle where reactions are directional, here interconversion of sugar
Rani Gupta, Namita Gupta
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Pentose metabolism and pentosuria
The American Journal of Medicine, 1959Abstract The metabolism of pentoses is reviewed. The pentose phosphate pathway (6-phosphogluconate oxidation pathway) is the source of tissue d-ribose and perhaps d-2-deoxyribose as well. In certain tissues it also contributes to the net oxidation of glucose and probably supplies reduced triphosphopyridine nucleotide for biosynthetic reactions. Little
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Experientia, 1961
Si descrive una modificazione del metodo diDische eBorenfreund per la determinazione dei pentosi, che raddoppia all'incirca la sensibilita. La modifica piu importante consiste nel trattamento iniziale della soluzione zuccherina con HCl concentrato e nella riduzione a soli 5 min del tempo di immersione in bagno maria bollente dopo l'aggiunta del ...
L. Bolognani, G. Coppi, V. Zambotti
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Si descrive una modificazione del metodo diDische eBorenfreund per la determinazione dei pentosi, che raddoppia all'incirca la sensibilita. La modifica piu importante consiste nel trattamento iniziale della soluzione zuccherina con HCl concentrato e nella riduzione a soli 5 min del tempo di immersione in bagno maria bollente dopo l'aggiunta del ...
L. Bolognani, G. Coppi, V. Zambotti
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Pentose-Phosphate Pathway of Leucocytes
Acta Haematologica, 1971The pentose-phosphate pathway of leucocytes tested with the transketolase reaction (TKA) was markedly and strongly reduced in chronic lymphatic leucemia.
T, Markkanen, O, Peltola
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Pentose estimation by the orcinol method, with particular reference to plasma pentose
Clinica Chimica Acta, 1964Abstract Modification of the orcinol reaction for the quantitative estimation of pentose was studied particularly in relation to interference by glucose. It was shown that variations in concentration of orcinol, concentration of ferric chloride, time of heating and batch of orcinol alter considerably the pentose-orcinol and glucose-orcinol reactions.
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ENZYMES OF PENTOSE BIOSYNTHESIS: I. SEPARATION OF PENTOSE CYCLE ENZYMES OF ESCHERICHIA COLI
Canadian Journal of Biochemistry, 1966A study of the enzymes of the pentose cycle in Escherichia coli has been undertaken. Procedures are reported for separating the cell extract into fractions containing transketolase, D-xylulose-5-phosphate-3-epimerase, and transaldolase and phosphoribose isomerase.
W, Yaphe +4 more
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