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Your search keyword '"Lignin metabolism"' showing total 7 results
Start Over Descriptor "Lignin metabolism" Language german
7 results on '"Lignin metabolism"'

1. [Determination of the balance of substances and calculation of the stochiometry and energy balance during in vitro fermentation of rumen fluid].

Author

Menke KH and Ehrensvärd U

Subjects
Ammonia metabolism, Animals, Carbohydrate Metabolism, Carbon Dioxide metabolism, Carbon Radioisotopes, Carboxylic Acids metabolism, Energy Metabolism, Fatty Acids, Volatile metabolism, Fermentation, Hydrogen metabolism, Hydrogen-Ion Concentration, Lignin metabolism, Lipid Metabolism, Methane metabolism, Methods, Proteins metabolism, Thermodynamics, Gastric Juice metabolism, Rumen metabolism
Published
1974

2. [The feed value of pasto estrella (Cynodon nlemfuensis) of Panamanian origin in Cuba. 2. Relation of easily determined parameters of feed value and the digestibility of organic substances].

Author

Losand B and Poppe S

Subjects
Animals, Cellulase metabolism, Dietary Fiber metabolism, Dietary Proteins metabolism, Lignin metabolism, Regression Analysis, Solubility, Animal Feed, Digestion, Poaceae
Abstract

The relations between nutrient content and the digestibility of the organic matter (DOM) was to be studied in the tropical grass pasto estrella p. (Cynodon nlemfuensis) in order to draw conclusions as to the causes of changes of the feed value and to estimate DOM with the help of easily determinable parameters. Comparative studies of cellulase solubility from the organic matter also served this purpose. Grass samples from three continuous digestibility studies were used as test material. There is a strong negative dependence of DOM on the content of cell wall substances (crude fibre, lignin) which is characterized by regression coefficients (-1.68, -4.00). Due to a low average protein content changes in the crude protein content had a particularly positive influence on DOM. Regression equations are recommended for the estimation of DOM, the content of metabolizable energy and NEFUcattle from the content of crude fibre, lignin, crude protein and cellulase solubility of the organic matter (biostatistical residual dispersion = 2.1-2.3% DOM; 0.35-0.36 MJ metabolizable energy or 0.2-0.21 MJ NEFUcattle).

Published
1988
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5. [Geomicrobiology of lignite. II. Behavior of bacterial strains from lignite under high hydrostatic pressures and their biochemical activity].

Author

Jaschhof H and Schwartz W

Subjects
Carbon Dioxide metabolism, Germany, East, Humic Substances metabolism, Lignin metabolism, Micrococcus metabolism, Oxygen Consumption, Pseudomonas metabolism, Temperature, Xanthomonas metabolism, Coal analysis, Micrococcus growth & development, Pressure, Pseudomonas growth & development, Xanthomonas growth & development
Published
1969
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