نتایج جستجو برای: whole rumen microorganisms

تعداد نتایج: 329561  

Journal: :Canadian Journal of Animal Science 1970

Journal: :Kansas Agricultural Experiment Station Research Reports 1973

2000
R. M. Dixon S. Chanchai

Six mature sheep were fed restricted amounts of either a medium quality roughage or a 1 : 1 mixture of the roughage and barley grain. Disappearance of DM of three roughages (barley straw, oat hay and lucerne hay) from synthetic ®bre bags incubated in the rumen for 6 and 24 h was determined. Also, during intraruminal infusions of NH4C1, synthetic ®bre bags containing each of the three roughages ...

2005
R. E. DAVIS I. L. LINDAHL E. J. WARWICK

Slime production by microorganisms in the rumen of cattle and sheep has been advanced as a possible factor in feed-lot bloat by Jacobson and Lindahl (1955), and for frothy legume bloat by Hungate et al. (1955). The slime serves to entrap the fermentation gases and the resulting frothy ingesta blocks the ruminant's gas eructation mechanism. Lindahl et al. (1957) have produced experimental bloat ...

2011
Meng Qi Pan Wang Nicholas O'Toole Perry S. Barboza Emilio Ungerfeld Mary Beth Leigh L. Brent Selinger Greg Butler Adrian Tsang Tim A. McAllister Robert J. Forster

BACKGROUND Herbivores rely on digestive tract lignocellulolytic microorganisms, including bacteria, fungi and protozoa, to derive energy and carbon from plant cell wall polysaccharides. Culture independent metagenomic studies have been used to reveal the genetic content of the bacterial species within gut microbiomes. However, the nature of the genes encoded by eukaryotic protozoa and fungi wit...

Journal: :Applied microbiology 1959
J GUTIERREZ R E DAVIS I L LINDAHL E J WARWICK

Slime production by microorganisms in the rumen of cattle and sheep has been advanced as a possible factor in feed-lot bloat by Jacobson and Lindahl (1955), and for frothy legume bloat by Hungate et al. (1955). The slime serves to entrap the fermentation gases and the resulting frothy ingesta blocks the ruminant's gas eructation mechanism. Lindahl et al. (1957) have produced experimental bloat ...

Journal: :Journal of animal science 1975
H H Li Pun L D Satter

The amount of nitrogen gas (N2) available for microbial protein synthesis via nitrogen fixation in the rumen was estimated. Measurements were made of nitrogen fixation by ruminal ingesta from goats fed low protein rations for a prolonged period of time, and by ingesta from sheep fed high protein rations. Nitrogen fixation by rumen microorganisms incubated for 30 or 180 min in vitro was measured...

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