Spirulina (Spirulina platensis) algae supplementation increases microbial protein production and feed intake and decreases retention time of digesta in the rumen of cattle
Panjaitan, T, Quigley, S. P, McLennan, S. R, Swain, A. J, Poppi, D. P
Published in Animal production science (01.01.2015)
Published in Animal production science (01.01.2015)
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Protein and energy utilization by ruminants at pasture
Poppi, D.P. (The University of Queensland, Brisbane, Australia), McLennan, S.R
Published in Journal of animal science (01.01.1995)
Published in Journal of animal science (01.01.1995)
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Digestion of forages in the rumen is increased by the amount but not the type of protein supplement
Panjaitan, T., Quigley, S. P., McLennan, S. R., Swain, A. J., Poppi, D. P.
Published in Animal production science (01.01.2014)
Published in Animal production science (01.01.2014)
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Quality of dying in a New Zealand teaching hospital
Glasgow, J L, McLennan, S R, High, K J, Celi, L A G
Published in Quality & safety in health care (01.08.2008)
Published in Quality & safety in health care (01.08.2008)
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Liveweight gain and metabolisable energy requirements of young entire male Australian Rangeland goats in response to supplementation
Leo-Penu, C. L. O., Beasley, A. M., Poppi, D. P., Norton, B. W., Eyre, K. E., McLennan, S. R., Quigley, S. P.
Published in Animal production science (01.07.2022)
Published in Animal production science (01.07.2022)
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Small differences in biohydrogenation resulted from the similar retention times of fluid in the rumen of cattle grazing wet season C3 and C4 forage species
Costa, D.F.A., Quigley, S.P., Isherwood, P., McLennan, S.R., Sun, X.Q., Gibbs, S.J., Poppi, D.P.
Published in Animal feed science and technology (01.06.2019)
Published in Animal feed science and technology (01.06.2019)
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