Jump to Main Content
- Broudiscou, L.P., et al. Show all 3 Authors
- Animal feed science and technology 2019
- acetates; bacteria; biohydrogenation; butyrates; corn; diet; effluents; fermentation; gases; hexoses; hydrogen; linseed; methane; pH; propionic acid; protein synthesis; rumen microorganisms; sodium hydroxide; starch; sulfuric acid; wheat
- ... Using 6 continuous cultures of rumen microorganisms, we studied the effects of pH (low vs. high) and extruded linseed supplementation (10% of DM) in association with rapidly or slowly degraded starch sources (wheat vs. corn grains) 1) on fatty acid (FA) outflows and PUFA biohydrogenation (BH) processes 2) on FA microbial composition and its contribution to FA outflows, in two replicated periods of ...