Recently obtained information on structural and compositional effects of processing of legume seeds is reviewed, in relation to legume seed characteristics affecting digestive behavior and nutrient utilization. The emphasis is on (1) manipulation of digestive behavior by heat processing methods, particularly on protein and/or starch components of legume seeds, (2) prediction of changes of potential nutrient supply to ruminants from legume seeds after heat processing, using the newly developed DVE/OEB model, and (3) obtaining information on optimal processing conditions of legume seeds as intestinal protein source in term of protein DVE and OEB values (to achieve target values for potential high net absorbable protein in the small intestine ...
Abstract — The aim of this work was to determine the effective degradability (ED) of CP for differ-e...
. The study was aimed to assess protein-energy synchronization (PES) index of the tropical legumes a...
Casein as well as two plant proteins (lucerne and bean-seeds proteins) were incubated with non-steri...
Recently obtained information on structural and compositional effects of processing of legume seeds ...
In this study, effects of toasting, expander treatment and pelleting on in situ rumen degradability ...
The animal meal prohibition as a protein source with low ruminal degradability in ruminant nutrition...
Chemical composition, rumen degradability and the effect of particle losses, and intestinal digestib...
This study evaluated the effect of thermal processing on the estimated metabolizable protein (MP) su...
The aim was to study if locally produced organic legume seeds as protein supplement could improve th...
Samples of grass pea seed (Lathyrus sativus) were prepared and analyzed for some chemical compositio...
Abstract: Fresh, dried or preserved, forage legumes are highly suitable for use as roughage in the a...
Abstract: The utilization and availability of protein depended on the types of protein and their spe...
[EN] The suitability of different leguminous seeds (lupine, beans, bitter vetch and vetch) for the n...
[Background] To establish the effect of the nature of four different legume seeds, lupins (L), faba ...
Abstract — Proteins in forage legumes are rapidly degraded in the rumen, inducing a poor dietary pro...
Abstract — The aim of this work was to determine the effective degradability (ED) of CP for differ-e...
. The study was aimed to assess protein-energy synchronization (PES) index of the tropical legumes a...
Casein as well as two plant proteins (lucerne and bean-seeds proteins) were incubated with non-steri...
Recently obtained information on structural and compositional effects of processing of legume seeds ...
In this study, effects of toasting, expander treatment and pelleting on in situ rumen degradability ...
The animal meal prohibition as a protein source with low ruminal degradability in ruminant nutrition...
Chemical composition, rumen degradability and the effect of particle losses, and intestinal digestib...
This study evaluated the effect of thermal processing on the estimated metabolizable protein (MP) su...
The aim was to study if locally produced organic legume seeds as protein supplement could improve th...
Samples of grass pea seed (Lathyrus sativus) were prepared and analyzed for some chemical compositio...
Abstract: Fresh, dried or preserved, forage legumes are highly suitable for use as roughage in the a...
Abstract: The utilization and availability of protein depended on the types of protein and their spe...
[EN] The suitability of different leguminous seeds (lupine, beans, bitter vetch and vetch) for the n...
[Background] To establish the effect of the nature of four different legume seeds, lupins (L), faba ...
Abstract — Proteins in forage legumes are rapidly degraded in the rumen, inducing a poor dietary pro...
Abstract — The aim of this work was to determine the effective degradability (ED) of CP for differ-e...
. The study was aimed to assess protein-energy synchronization (PES) index of the tropical legumes a...
Casein as well as two plant proteins (lucerne and bean-seeds proteins) were incubated with non-steri...