Five ruminally and duodenally fistulated Angus × Hereford steers were used to determine intake and fermentation responses associated with increasing the proportion of supplemental degradable intake protein (DIP) provided by urea. Steers had free access to a dormant, tallgrass-prairie forage. The supplemental DIP was provided by sodium caseinate and (or) urea , at a level that was determined previously to optimize use of a similar forage. Supplemental DIP was balanced with corn starch to provide a final supplement of 40% crude protein. Percentages of DIP from urea were: 0, 25, 50, 75, and 100%. Supplements were given intraruminally. Increasing the percentage of urea as supplemental DIP from urea did not significantly affect f...
Sixteen ruminally fistulated steers were used to evaluate the effects of altering supplementation fr...
Sixteen ruminally fistulated steers were used to evaluate the effects of altering supplementation fr...
The effect of supplements containing various proportions of degradable intake protein (DIP) and st...
Five ruminally and duodenally fistulated Angus × Hereford steers were used to determine intake and...
Five ruminally and duodenally fistulated Angus x Hereford steers were used to determine intake and f...
Twelve ruminally fistulated steers were used to evaluate the effect of changing the proportion of ...
Twelve ruminally fistulated steers were used to evaluate the effect of changing the proportion of ...
Twelve ruminally fistulated steers were used to evaluate the effect of changing the proportion of su...
Ninety pregnant Angus Hereford cows consuming low-quality, tallgrass-prairie hay were used to eval...
One hundred thirty two Hereford × Angus cows grazing tallgrass-prairie range during winter were us...
Ninety pregnant Angus Hereford cows consuming low-quality, tallgrass-prairie hay were used to eval...
Sixteen ruminally fistulated steers were used to evaluate the effects of altering supplementation f...
Sixteen ruminally fistulated steers were used to evaluate the effects of altering supplementation f...
One hundred thirty two Hereford × Angus cows grazing tallgrass-prairie range during winter were us...
Ninety pregnant Angus Hereford cows consuming low-quality, tallgrass-prairie hay were used to evalua...
Sixteen ruminally fistulated steers were used to evaluate the effects of altering supplementation fr...
Sixteen ruminally fistulated steers were used to evaluate the effects of altering supplementation fr...
The effect of supplements containing various proportions of degradable intake protein (DIP) and st...
Five ruminally and duodenally fistulated Angus × Hereford steers were used to determine intake and...
Five ruminally and duodenally fistulated Angus x Hereford steers were used to determine intake and f...
Twelve ruminally fistulated steers were used to evaluate the effect of changing the proportion of ...
Twelve ruminally fistulated steers were used to evaluate the effect of changing the proportion of ...
Twelve ruminally fistulated steers were used to evaluate the effect of changing the proportion of su...
Ninety pregnant Angus Hereford cows consuming low-quality, tallgrass-prairie hay were used to eval...
One hundred thirty two Hereford × Angus cows grazing tallgrass-prairie range during winter were us...
Ninety pregnant Angus Hereford cows consuming low-quality, tallgrass-prairie hay were used to eval...
Sixteen ruminally fistulated steers were used to evaluate the effects of altering supplementation f...
Sixteen ruminally fistulated steers were used to evaluate the effects of altering supplementation f...
One hundred thirty two Hereford × Angus cows grazing tallgrass-prairie range during winter were us...
Ninety pregnant Angus Hereford cows consuming low-quality, tallgrass-prairie hay were used to evalua...
Sixteen ruminally fistulated steers were used to evaluate the effects of altering supplementation fr...
Sixteen ruminally fistulated steers were used to evaluate the effects of altering supplementation fr...
The effect of supplements containing various proportions of degradable intake protein (DIP) and st...