Add to ORKGSeven commercially available corn hybrids representing a range within and among kernel traits were used in a finishing trial to evaluate effects of corn kernel traits on feedlot animal performance. Average daily gain, DMI, and hot carcass weight were similar among all corn hybrids. A significant difference in feed conversion of 8.4% from lowest to highest among hybrids was observed. Kernel traits correlated with feed conversion were 1,000 grain weight, stenvert time to grind, and stenvert proportion of soft to coarse particles. Efficiency of finishing cattle gain can be significantly improved by selection of corn hybrids with more desirable kernel traits
Three hybrids with different kernel traits and feeding value were selected from a previous study to ...
Six studies were conducted to evaluate effects of corn silage harvest, hybrid, and concentration in ...
Feed conversion and carcass characteristics of cattle fed second generation insect-protected (Bt) c...
Sixty commercially available corn hybrids were used to identify kernel traits that may be used as an...
Two experiments were conducted to determine the influence of chemical and physical corn kernel trait...
A metabolism trial was conducted to determine the influence of corn kernel traits on digestibility. ...
Five commercially available corn hybrids were evaluated for finishing cattle performance and carcass...
Seventy-two commercially available corn hybrids were used to quantify the existing range in kernel c...
One hundred thirty-two commercially available corn hybrids, grown in 2 field replications within thr...
A growing study evaluated three corn silage hybrids on growing steer performance. Th e three hybrids...
A 2 × 3 factorial finishing study evaluated kernel processing in three corn silage hybrids on finish...
The improvement of corn (Zea mays L.) forage quality and animal performance by hybrid selection was ...
A finishing trial and a digestion trial were conducted to evaluate the effects of corn hybrid and pr...
A finishing study evaluated the effect of corn hybrid and processing type on finishing performance o...
Two experiments were conducted to determine the effects of corn hybrid and processing method on the ...
Three hybrids with different kernel traits and feeding value were selected from a previous study to ...
Six studies were conducted to evaluate effects of corn silage harvest, hybrid, and concentration in ...
Feed conversion and carcass characteristics of cattle fed second generation insect-protected (Bt) c...
Sixty commercially available corn hybrids were used to identify kernel traits that may be used as an...
Two experiments were conducted to determine the influence of chemical and physical corn kernel trait...
A metabolism trial was conducted to determine the influence of corn kernel traits on digestibility. ...
Five commercially available corn hybrids were evaluated for finishing cattle performance and carcass...
Seventy-two commercially available corn hybrids were used to quantify the existing range in kernel c...
One hundred thirty-two commercially available corn hybrids, grown in 2 field replications within thr...
A growing study evaluated three corn silage hybrids on growing steer performance. Th e three hybrids...
A 2 × 3 factorial finishing study evaluated kernel processing in three corn silage hybrids on finish...
The improvement of corn (Zea mays L.) forage quality and animal performance by hybrid selection was ...
A finishing trial and a digestion trial were conducted to evaluate the effects of corn hybrid and pr...
A finishing study evaluated the effect of corn hybrid and processing type on finishing performance o...
Two experiments were conducted to determine the effects of corn hybrid and processing method on the ...
Three hybrids with different kernel traits and feeding value were selected from a previous study to ...
Six studies were conducted to evaluate effects of corn silage harvest, hybrid, and concentration in ...
Feed conversion and carcass characteristics of cattle fed second generation insect-protected (Bt) c...