Effects of a direct-fed microbial on digestive-tract morphology of Holstein bull calves and performance and carcass characteristics of Holstein steers11Appreciation is expressed to Nutrition Physiology Co. LLC (Guymon, OK) for partial financial support. Thanks to Elanco Animal Health, Ft. Dodge Animal Health, and DSM Nutrition for product support and Arizona Dairy Co. LLC for providing

K. J. Dick, G. C. Duff, Sean W Limesand, S Peder Cuneo, D. K. Knudson, C. P. McMurphy, L. W. Hall, J. C. Bernal-Rigoli, John A Marchello

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2 Citations (Scopus)

Abstract

Two experiments were conducted to evaluate the effects of live cultures of Lactobacillus acidophilus and Propionibacterium freudenreichii on digestivetract morphology of neonatal-transition Holstein bull calves and performance and carcass characteristics of calf-fed Holstein steers. In Exp. 1, forty-three 1-d-old Holstein bull calves (42 kg of BW) were supplemented with a directfed microbial (DFM) consisting of L. acidophilus and P. freudenreichii. Treatments consisted of a control (n = 21) and a treatment (n = 22) of direct-fed microbial (5 × 108 cfu) supplemented daily in a commercial milk replacer. At the conclusion of the milk-feeding stage (weaning), 11 calves from each treatment group were slaughtered at the University of Arizona Meats Laboratory for gastrointestinal-tract collection. The remaining calves were abruptly weaned and moved to concrete-floor pens for 14 d before slaughter (DFM treatments were mixed in the diet). Samples of the rumen and ileum were collected at the time of slaughter and examined for gastrointestinal- tract morphology. Before weaning, average ileal height, crypt depth, and total height (villus + crypt) were greater in DFM treatment (P <0.03) compared with controls. After weaning, average ruminal papillae width was greater (P <0.01) in calves receiving DFM versus controls. In Exp. 2, calves were fed control (no DFM) or 1 × 105 or 1 × 106 L. acidophilus strain NP 51 plus 1 × 109 P. freudenreichii strain NP24 from 1 to 3 d of age (d 0 of experiment) through finishing (average 462 d of age). No differences were noted in intake or G:F during the preweaning period. During the growing period, there were no statistical differences in BW, ADG, feed intake, or G:F. Average daily gain showed a trend for being greater (quadratic; P <0.07) for Holstein steers receiving 1 × 105 L. acidophilus versus control steers and steers receiving 1 × 106 L. acidophilus during the finishing period. No differences (P > 0.10) were noted in daily intake or G:F between treatments during the finishing period. Overall, steers fed 1 × 105 L. acidophilus had no difference in final BW and ADG versus steers fed the control diet.

Original languageEnglish (US)
Pages (from-to)107-115
Number of pages9
JournalProfessional Animal Scientist
Volume29
Issue number2
DOIs
StatePublished - Apr 1 2013

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Nutritional Physiological Phenomena
nutrition physiology
Lactobacillus acidophilus
Financial Support
funding
animal health
digestive tract
carcass characteristics
Gastrointestinal Tract
bulls
dairies
Holstein
calves
nutrition
Weaning
Propionibacterium freudenreichii
Health
Milk
Diet
Rumen

ASJC Scopus subject areas

  • Animal Science and Zoology
  • Food Science

Cite this

@article{752716c5f68b402a9ab84334cd507daa,
title = "Effects of a direct-fed microbial on digestive-tract morphology of Holstein bull calves and performance and carcass characteristics of Holstein steers11Appreciation is expressed to Nutrition Physiology Co. LLC (Guymon, OK) for partial financial support. Thanks to Elanco Animal Health, Ft. Dodge Animal Health, and DSM Nutrition for product support and Arizona Dairy Co. LLC for providing",
abstract = "Two experiments were conducted to evaluate the effects of live cultures of Lactobacillus acidophilus and Propionibacterium freudenreichii on digestivetract morphology of neonatal-transition Holstein bull calves and performance and carcass characteristics of calf-fed Holstein steers. In Exp. 1, forty-three 1-d-old Holstein bull calves (42 kg of BW) were supplemented with a directfed microbial (DFM) consisting of L. acidophilus and P. freudenreichii. Treatments consisted of a control (n = 21) and a treatment (n = 22) of direct-fed microbial (5 × 108 cfu) supplemented daily in a commercial milk replacer. At the conclusion of the milk-feeding stage (weaning), 11 calves from each treatment group were slaughtered at the University of Arizona Meats Laboratory for gastrointestinal-tract collection. The remaining calves were abruptly weaned and moved to concrete-floor pens for 14 d before slaughter (DFM treatments were mixed in the diet). Samples of the rumen and ileum were collected at the time of slaughter and examined for gastrointestinal- tract morphology. Before weaning, average ileal height, crypt depth, and total height (villus + crypt) were greater in DFM treatment (P <0.03) compared with controls. After weaning, average ruminal papillae width was greater (P <0.01) in calves receiving DFM versus controls. In Exp. 2, calves were fed control (no DFM) or 1 × 105 or 1 × 106 L. acidophilus strain NP 51 plus 1 × 109 P. freudenreichii strain NP24 from 1 to 3 d of age (d 0 of experiment) through finishing (average 462 d of age). No differences were noted in intake or G:F during the preweaning period. During the growing period, there were no statistical differences in BW, ADG, feed intake, or G:F. Average daily gain showed a trend for being greater (quadratic; P <0.07) for Holstein steers receiving 1 × 105 L. acidophilus versus control steers and steers receiving 1 × 106 L. acidophilus during the finishing period. No differences (P > 0.10) were noted in daily intake or G:F between treatments during the finishing period. Overall, steers fed 1 × 105 L. acidophilus had no difference in final BW and ADG versus steers fed the control diet.",
author = "Dick, {K. J.} and Duff, {G. C.} and Limesand, {Sean W} and Cuneo, {S Peder} and Knudson, {D. K.} and McMurphy, {C. P.} and Hall, {L. W.} and Bernal-Rigoli, {J. C.} and Marchello, {John A}",
year = "2013",
month = "4",
day = "1",
doi = "10.15232/S1080-7446(15)30208-4",
language = "English (US)",
volume = "29",
pages = "107--115",
journal = "Applied Animal Science",
issn = "2590-2873",
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TY - JOUR

T1 - Effects of a direct-fed microbial on digestive-tract morphology of Holstein bull calves and performance and carcass characteristics of Holstein steers11Appreciation is expressed to Nutrition Physiology Co. LLC (Guymon, OK) for partial financial support. Thanks to Elanco Animal Health, Ft. Dodge Animal Health, and DSM Nutrition for product support and Arizona Dairy Co. LLC for providing

AU - Dick, K. J.

AU - Duff, G. C.

AU - Limesand, Sean W

AU - Cuneo, S Peder

AU - Knudson, D. K.

AU - McMurphy, C. P.

AU - Hall, L. W.

AU - Bernal-Rigoli, J. C.

AU - Marchello, John A

PY - 2013/4/1

Y1 - 2013/4/1

N2 - Two experiments were conducted to evaluate the effects of live cultures of Lactobacillus acidophilus and Propionibacterium freudenreichii on digestivetract morphology of neonatal-transition Holstein bull calves and performance and carcass characteristics of calf-fed Holstein steers. In Exp. 1, forty-three 1-d-old Holstein bull calves (42 kg of BW) were supplemented with a directfed microbial (DFM) consisting of L. acidophilus and P. freudenreichii. Treatments consisted of a control (n = 21) and a treatment (n = 22) of direct-fed microbial (5 × 108 cfu) supplemented daily in a commercial milk replacer. At the conclusion of the milk-feeding stage (weaning), 11 calves from each treatment group were slaughtered at the University of Arizona Meats Laboratory for gastrointestinal-tract collection. The remaining calves were abruptly weaned and moved to concrete-floor pens for 14 d before slaughter (DFM treatments were mixed in the diet). Samples of the rumen and ileum were collected at the time of slaughter and examined for gastrointestinal- tract morphology. Before weaning, average ileal height, crypt depth, and total height (villus + crypt) were greater in DFM treatment (P <0.03) compared with controls. After weaning, average ruminal papillae width was greater (P <0.01) in calves receiving DFM versus controls. In Exp. 2, calves were fed control (no DFM) or 1 × 105 or 1 × 106 L. acidophilus strain NP 51 plus 1 × 109 P. freudenreichii strain NP24 from 1 to 3 d of age (d 0 of experiment) through finishing (average 462 d of age). No differences were noted in intake or G:F during the preweaning period. During the growing period, there were no statistical differences in BW, ADG, feed intake, or G:F. Average daily gain showed a trend for being greater (quadratic; P <0.07) for Holstein steers receiving 1 × 105 L. acidophilus versus control steers and steers receiving 1 × 106 L. acidophilus during the finishing period. No differences (P > 0.10) were noted in daily intake or G:F between treatments during the finishing period. Overall, steers fed 1 × 105 L. acidophilus had no difference in final BW and ADG versus steers fed the control diet.

AB - Two experiments were conducted to evaluate the effects of live cultures of Lactobacillus acidophilus and Propionibacterium freudenreichii on digestivetract morphology of neonatal-transition Holstein bull calves and performance and carcass characteristics of calf-fed Holstein steers. In Exp. 1, forty-three 1-d-old Holstein bull calves (42 kg of BW) were supplemented with a directfed microbial (DFM) consisting of L. acidophilus and P. freudenreichii. Treatments consisted of a control (n = 21) and a treatment (n = 22) of direct-fed microbial (5 × 108 cfu) supplemented daily in a commercial milk replacer. At the conclusion of the milk-feeding stage (weaning), 11 calves from each treatment group were slaughtered at the University of Arizona Meats Laboratory for gastrointestinal-tract collection. The remaining calves were abruptly weaned and moved to concrete-floor pens for 14 d before slaughter (DFM treatments were mixed in the diet). Samples of the rumen and ileum were collected at the time of slaughter and examined for gastrointestinal- tract morphology. Before weaning, average ileal height, crypt depth, and total height (villus + crypt) were greater in DFM treatment (P <0.03) compared with controls. After weaning, average ruminal papillae width was greater (P <0.01) in calves receiving DFM versus controls. In Exp. 2, calves were fed control (no DFM) or 1 × 105 or 1 × 106 L. acidophilus strain NP 51 plus 1 × 109 P. freudenreichii strain NP24 from 1 to 3 d of age (d 0 of experiment) through finishing (average 462 d of age). No differences were noted in intake or G:F during the preweaning period. During the growing period, there were no statistical differences in BW, ADG, feed intake, or G:F. Average daily gain showed a trend for being greater (quadratic; P <0.07) for Holstein steers receiving 1 × 105 L. acidophilus versus control steers and steers receiving 1 × 106 L. acidophilus during the finishing period. No differences (P > 0.10) were noted in daily intake or G:F between treatments during the finishing period. Overall, steers fed 1 × 105 L. acidophilus had no difference in final BW and ADG versus steers fed the control diet.

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