Metabolic pathways identified to be differentially altered among contrasting residual feed intake (RFI) Charolais heifers.

Sources of biological variation in residual feed intake in beef cattle

Lancaster, Phillip Allan

May 2009

Objectives of this study were to characterize residual feed intake (RFI) in growing calves and to ex...

Genes associated with mitochondrial function, differentially expressed between low-protein fed heifers on high- (LPHE) or low- (LPLE) energy diets.

Hilde K. L. Wærp (5774384)
Sinéad M. Waters (633582)
Matthew S. McCabe (385553)
Paul Cormican (147333)
Ragnar Salte (5774387)

September 2018

Red colour indicate upregulated, and green colour indicate downregulated genes in LPHE versus LPLE h...

Ingenuity pathway analysis of differentially expressed genes (P < 0.05) from adipose tissues from cows with greater gain between feed restriction and realimentation sample collection, and for cows with lesser gain between feed restriction and realimentation.

Hannah Crocker Cunningham (4955974)
Kristi M. Cammack (4955977)
Kristin E. Hales (4955980)
Harvey C. Freetly (487365)
Amanda K. Lindholm-Perry (487358)

March 2018

Ingenuity pathway analysis of differentially expressed genes (P < 0.05) from adipose tissu...

Carbohydrate metabolism-associated genes differentially expressed between low-protein, high-energy- and low-protein, low-energy fed heifers.

Hilde K. L. Wærp (5774384)
Sinéad M. Waters (633582)
Matthew S. McCabe (385553)
Paul Cormican (147333)
Ragnar Salte (5774387)

September 2018

Carbohydrate metabolism-associated genes differentially expressed between low-protein, high-energy- ...

Main pathways differentially expressed between high-protein/ high-energy (HPHE) and high-protein/ low-energy (HPLE) fed heifers.

Hilde K. L. Wærp (5774384)
Sinéad M. Waters (633582)
Matthew S. McCabe (385553)
Paul Cormican (147333)
Ragnar Salte (5774387)

September 2018

Red bars indicate percent upregulated, and green bars indicate percent downregulated genes in the pa...

Metabolomics reveals changes in urea cycle associated to residual feed intake in growing heifers

Jorge Smeding, Ernesto Ezequiel
Renand, Gilles
Centeno, Delphine
Pétéra, Mélanie
Durand, Stéphanie
Polakof, Sergio
Cantalapiedra-Hijar, Gonzalo

September 2019

Metabolomics reveals changes in urea cycle associated to residual feed intake in growing heifers. 6....

Metabolites identified through ion annotation and further confirmed by standards which were affected (raw-P < 0.05) by residual feed intake class (Low vs High) in beef heifers.

Ezequiel Jorge-Smeding (13210557)
Sergio Polakof (351228)
Muriel Bonnet (743493)
Stephanie Durand (14192815)
Delphine Centeno (6257954)
Mélanie Pétéra (6257948)
Sébastien Taussat (6902357)
Gonzalo Cantalapiedra-Hijar (4559053)

November 2022

Metabolites identified through ion annotation and further confirmed by standards which were affected...

Untargeted metabolomics confirms the association between plasma branched chain amino acids and residual feed intake in beef heifers

Jorge-Smeding, Ezequiel
Polakof, Sergio
Bonnet, Muriel
Durand, Stephanie
Centeno, Delphine
Pétéra, Mélanie
Taussat, Sébastien
Cantalapiedra-Hijar, Gonzalo

November 2022

International audienceThis study explored plasma biomarkers and metabolic pathways underlying feed e...

Fatty acid synthesis and degradation-associated genes differentially expressed between low-protein, high-energy heifers and low-protein, low-energy heifers.

Hilde K. L. Wærp (5774384)
Sinéad M. Waters (633582)
Matthew S. McCabe (385553)
Paul Cormican (147333)
Ragnar Salte (5774387)

September 2018

Fatty acid synthesis and degradation-associated genes differentially expressed between low-protein, ...

Residual feed intake phenotype and gender affect the expression of key genes of the lipogenesis pathway in subcutaneous adipose tissue of beef cattle

McKenna, Clare
Porter, Richard K
Keogh, Kate
Waters, Sinead M.
McGee, Mark
Kenny, David A.

October 2018

Background Feed accounts for up to 75% of costs in beef production systems, thus any...

Analysis of biological networks and biological pathways associated with residual feed intake in beef cattle

Karisa, Brian
Moore, Stephen
Plastow, Graham

April 2014

In this study, biological networks were reconstructed from genes and metabolites significantly assoc...

Effect of divergence in phenotypic residual feed intake on methane emissions, ruminal fermentation, and apparent whole-tract digestibility of beef heifers across three contrasting diets

Mcdonnell, R. P.
Hart, K. J.
Boland, T. M.
Kelly, A. K.
McGee, M.
Kenny, D. A.

February 2016

This study aimed to examine the effect of divergent phenotypic ranking for residual feed intake (RFI...

Residual feed intake phenotype and gender affect the expression of key genes of the lipogenesis pathway in adipose tissue of beef cattle

Porter, Richard

January 2018

Background: Feed accounts for up to 75% of costs in beef production systems, thus any improvement in...

et al

Chaiyapoom Bunchasak
Apassara Choothesa

January 2006

Metabolic adaptation during feed deprivation was determined in five Kamphaengsaen (KPS) and six cros...

Animal performance and classical plasma blood metabolites across Low vs. High residual feed intake (RFI) heifers.

Ezequiel Jorge-Smeding (13210557)
Sergio Polakof (351228)
Muriel Bonnet (743493)
Stephanie Durand (14192815)
Delphine Centeno (6257954)
Mélanie Pétéra (6257948)
Sébastien Taussat (6902357)
Gonzalo Cantalapiedra-Hijar (4559053)

November 2022

Data is presented as least square means and standard error of the mean (SEM).</p

Sources of biological variation in residual feed intake in beef cattle

Lancaster, Phillip Allan

May 2009

Objectives of this study were to characterize residual feed intake (RFI) in growing calves and to ex...

Genes associated with mitochondrial function, differentially expressed between low-protein fed heifers on high- (LPHE) or low- (LPLE) energy diets.

Hilde K. L. Wærp (5774384)
Sinéad M. Waters (633582)
Matthew S. McCabe (385553)
Paul Cormican (147333)
Ragnar Salte (5774387)

September 2018

Red colour indicate upregulated, and green colour indicate downregulated genes in LPHE versus LPLE h...

Ingenuity pathway analysis of differentially expressed genes (P < 0.05) from adipose tissues from cows with greater gain between feed restriction and realimentation sample collection, and for cows with lesser gain between feed restriction and realimentation.

Hannah Crocker Cunningham (4955974)
Kristi M. Cammack (4955977)
Kristin E. Hales (4955980)
Harvey C. Freetly (487365)
Amanda K. Lindholm-Perry (487358)

March 2018

Ingenuity pathway analysis of differentially expressed genes (P < 0.05) from adipose tissu...

Carbohydrate metabolism-associated genes differentially expressed between low-protein, high-energy- and low-protein, low-energy fed heifers.

Hilde K. L. Wærp (5774384)
Sinéad M. Waters (633582)
Matthew S. McCabe (385553)
Paul Cormican (147333)
Ragnar Salte (5774387)

September 2018

Carbohydrate metabolism-associated genes differentially expressed between low-protein, high-energy- ...

Main pathways differentially expressed between high-protein/ high-energy (HPHE) and high-protein/ low-energy (HPLE) fed heifers.

Hilde K. L. Wærp (5774384)
Sinéad M. Waters (633582)
Matthew S. McCabe (385553)
Paul Cormican (147333)
Ragnar Salte (5774387)

September 2018

Red bars indicate percent upregulated, and green bars indicate percent downregulated genes in the pa...

Metabolomics reveals changes in urea cycle associated to residual feed intake in growing heifers

Jorge Smeding, Ernesto Ezequiel
Renand, Gilles
Centeno, Delphine
Pétéra, Mélanie
Durand, Stéphanie
Polakof, Sergio
Cantalapiedra-Hijar, Gonzalo

September 2019

Metabolomics reveals changes in urea cycle associated to residual feed intake in growing heifers. 6....

Metabolites identified through ion annotation and further confirmed by standards which were affected (raw-P < 0.05) by residual feed intake class (Low vs High) in beef heifers.

Ezequiel Jorge-Smeding (13210557)
Sergio Polakof (351228)
Muriel Bonnet (743493)
Stephanie Durand (14192815)
Delphine Centeno (6257954)
Mélanie Pétéra (6257948)
Sébastien Taussat (6902357)
Gonzalo Cantalapiedra-Hijar (4559053)

November 2022

Metabolites identified through ion annotation and further confirmed by standards which were affected...

Untargeted metabolomics confirms the association between plasma branched chain amino acids and residual feed intake in beef heifers

Jorge-Smeding, Ezequiel
Polakof, Sergio
Bonnet, Muriel
Durand, Stephanie
Centeno, Delphine
Pétéra, Mélanie
Taussat, Sébastien
Cantalapiedra-Hijar, Gonzalo

November 2022

International audienceThis study explored plasma biomarkers and metabolic pathways underlying feed e...

Fatty acid synthesis and degradation-associated genes differentially expressed between low-protein, high-energy heifers and low-protein, low-energy heifers.

Hilde K. L. Wærp (5774384)
Sinéad M. Waters (633582)
Matthew S. McCabe (385553)
Paul Cormican (147333)
Ragnar Salte (5774387)

September 2018

Fatty acid synthesis and degradation-associated genes differentially expressed between low-protein, ...

Residual feed intake phenotype and gender affect the expression of key genes of the lipogenesis pathway in subcutaneous adipose tissue of beef cattle

McKenna, Clare
Porter, Richard K
Keogh, Kate
Waters, Sinead M.
McGee, Mark
Kenny, David A.

October 2018

Background Feed accounts for up to 75% of costs in beef production systems, thus any...

Analysis of biological networks and biological pathways associated with residual feed intake in beef cattle

Karisa, Brian
Moore, Stephen
Plastow, Graham

April 2014

In this study, biological networks were reconstructed from genes and metabolites significantly assoc...

Effect of divergence in phenotypic residual feed intake on methane emissions, ruminal fermentation, and apparent whole-tract digestibility of beef heifers across three contrasting diets

Mcdonnell, R. P.
Hart, K. J.
Boland, T. M.
Kelly, A. K.
McGee, M.
Kenny, D. A.

February 2016

This study aimed to examine the effect of divergent phenotypic ranking for residual feed intake (RFI...

Residual feed intake phenotype and gender affect the expression of key genes of the lipogenesis pathway in adipose tissue of beef cattle

Porter, Richard

January 2018

Background: Feed accounts for up to 75% of costs in beef production systems, thus any improvement in...

et al

Chaiyapoom Bunchasak
Apassara Choothesa

January 2006

Metabolic adaptation during feed deprivation was determined in five Kamphaengsaen (KPS) and six cros...

Animal performance and classical plasma blood metabolites across Low vs. High residual feed intake (RFI) heifers.

Ezequiel Jorge-Smeding (13210557)
Sergio Polakof (351228)
Muriel Bonnet (743493)
Stephanie Durand (14192815)
Delphine Centeno (6257954)
Mélanie Pétéra (6257948)
Sébastien Taussat (6902357)
Gonzalo Cantalapiedra-Hijar (4559053)

November 2022

Data is presented as least square means and standard error of the mean (SEM).</p

Sources of biological variation in residual feed intake in beef cattle

Lancaster, Phillip Allan

May 2009

Objectives of this study were to characterize residual feed intake (RFI) in growing calves and to ex...

Genes associated with mitochondrial function, differentially expressed between low-protein fed heifers on high- (LPHE) or low- (LPLE) energy diets.

Hilde K. L. Wærp (5774384)
Sinéad M. Waters (633582)
Matthew S. McCabe (385553)
Paul Cormican (147333)
Ragnar Salte (5774387)

September 2018

Red colour indicate upregulated, and green colour indicate downregulated genes in LPHE versus LPLE h...

Ingenuity pathway analysis of differentially expressed genes (P < 0.05) from adipose tissues from cows with greater gain between feed restriction and realimentation sample collection, and for cows with lesser gain between feed restriction and realimentation.

Hannah Crocker Cunningham (4955974)
Kristi M. Cammack (4955977)
Kristin E. Hales (4955980)
Harvey C. Freetly (487365)
Amanda K. Lindholm-Perry (487358)

March 2018

Ingenuity pathway analysis of differentially expressed genes (P < 0.05) from adipose tissu...

Metabolic pathways identified to be differentially altered among contrasting residual feed intake (RFI) Charolais heifers.

Abstract

Extracted data

Metabolic pathways identified to be differentially altered among contrasting residual feed intake (RFI) Charolais heifers.

Abstract

Extracted data

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