Identification of long-term regulated genes in the liver of N pigs responsive to 3-week feed restriction (T2, age d 98) and after 5 weeks of refeeding (T3, age d 131).

Transcriptional Profiling of the Caloric Restriction in Key Metabolic Tissues of Pigs Differing in Feed Efficiency

Lkhagvadorj, Sender
Qu, Long
Cai, Weiguo
Couture, Oliver
Anderson, Lloyd L.
Dekkers, Jack C.M.
Nettleton, Daniel S.
Tuggler, Christopher K.

January 2010

Residual feed intake is a measure of feed efficiency, where low RFI denotes high feed efficiency. C...

Body weight development of U and N pigs after feed restriction (T2) and refeeding (T3).

Constance Nebendahl (486992)
Ricarda Krüger (486993)
Solvig Görs (317347)
Elke Albrecht (170523)
Karen Martens (486994)
Steffen Hennig (486995)
Niels Storm (486996)
Wolfgang Höppner (486997)
Ralf Pfuhl (314316)
Barbara U. Metzler-Zebeli (486998)
Harald M. Hammon (317346)
Cornelia C. Metges (213492)

November 2013

Pigs with low (0.8–1.1 kg, U, n = 21) or normal birth weight (1.4–1.6 kg, N, n = 21) were subject...

Whole blood transcriptomics is relevant to identify molecular changes in response to genetic selection for feed efficiency and nutritional status in the pig

Jégou, Maëva
Gondret, Florence
Vincent, Annie
Trefeu, Christine
Gilbert, Hélène
Louveau, Isabelle

January 2016

The molecular mechanisms underlying feed efficiency need to be better understood to improve animal e...

Identification of long-term regulated genes in the liver of U pigs responsive to 3-week feed restriction (T2, age d 98) and after 5 weeks of refeeding (T3, age d 131).

Constance Nebendahl (486992)
Ricarda Krüger (486993)
Solvig Görs (317347)
Elke Albrecht (170523)
Karen Martens (486994)
Steffen Hennig (486995)
Niels Storm (486996)
Wolfgang Höppner (486997)
Ralf Pfuhl (314316)
Barbara U. Metzler-Zebeli (486998)
Harald M. Hammon (317346)
Cornelia C. Metges (213492)

November 2013

Identification of long-term regulated genes in the liver of U pigs responsive to 3-week feed rest...

Identification of differentially regulated genes involved in inflammatory processes in the liver of U pigs after 3 weeks of feed restriction (age d 98).

Constance Nebendahl (486992)
Ricarda Krüger (486993)
Solvig Görs (317347)
Elke Albrecht (170523)
Karen Martens (486994)
Steffen Hennig (486995)
Niels Storm (486996)
Wolfgang Höppner (486997)
Ralf Pfuhl (314316)
Barbara U. Metzler-Zebeli (486998)
Harald M. Hammon (317346)
Cornelia C. Metges (213492)

November 2013

Identification of differentially regulated genes involved in inflammatory processes in the liver ...

Identification of differentially regulated genes involved in amino acid metabolism in the liver of U pigs after 3 weeks of feed restriction (age d 98).

Constance Nebendahl (486992)
Ricarda Krüger (486993)
Solvig Görs (317347)
Elke Albrecht (170523)
Karen Martens (486994)
Steffen Hennig (486995)
Niels Storm (486996)
Wolfgang Höppner (486997)
Ralf Pfuhl (314316)
Barbara U. Metzler-Zebeli (486998)
Harald M. Hammon (317346)
Cornelia C. Metges (213492)

November 2013

Identification of differentially regulated genes involved in amino acid metabolism in the liver o...

Effects of 3-week feed restriction (age d 98), 5-day (age d 104) and 5-weeks refeeding (age d 131) on body weight development in U and N pigs used for liver tissue studies.

Constance Nebendahl (486992)
Ricarda Krüger (486993)
Solvig Görs (317347)
Elke Albrecht (170523)
Karen Martens (486994)
Steffen Hennig (486995)
Niels Storm (486996)
Wolfgang Höppner (486997)
Ralf Pfuhl (314316)
Barbara U. Metzler-Zebeli (486998)
Harald M. Hammon (317346)
Cornelia C. Metges (213492)

November 2013

***P≤0.001 between groups per time point,#n = 21 per group;§n = 3 per group.</p

Use of Transcriptional Profiling and Assessment of Blood Parameters to Understand Biological Mechanisms Controlling Feed Intake and Efficiency in Pigs

Lkhagvadorj, Sender
Qu, Long
Cai, Weiguo
Couture, Oliver
Wang, Yanfeng
Anderson, Lloyd L.
Dekkers, Jack C.M.
Nettleton, Daniel S.
Tuggle, Christopher K.

January 2007

In this study, using transcriptional profiling of key tissues, we aimed to identify genetic mechani...

“Top 10” regulated genes in the liver of 75 d old pigs with low (U) and normal (N) birth weight.

Constance Nebendahl (486992)
Ricarda Krüger (486993)
Solvig Görs (317347)
Elke Albrecht (170523)
Karen Martens (486994)
Steffen Hennig (486995)
Niels Storm (486996)
Wolfgang Höppner (486997)
Ralf Pfuhl (314316)
Barbara U. Metzler-Zebeli (486998)
Harald M. Hammon (317346)
Cornelia C. Metges (213492)

November 2013

“Top 10” regulated genes in the liver of 75 d old pigs with low (U) and normal (N) birth weight.<...

Genes for growth rate are expressed differently on restricted and ad libitum feeding regimens

Nguyen, N.H.
McPhee, C.P.
Daniels, L.J.

January 2001

Different genes affect the growth rate of pigs on different levels of feeding. Selection for growth ...

Effects of selection for low residual feed intake and feed restriction on gene expression profiles and thyroid axis in pigs

Lkhagvadorj, Sender

January 2010

The overall purpose of this thesis project was to identify genetic mechanisms associated with differ...

Effects of 3-weeks feed restriction (R, T2) on LD size in the liver of U and N pigs.

Constance Nebendahl (486992)
Ricarda Krüger (486993)
Solvig Görs (317347)
Elke Albrecht (170523)
Karen Martens (486994)
Steffen Hennig (486995)
Niels Storm (486996)
Wolfgang Höppner (486997)
Ralf Pfuhl (314316)
Barbara U. Metzler-Zebeli (486998)
Harald M. Hammon (317346)
Cornelia C. Metges (213492)

November 2013

Reading example URT2 vs. UKT2: The total mean area of LD% in URT2 pigs was reduced by 58.3% as co...

Gene expression profiling of the short-term adaptive response to acute caloric restriction in liver and adipose tissues of pigs differing in feed efficiency

Lkhagvadorj, Sender
Qu, Long
Cai, Weiguo
Couture, Oliver P.
Barb, C. Richard
Hausman, Gary J.
Nettleton, Dan
Anderson, Lloyd L.
Dekkers, Jack C. M.
Tuggle, Christopher K.

February 2010

Residual feed intake (RFI) is a measure of feed efficiency, in which low RFI denotes improved feed e...

Divergent selection for residual feed intake affects the transcriptomic and proteomic profiles of pig skeletal muscle

Vincent, Annie
Louveau, Isabelle
Gondret, Florence
Trefeu, Christine
Gilbert, Hélène
Lefaucheur, Louis

January 2015

Improving feed efficiency is a relevant strategy to reduce feed cost and environmental waste in live...

A transcriptome multi-tissue analysis identifies biological pathways and genes associated with variations in feed efficiency of growing pigs

Gondret, Florence
Vincent, Annie
Houée-Bigot, Magalie
Siegel, Anne
Lagarrigue, Sandrine
Causeur, David
Gilbert, Hélène
Louveau, Isabelle

January 2017

International audienceBackground - Animal's efficiency in converting feed into lean gain is a critic...

Transcriptional Profiling of the Caloric Restriction in Key Metabolic Tissues of Pigs Differing in Feed Efficiency

Lkhagvadorj, Sender
Qu, Long
Cai, Weiguo
Couture, Oliver
Anderson, Lloyd L.
Dekkers, Jack C.M.
Nettleton, Daniel S.
Tuggler, Christopher K.

January 2010

Residual feed intake is a measure of feed efficiency, where low RFI denotes high feed efficiency. C...

Body weight development of U and N pigs after feed restriction (T2) and refeeding (T3).

Constance Nebendahl (486992)
Ricarda Krüger (486993)
Solvig Görs (317347)
Elke Albrecht (170523)
Karen Martens (486994)
Steffen Hennig (486995)
Niels Storm (486996)
Wolfgang Höppner (486997)
Ralf Pfuhl (314316)
Barbara U. Metzler-Zebeli (486998)
Harald M. Hammon (317346)
Cornelia C. Metges (213492)

November 2013

Pigs with low (0.8–1.1 kg, U, n = 21) or normal birth weight (1.4–1.6 kg, N, n = 21) were subject...

Whole blood transcriptomics is relevant to identify molecular changes in response to genetic selection for feed efficiency and nutritional status in the pig

Jégou, Maëva
Gondret, Florence
Vincent, Annie
Trefeu, Christine
Gilbert, Hélène
Louveau, Isabelle

January 2016

The molecular mechanisms underlying feed efficiency need to be better understood to improve animal e...

Identification of long-term regulated genes in the liver of U pigs responsive to 3-week feed restriction (T2, age d 98) and after 5 weeks of refeeding (T3, age d 131).

Constance Nebendahl (486992)
Ricarda Krüger (486993)
Solvig Görs (317347)
Elke Albrecht (170523)
Karen Martens (486994)
Steffen Hennig (486995)
Niels Storm (486996)
Wolfgang Höppner (486997)
Ralf Pfuhl (314316)
Barbara U. Metzler-Zebeli (486998)
Harald M. Hammon (317346)
Cornelia C. Metges (213492)

November 2013

Identification of long-term regulated genes in the liver of U pigs responsive to 3-week feed rest...

Identification of differentially regulated genes involved in inflammatory processes in the liver of U pigs after 3 weeks of feed restriction (age d 98).

Constance Nebendahl (486992)
Ricarda Krüger (486993)
Solvig Görs (317347)
Elke Albrecht (170523)
Karen Martens (486994)
Steffen Hennig (486995)
Niels Storm (486996)
Wolfgang Höppner (486997)
Ralf Pfuhl (314316)
Barbara U. Metzler-Zebeli (486998)
Harald M. Hammon (317346)
Cornelia C. Metges (213492)

November 2013

Identification of differentially regulated genes involved in inflammatory processes in the liver ...

Identification of differentially regulated genes involved in amino acid metabolism in the liver of U pigs after 3 weeks of feed restriction (age d 98).

Constance Nebendahl (486992)
Ricarda Krüger (486993)
Solvig Görs (317347)
Elke Albrecht (170523)
Karen Martens (486994)
Steffen Hennig (486995)
Niels Storm (486996)
Wolfgang Höppner (486997)
Ralf Pfuhl (314316)
Barbara U. Metzler-Zebeli (486998)
Harald M. Hammon (317346)
Cornelia C. Metges (213492)

November 2013

Identification of differentially regulated genes involved in amino acid metabolism in the liver o...

Effects of 3-week feed restriction (age d 98), 5-day (age d 104) and 5-weeks refeeding (age d 131) on body weight development in U and N pigs used for liver tissue studies.

Constance Nebendahl (486992)
Ricarda Krüger (486993)
Solvig Görs (317347)
Elke Albrecht (170523)
Karen Martens (486994)
Steffen Hennig (486995)
Niels Storm (486996)
Wolfgang Höppner (486997)
Ralf Pfuhl (314316)
Barbara U. Metzler-Zebeli (486998)
Harald M. Hammon (317346)
Cornelia C. Metges (213492)

November 2013

***P≤0.001 between groups per time point,#n = 21 per group;§n = 3 per group.</p

Use of Transcriptional Profiling and Assessment of Blood Parameters to Understand Biological Mechanisms Controlling Feed Intake and Efficiency in Pigs

Lkhagvadorj, Sender
Qu, Long
Cai, Weiguo
Couture, Oliver
Wang, Yanfeng
Anderson, Lloyd L.
Dekkers, Jack C.M.
Nettleton, Daniel S.
Tuggle, Christopher K.

January 2007

In this study, using transcriptional profiling of key tissues, we aimed to identify genetic mechani...

“Top 10” regulated genes in the liver of 75 d old pigs with low (U) and normal (N) birth weight.

Constance Nebendahl (486992)
Ricarda Krüger (486993)
Solvig Görs (317347)
Elke Albrecht (170523)
Karen Martens (486994)
Steffen Hennig (486995)
Niels Storm (486996)
Wolfgang Höppner (486997)
Ralf Pfuhl (314316)
Barbara U. Metzler-Zebeli (486998)
Harald M. Hammon (317346)
Cornelia C. Metges (213492)

November 2013

“Top 10” regulated genes in the liver of 75 d old pigs with low (U) and normal (N) birth weight.<...

Genes for growth rate are expressed differently on restricted and ad libitum feeding regimens

Nguyen, N.H.
McPhee, C.P.
Daniels, L.J.

January 2001

Different genes affect the growth rate of pigs on different levels of feeding. Selection for growth ...

Effects of selection for low residual feed intake and feed restriction on gene expression profiles and thyroid axis in pigs

Lkhagvadorj, Sender

January 2010

The overall purpose of this thesis project was to identify genetic mechanisms associated with differ...

Effects of 3-weeks feed restriction (R, T2) on LD size in the liver of U and N pigs.

Constance Nebendahl (486992)
Ricarda Krüger (486993)
Solvig Görs (317347)
Elke Albrecht (170523)
Karen Martens (486994)
Steffen Hennig (486995)
Niels Storm (486996)
Wolfgang Höppner (486997)
Ralf Pfuhl (314316)
Barbara U. Metzler-Zebeli (486998)
Harald M. Hammon (317346)
Cornelia C. Metges (213492)

November 2013

Reading example URT2 vs. UKT2: The total mean area of LD% in URT2 pigs was reduced by 58.3% as co...

Gene expression profiling of the short-term adaptive response to acute caloric restriction in liver and adipose tissues of pigs differing in feed efficiency

Lkhagvadorj, Sender
Qu, Long
Cai, Weiguo
Couture, Oliver P.
Barb, C. Richard
Hausman, Gary J.
Nettleton, Dan
Anderson, Lloyd L.
Dekkers, Jack C. M.
Tuggle, Christopher K.

February 2010

Residual feed intake (RFI) is a measure of feed efficiency, in which low RFI denotes improved feed e...

Divergent selection for residual feed intake affects the transcriptomic and proteomic profiles of pig skeletal muscle

Vincent, Annie
Louveau, Isabelle
Gondret, Florence
Trefeu, Christine
Gilbert, Hélène
Lefaucheur, Louis

January 2015

Improving feed efficiency is a relevant strategy to reduce feed cost and environmental waste in live...

A transcriptome multi-tissue analysis identifies biological pathways and genes associated with variations in feed efficiency of growing pigs

Gondret, Florence
Vincent, Annie
Houée-Bigot, Magalie
Siegel, Anne
Lagarrigue, Sandrine
Causeur, David
Gilbert, Hélène
Louveau, Isabelle

January 2017

International audienceBackground - Animal's efficiency in converting feed into lean gain is a critic...

Transcriptional Profiling of the Caloric Restriction in Key Metabolic Tissues of Pigs Differing in Feed Efficiency

Lkhagvadorj, Sender
Qu, Long
Cai, Weiguo
Couture, Oliver
Anderson, Lloyd L.
Dekkers, Jack C.M.
Nettleton, Daniel S.
Tuggler, Christopher K.

January 2010

Residual feed intake is a measure of feed efficiency, where low RFI denotes high feed efficiency. C...

Body weight development of U and N pigs after feed restriction (T2) and refeeding (T3).

Constance Nebendahl (486992)
Ricarda Krüger (486993)
Solvig Görs (317347)
Elke Albrecht (170523)
Karen Martens (486994)
Steffen Hennig (486995)
Niels Storm (486996)
Wolfgang Höppner (486997)
Ralf Pfuhl (314316)
Barbara U. Metzler-Zebeli (486998)
Harald M. Hammon (317346)
Cornelia C. Metges (213492)

November 2013

Pigs with low (0.8–1.1 kg, U, n = 21) or normal birth weight (1.4–1.6 kg, N, n = 21) were subject...

Whole blood transcriptomics is relevant to identify molecular changes in response to genetic selection for feed efficiency and nutritional status in the pig

Jégou, Maëva
Gondret, Florence
Vincent, Annie
Trefeu, Christine
Gilbert, Hélène
Louveau, Isabelle

January 2016

The molecular mechanisms underlying feed efficiency need to be better understood to improve animal e...

Identification of long-term regulated genes in the liver of N pigs responsive to 3-week feed restriction (T2, age d 98) and after 5 weeks of refeeding (T3, age d 131).

Abstract

Extracted data

Identification of long-term regulated genes in the liver of N pigs responsive to 3-week feed restriction (T2, age d 98) and after 5 weeks of refeeding (T3, age d 131).

Abstract

Extracted data

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