Genes that changed most in expression (±≥10 FOLD) 24 h following spinal cord injury at P28.

Global gene expression analysis of rodent motor neurons following spinal cord injury associates molecular mechanisms with development of postinjury spasticity

Wienecke, J.
Westerdahl, A.-C.
Hultborn, H.
Kiehn, O.
Ryge, J.

May 2010

Spinal cord injury leads to severe problems involving impaired motor, sensory, and autonomic functio...

Gene transcripts, which encode for proteins involved in cellular structure, that are specifically regulated in the lumbar spinal cord after CCI, as determined by microarray analysis.

Paul J. Austin (729124)
Alison L. Bembrick (729125)
Gareth S. Denyer (729126)
Kevin A. Keay (729127)

April 2015

Changes in gene expression have been tested at both 2 and 6 days after CCI on pooled mRNA samples...

Gene transcripts, which encode for proteins involved in cellular signalling, that are specifically regulated in the lumbar spinal cord after CCI, as determined by microarray analysis.

Paul J. Austin (729124)
Alison L. Bembrick (729125)
Gareth S. Denyer (729126)
Kevin A. Keay (729127)

April 2015

Changes in gene expression have been tested at both 2 and 6 days after CCI on pooled mRNA samples...

Change in expression of neurite inhibitory and axon growth/guidance genes 24 h following spinal cord injury at P28.

Norman R. Saunders (141628)
Natassya M. Noor (195806)
Katarzyna M. Dziegielewska (141625)
Benjamin J. Wheaton (195816)
Shane A. Liddelow (177268)
David L. Steer (195811)
C. Joakim Ek (141616)
Mark D. Habgood (141619)
Matthew J. Wakefield (114499)
Helen Lindsay (47301)
Jessie Truettner (575724)
Robert D. Miller (134014)
A. Ian Smith (146340)
W. Dalton Dietrich (195828)

June 2014

Change in expression of neurite inhibitory and axon growth/guidance genes in rostral spinal cord ...

Comparison of expression levels of the twenty-six genes that changed expression in spinal cord 24 h following transection at both P7 and P28.

Norman R. Saunders (141628)
Natassya M. Noor (195806)
Katarzyna M. Dziegielewska (141625)
Benjamin J. Wheaton (195816)
Shane A. Liddelow (177268)
David L. Steer (195811)
C. Joakim Ek (141616)
Mark D. Habgood (141619)
Matthew J. Wakefield (114499)
Helen Lindsay (47301)
Jessie Truettner (575724)
Robert D. Miller (134014)
A. Ian Smith (146340)
W. Dalton Dietrich (195828)

June 2014

All but two of these genes (Timp1 and Stxbp2) were in the immune/inflammatory category. The magni...

Gene expression profile changes in the lumbar spinal cord at 1 and 3 weeks after thoracic spinal cord injury.

Hae Young Shin (521365)
Hyosil Kim (521366)
Min Jung Kwon (521367)
Dong Hoon Hwang (373746)
KiYoung Lee (3215823)
Byung Gon Kim (381835)

February 2014

(A-B) The number of genes differentially expressed (A, upregulated or B, downregulated) at 1 or 3...

Change in expression of extracellular matrix factor genes in 24

Norman R. Saunders (141628)
Natassya M. Noor (195806)
Katarzyna M. Dziegielewska (141625)
Benjamin J. Wheaton (195816)
Shane A. Liddelow (177268)
David L. Steer (195811)
C. Joakim Ek (141616)
Mark D. Habgood (141619)
Matthew J. Wakefield (114499)
Helen Lindsay (47301)
Jessie Truettner (575724)
Robert D. Miller (134014)
A. Ian Smith (146340)
W. Dalton Dietrich (195828)

June 2014

Change in expression of extracellular matrix (ECM) factor genes 24 h following spinal cord injury...

Change in expression of channel, synapse, neural receptor, actin, myosin and related genes 24

Norman R. Saunders (141628)
Natassya M. Noor (195806)
Katarzyna M. Dziegielewska (141625)
Benjamin J. Wheaton (195816)
Shane A. Liddelow (177268)
David L. Steer (195811)
C. Joakim Ek (141616)
Mark D. Habgood (141619)
Matthew J. Wakefield (114499)
Helen Lindsay (47301)
Jessie Truettner (575724)
Robert D. Miller (134014)
A. Ian Smith (146340)
W. Dalton Dietrich (195828)

June 2014

Change in expression of channel, synapse, neural receptor, actin, myosin and related genes 24 h f...

Changes in gene expression in spinal cord 24Monodelphis domestica.

Norman R. Saunders (141628)
Natassya M. Noor (195806)
Katarzyna M. Dziegielewska (141625)
Benjamin J. Wheaton (195816)
Shane A. Liddelow (177268)
David L. Steer (195811)
C. Joakim Ek (141616)
Mark D. Habgood (141619)
Matthew J. Wakefield (114499)
Helen Lindsay (47301)
Jessie Truettner (575724)
Robert D. Miller (134014)
A. Ian Smith (146340)
W. Dalton Dietrich (195828)

June 2014

Numbers of genes in each functional category that showed ±≥2 fold change compared to uninjured ag...

Gene expression analysis in the acute and subacute phases of spinal cord injury.

Daniela Cigognini (351349)
Alessandro Satta (351350)
Bianca Colleoni (351351)
Diego Silva (351352)
Matteo Donegà (351353)
Stefania Antonini (351355)
Fabrizio Gelain (24063)

February 2013

Semi-quantitative RT-PCR was employed to evaluate mRNA expression of several genes involved in de...

Bioinformatics analyses of differentially expressed genes associated with spinal cord injury: A microarray-based analysis in a mouse model

Lei Guo
Jing Lv
Yun-Fei Huang
Ding-Jun Hao
Ji-Jun Liu

January 2019

Gene spectrum analysis has shown that gene expression and signaling pathways change dramatically aft...

Fold changes for the 10 most up- and down-regulated genes in MRL/MpJ compare to C57BL/6 mice after spinal cord hemisection.

Sandrine Thuret (119458)
Michaela Thallmair (183731)
Laura L. Horky (183733)
Fred H. Gage (183736)

February 2012

The complete data set is available at <a href="http://genechip.salk.edu/rawdata/Thuret_MRL.zip" t...

Effect of delayed gene therapy treatment in spinal cord injury

October 2020

Gene therapies are being developed which seek to repair the spinal cord and give patients back their...

Bioinformatic analysis of the gene expression profile in muscle atrophy after spinal cord injury

Hui Huang
Jinju Xue
Jiaxuan Zheng
Haiquan Tian
Yehan Fang
Wei Wang
Guangji Wang
Dan Hou
Jianping Lin

November 2021

Abstract Spinal cord injury (SCI) is often accompanied by muscle atrophy; however, its underlying me...

MicroRNA dysregulation in the spinal cord following traumatic injury.

Mónica Yunta
Manuel Nieto-Díaz
Francisco J Esteban
Marcos Caballero-López
Rosa Navarro-Ruíz
David Reigada
D Wolfgang Pita-Thomas
Angela del Águila
Teresa Muñoz-Galdeano
Rodrigo M Maza

Spinal cord injury (SCI) triggers a multitude of pathophysiological events that are tightly regulate...

Global gene expression analysis of rodent motor neurons following spinal cord injury associates molecular mechanisms with development of postinjury spasticity

Wienecke, J.
Westerdahl, A.-C.
Hultborn, H.
Kiehn, O.
Ryge, J.

May 2010

Spinal cord injury leads to severe problems involving impaired motor, sensory, and autonomic functio...

Gene transcripts, which encode for proteins involved in cellular structure, that are specifically regulated in the lumbar spinal cord after CCI, as determined by microarray analysis.

Paul J. Austin (729124)
Alison L. Bembrick (729125)
Gareth S. Denyer (729126)
Kevin A. Keay (729127)

April 2015

Changes in gene expression have been tested at both 2 and 6 days after CCI on pooled mRNA samples...

Gene transcripts, which encode for proteins involved in cellular signalling, that are specifically regulated in the lumbar spinal cord after CCI, as determined by microarray analysis.

Paul J. Austin (729124)
Alison L. Bembrick (729125)
Gareth S. Denyer (729126)
Kevin A. Keay (729127)

April 2015

Changes in gene expression have been tested at both 2 and 6 days after CCI on pooled mRNA samples...

Change in expression of neurite inhibitory and axon growth/guidance genes 24 h following spinal cord injury at P28.

Norman R. Saunders (141628)
Natassya M. Noor (195806)
Katarzyna M. Dziegielewska (141625)
Benjamin J. Wheaton (195816)
Shane A. Liddelow (177268)
David L. Steer (195811)
C. Joakim Ek (141616)
Mark D. Habgood (141619)
Matthew J. Wakefield (114499)
Helen Lindsay (47301)
Jessie Truettner (575724)
Robert D. Miller (134014)
A. Ian Smith (146340)
W. Dalton Dietrich (195828)

June 2014

Change in expression of neurite inhibitory and axon growth/guidance genes in rostral spinal cord ...

Comparison of expression levels of the twenty-six genes that changed expression in spinal cord 24 h following transection at both P7 and P28.

Norman R. Saunders (141628)
Natassya M. Noor (195806)
Katarzyna M. Dziegielewska (141625)
Benjamin J. Wheaton (195816)
Shane A. Liddelow (177268)
David L. Steer (195811)
C. Joakim Ek (141616)
Mark D. Habgood (141619)
Matthew J. Wakefield (114499)
Helen Lindsay (47301)
Jessie Truettner (575724)
Robert D. Miller (134014)
A. Ian Smith (146340)
W. Dalton Dietrich (195828)

June 2014

All but two of these genes (Timp1 and Stxbp2) were in the immune/inflammatory category. The magni...

Gene expression profile changes in the lumbar spinal cord at 1 and 3 weeks after thoracic spinal cord injury.

Hae Young Shin (521365)
Hyosil Kim (521366)
Min Jung Kwon (521367)
Dong Hoon Hwang (373746)
KiYoung Lee (3215823)
Byung Gon Kim (381835)

February 2014

(A-B) The number of genes differentially expressed (A, upregulated or B, downregulated) at 1 or 3...

Change in expression of extracellular matrix factor genes in 24

Norman R. Saunders (141628)
Natassya M. Noor (195806)
Katarzyna M. Dziegielewska (141625)
Benjamin J. Wheaton (195816)
Shane A. Liddelow (177268)
David L. Steer (195811)
C. Joakim Ek (141616)
Mark D. Habgood (141619)
Matthew J. Wakefield (114499)
Helen Lindsay (47301)
Jessie Truettner (575724)
Robert D. Miller (134014)
A. Ian Smith (146340)
W. Dalton Dietrich (195828)

June 2014

Change in expression of extracellular matrix (ECM) factor genes 24 h following spinal cord injury...

Change in expression of channel, synapse, neural receptor, actin, myosin and related genes 24

Norman R. Saunders (141628)
Natassya M. Noor (195806)
Katarzyna M. Dziegielewska (141625)
Benjamin J. Wheaton (195816)
Shane A. Liddelow (177268)
David L. Steer (195811)
C. Joakim Ek (141616)
Mark D. Habgood (141619)
Matthew J. Wakefield (114499)
Helen Lindsay (47301)
Jessie Truettner (575724)
Robert D. Miller (134014)
A. Ian Smith (146340)
W. Dalton Dietrich (195828)

June 2014

Change in expression of channel, synapse, neural receptor, actin, myosin and related genes 24 h f...

Changes in gene expression in spinal cord 24Monodelphis domestica.

Norman R. Saunders (141628)
Natassya M. Noor (195806)
Katarzyna M. Dziegielewska (141625)
Benjamin J. Wheaton (195816)
Shane A. Liddelow (177268)
David L. Steer (195811)
C. Joakim Ek (141616)
Mark D. Habgood (141619)
Matthew J. Wakefield (114499)
Helen Lindsay (47301)
Jessie Truettner (575724)
Robert D. Miller (134014)
A. Ian Smith (146340)
W. Dalton Dietrich (195828)

June 2014

Numbers of genes in each functional category that showed ±≥2 fold change compared to uninjured ag...

Gene expression analysis in the acute and subacute phases of spinal cord injury.

Daniela Cigognini (351349)
Alessandro Satta (351350)
Bianca Colleoni (351351)
Diego Silva (351352)
Matteo Donegà (351353)
Stefania Antonini (351355)
Fabrizio Gelain (24063)

February 2013

Semi-quantitative RT-PCR was employed to evaluate mRNA expression of several genes involved in de...

Bioinformatics analyses of differentially expressed genes associated with spinal cord injury: A microarray-based analysis in a mouse model

Lei Guo
Jing Lv
Yun-Fei Huang
Ding-Jun Hao
Ji-Jun Liu

January 2019

Gene spectrum analysis has shown that gene expression and signaling pathways change dramatically aft...

Fold changes for the 10 most up- and down-regulated genes in MRL/MpJ compare to C57BL/6 mice after spinal cord hemisection.

Sandrine Thuret (119458)
Michaela Thallmair (183731)
Laura L. Horky (183733)
Fred H. Gage (183736)

February 2012

The complete data set is available at <a href="http://genechip.salk.edu/rawdata/Thuret_MRL.zip" t...

Effect of delayed gene therapy treatment in spinal cord injury

October 2020

Gene therapies are being developed which seek to repair the spinal cord and give patients back their...

Bioinformatic analysis of the gene expression profile in muscle atrophy after spinal cord injury

Hui Huang
Jinju Xue
Jiaxuan Zheng
Haiquan Tian
Yehan Fang
Wei Wang
Guangji Wang
Dan Hou
Jianping Lin

November 2021

Abstract Spinal cord injury (SCI) is often accompanied by muscle atrophy; however, its underlying me...

MicroRNA dysregulation in the spinal cord following traumatic injury.

Mónica Yunta
Manuel Nieto-Díaz
Francisco J Esteban
Marcos Caballero-López
Rosa Navarro-Ruíz
David Reigada
D Wolfgang Pita-Thomas
Angela del Águila
Teresa Muñoz-Galdeano
Rodrigo M Maza

Spinal cord injury (SCI) triggers a multitude of pathophysiological events that are tightly regulate...

Global gene expression analysis of rodent motor neurons following spinal cord injury associates molecular mechanisms with development of postinjury spasticity

Wienecke, J.
Westerdahl, A.-C.
Hultborn, H.
Kiehn, O.
Ryge, J.

May 2010

Spinal cord injury leads to severe problems involving impaired motor, sensory, and autonomic functio...

Gene transcripts, which encode for proteins involved in cellular structure, that are specifically regulated in the lumbar spinal cord after CCI, as determined by microarray analysis.

Paul J. Austin (729124)
Alison L. Bembrick (729125)
Gareth S. Denyer (729126)
Kevin A. Keay (729127)

April 2015

Changes in gene expression have been tested at both 2 and 6 days after CCI on pooled mRNA samples...

Gene transcripts, which encode for proteins involved in cellular signalling, that are specifically regulated in the lumbar spinal cord after CCI, as determined by microarray analysis.

Paul J. Austin (729124)
Alison L. Bembrick (729125)
Gareth S. Denyer (729126)
Kevin A. Keay (729127)

April 2015

Changes in gene expression have been tested at both 2 and 6 days after CCI on pooled mRNA samples...

Genes that changed most in expression (±≥10 FOLD) 24 h following spinal cord injury at P28.

Abstract

Extracted data

Genes that changed most in expression (±≥10 FOLD) 24 h following spinal cord injury at P28.

Abstract

Extracted data

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