Enriched Gene Ontology (GO) Terms between 21-day-old wild-type and carrier thymus.

Gene ontology (GO) analysis of the time course.

Ron Stewart (114673)
Cynthia Alexander Rascón (386638)
Shulan Tian (386639)
Jeff Nie (5707)
Chris Barry (374156)
Li-Fang Chu (386640)
Hamisha Ardalani (386641)
Ryan J. Wagner (386642)
Mitchell D. Probasco (386643)
Jennifer M. Bolin (386644)
Ning Leng (386645)
Srikumar Sengupta (259261)
Michael Volkmer (4850)
Bianca Habermann (4847)
Elly M. Tanaka (228562)
James A. Thomson (386646)
Colin N. Dewey (257084)

March 2013

GO enrichment of molecular function (MF) and biological process (BP) level 5 GO terms during the ...

Gene Ontology terms significantly enriched (p<0.05) in the set of genes differentially expressed between high risk and low risk.

Arivazhagan Arimappamagan (408594)
Kumaravel Somasundaram (225763)
Kandavel Thennarasu (408595)
Sreekanthreddy Peddagangannagari (408596)
Harish Srinivasan (408597)
Bangalore C. Shailaja (408598)
Cini Samuel (408599)
Irene Rosita Pia Patric (225756)
Sudhanshu Shukla (408600)
Balaram Thota (408601)
Krishnarao Venkatesh Prasanna (408602)
Paritosh Pandey (408603)
Anandh Balasubramaniam (408604)
Vani Santosh (408605)
Bangalore Ashwathnarayanara Chandramouli (408606)
Alangar Sathyaranjandas Hegde (408607)
Paturu Kondaiah (73230)
Manchanahalli R. Sathyanarayana Rao (408608)

April 2013

Gene Ontology terms significantly enriched (p<0.05) in the set of genes differentially expressed ...

Extension and integration of the gene ontology (GO): combining GO vocabularies with external vocabularies.

Hill, D P
Blake, J A
Richardson, J E
Ringwald, M

January 2002

Structured vocabulary development enhances the management of information in biological databases. As...

Significantly enriched Gene Ontology (GO) terms among the 199 genes overlapping in the top 1000 list of differential gene expression in both 28 days old (post-restraint) and 213 days old male chickens.

Magnus Elfwing (613054)
Daniel Nätt (371500)
Vivian C. Goerlich-Jansson (739893)
Mia Persson (739894)
Jonas Hjelm (739895)
Per Jensen (27629)

May 2015

The table shows the GO-term assigned by the software DAVID, the number of genes in the category (...

Gene Ontology (GO) terms enriched with differentially expressed genes (P<0.05).

Yaokun Li (757527)
José A. Carrillo (757240)
Yi Ding (172783)
Yanghua He (155475)
Chunping Zhao (757239)
Jianan Liu (795133)
George E. Liu (392284)
Linsen Zan (727236)
Jiuzhou Song (41834)

September 2015

*Number of the differentially expressed genes in the categoryGene Ontology (GO) terms enri...

Gene ontology (GO) clustering and selected significantly enriched GO terms of DMCs and DMR-associated genes.

A. Niloya Troyee (16954564)
Cristian Peña-Ponton (16954567)
Mónica Medrano (437606)
Koen J. F. Verhoeven (12533266)
Conchita Alonso (3294657)

September 2023

Gene ontology (GO) clustering and selected significantly enriched GO terms of DMCs and DMR-associate...

Enriched gene ontology (GO) terms belonging to biological processes.

Mariana A. Argenziano (309609)
Michael Xavier Doss (30403)
Megan Tabler (6693974)
Agapios Sachinidis (30414)
Charles Antzelevitch (316845)

May 2019

Enriched GO terms upregulated differentially expressed genes for comparisons between early and late ...

Gene Ontology (GO) terms for the transcriptomic sequences of M. nipponense.

Keyi Ma (157188)
Gaofeng Qiu (157192)
Jianbin Feng (157196)
Jiale Li (103362)

June 2012

Gene Ontology (GO) terms for the transcriptomic sequences of M. nipponense.</p

Enriched gene ontology (GO) terms.

Chao Ma (207385)
Jingjing Yang (119262)
Qing Cheng (145897)
Aijun Mao (4739817)
Jian Zhang (1682)
Shiping Wang (13805)
Yiqun Weng (128212)
Changlong Wen (664508)

January 2018

The figure provides a list of enriched GO terms within the biological process category identified...

Gene Ontology (GO) terms found to be significantly over-represented in HVC and RA across breeding states.

Christopher K. Thompson (170958)
John Meitzen (170962)
Kirstin Replogle (46753)
Jenny Drnevich (170966)
Karin L. Lent (170969)
Anne Marie Wissman (170971)
Federico M. Farin (128418)
Theo K. Bammler (128417)
Richard P. Beyer (128416)
David F. Clayton (170979)
David J. Perkel (170983)
Eliot A. Brenowitz (170987)

April 2012

Gene Ontology (GO) terms found to be significantly over-represented in HVC and RA across breeding...

Gene Ontology (GO) terms for the transcriptomic sequences of L. aurea.

Ren Wang (188650)
Sheng Xu (400895)
Yumei Jiang (400896)
Jingwei Jiang (400897)
Xiaodan Li (132227)
Lijian Liang (400898)
Jia He (89641)
Feng Peng (400899)
Bing Xia (76986)

April 2013

Gene Ontology (GO) terms for the transcriptomic sequences of L. aurea.</p

Gene Ontology (GO) term level2 categories of unigenes of C. officinalis.

Dian-Yun Hou (4860370)
Lin-Chun Shi (4860367)
Meng-Meng Yang (4860361)
Jiong Li (244631)
Shuang Zhou (339964)
Hong-Xiao Zhang (4860364)
Hua-Wei Xu (4860358)

February 2018

Gene Ontology (GO) term level2 categories of unigenes of C. officinalis.</p

Significantly enriched gene ontology (GO) terms associated with identified differentially expressed genes in mammary epithelial cells in Kashmiri and Jersey cattle1.

Shakil Ahmad Bhat (6298460)
Syed Mudasir Ahmad (6298463)
Eveline M. Ibeagha-Awemu (2270620)
Basharat A. Bhat (6298466)
Mashooq Ahmad Dar (6298469)
Peerzada Tajamul Mumtaz (6298472)
Riaz A. Shah (6298475)
Nazir A. Ganai (6298478)

February 2019

Significantly enriched gene ontology (GO) terms associated with identified differentially expressed ...

Gene Ontology (GO) categories assigined to the B. napus unigenes.

Jie Chen (5892)
Ren-Ke Tan (737870)
Xiao-Juan Guo (737871)
Zheng-Li Fu (737872)
Zheng Wang (25883)
Zhi-Yan Zhang (737873)
Xiao-Li Tan (737874)

May 2015

Gene Ontology (GO) categories assigined to the B. napus unigenes.</p

Top ten of Enriched Gene Ontology(GO) terms associated with the differentially expressed genes.

Jincai Hou (822581)
Jianhua Fu (721572)
Dan Li (106345)
Xiao Han (102316)
Lei Li (29537)
Wenting Song (822582)
Mingjiang Yao (822583)
Jianxun Liu (379920)

November 2015

Top ten of Enriched Gene Ontology(GO) terms associated with the differentially expressed genes.</...

Gene ontology (GO) analysis of the time course.

Ron Stewart (114673)
Cynthia Alexander Rascón (386638)
Shulan Tian (386639)
Jeff Nie (5707)
Chris Barry (374156)
Li-Fang Chu (386640)
Hamisha Ardalani (386641)
Ryan J. Wagner (386642)
Mitchell D. Probasco (386643)
Jennifer M. Bolin (386644)
Ning Leng (386645)
Srikumar Sengupta (259261)
Michael Volkmer (4850)
Bianca Habermann (4847)
Elly M. Tanaka (228562)
James A. Thomson (386646)
Colin N. Dewey (257084)

March 2013

GO enrichment of molecular function (MF) and biological process (BP) level 5 GO terms during the ...

Gene Ontology terms significantly enriched (p<0.05) in the set of genes differentially expressed between high risk and low risk.

Arivazhagan Arimappamagan (408594)
Kumaravel Somasundaram (225763)
Kandavel Thennarasu (408595)
Sreekanthreddy Peddagangannagari (408596)
Harish Srinivasan (408597)
Bangalore C. Shailaja (408598)
Cini Samuel (408599)
Irene Rosita Pia Patric (225756)
Sudhanshu Shukla (408600)
Balaram Thota (408601)
Krishnarao Venkatesh Prasanna (408602)
Paritosh Pandey (408603)
Anandh Balasubramaniam (408604)
Vani Santosh (408605)
Bangalore Ashwathnarayanara Chandramouli (408606)
Alangar Sathyaranjandas Hegde (408607)
Paturu Kondaiah (73230)
Manchanahalli R. Sathyanarayana Rao (408608)

April 2013

Gene Ontology terms significantly enriched (p<0.05) in the set of genes differentially expressed ...

Extension and integration of the gene ontology (GO): combining GO vocabularies with external vocabularies.

Hill, D P
Blake, J A
Richardson, J E
Ringwald, M

January 2002

Structured vocabulary development enhances the management of information in biological databases. As...

Significantly enriched Gene Ontology (GO) terms among the 199 genes overlapping in the top 1000 list of differential gene expression in both 28 days old (post-restraint) and 213 days old male chickens.

Magnus Elfwing (613054)
Daniel Nätt (371500)
Vivian C. Goerlich-Jansson (739893)
Mia Persson (739894)
Jonas Hjelm (739895)
Per Jensen (27629)

May 2015

The table shows the GO-term assigned by the software DAVID, the number of genes in the category (...

Gene Ontology (GO) terms enriched with differentially expressed genes (P<0.05).

Yaokun Li (757527)
José A. Carrillo (757240)
Yi Ding (172783)
Yanghua He (155475)
Chunping Zhao (757239)
Jianan Liu (795133)
George E. Liu (392284)
Linsen Zan (727236)
Jiuzhou Song (41834)

September 2015

*Number of the differentially expressed genes in the categoryGene Ontology (GO) terms enri...

Gene ontology (GO) clustering and selected significantly enriched GO terms of DMCs and DMR-associated genes.

A. Niloya Troyee (16954564)
Cristian Peña-Ponton (16954567)
Mónica Medrano (437606)
Koen J. F. Verhoeven (12533266)
Conchita Alonso (3294657)

September 2023

Gene ontology (GO) clustering and selected significantly enriched GO terms of DMCs and DMR-associate...

Enriched gene ontology (GO) terms belonging to biological processes.

Mariana A. Argenziano (309609)
Michael Xavier Doss (30403)
Megan Tabler (6693974)
Agapios Sachinidis (30414)
Charles Antzelevitch (316845)

May 2019

Enriched GO terms upregulated differentially expressed genes for comparisons between early and late ...

Gene Ontology (GO) terms for the transcriptomic sequences of M. nipponense.

Keyi Ma (157188)
Gaofeng Qiu (157192)
Jianbin Feng (157196)
Jiale Li (103362)

June 2012

Gene Ontology (GO) terms for the transcriptomic sequences of M. nipponense.</p

Enriched gene ontology (GO) terms.

Chao Ma (207385)
Jingjing Yang (119262)
Qing Cheng (145897)
Aijun Mao (4739817)
Jian Zhang (1682)
Shiping Wang (13805)
Yiqun Weng (128212)
Changlong Wen (664508)

January 2018

The figure provides a list of enriched GO terms within the biological process category identified...

Gene Ontology (GO) terms found to be significantly over-represented in HVC and RA across breeding states.

Christopher K. Thompson (170958)
John Meitzen (170962)
Kirstin Replogle (46753)
Jenny Drnevich (170966)
Karin L. Lent (170969)
Anne Marie Wissman (170971)
Federico M. Farin (128418)
Theo K. Bammler (128417)
Richard P. Beyer (128416)
David F. Clayton (170979)
David J. Perkel (170983)
Eliot A. Brenowitz (170987)

April 2012

Gene Ontology (GO) terms found to be significantly over-represented in HVC and RA across breeding...

Gene Ontology (GO) terms for the transcriptomic sequences of L. aurea.

Ren Wang (188650)
Sheng Xu (400895)
Yumei Jiang (400896)
Jingwei Jiang (400897)
Xiaodan Li (132227)
Lijian Liang (400898)
Jia He (89641)
Feng Peng (400899)
Bing Xia (76986)

April 2013

Gene Ontology (GO) terms for the transcriptomic sequences of L. aurea.</p

Gene Ontology (GO) term level2 categories of unigenes of C. officinalis.

Dian-Yun Hou (4860370)
Lin-Chun Shi (4860367)
Meng-Meng Yang (4860361)
Jiong Li (244631)
Shuang Zhou (339964)
Hong-Xiao Zhang (4860364)
Hua-Wei Xu (4860358)

February 2018

Gene Ontology (GO) term level2 categories of unigenes of C. officinalis.</p

Significantly enriched gene ontology (GO) terms associated with identified differentially expressed genes in mammary epithelial cells in Kashmiri and Jersey cattle1.

Shakil Ahmad Bhat (6298460)
Syed Mudasir Ahmad (6298463)
Eveline M. Ibeagha-Awemu (2270620)
Basharat A. Bhat (6298466)
Mashooq Ahmad Dar (6298469)
Peerzada Tajamul Mumtaz (6298472)
Riaz A. Shah (6298475)
Nazir A. Ganai (6298478)

February 2019

Significantly enriched gene ontology (GO) terms associated with identified differentially expressed ...

Gene Ontology (GO) categories assigined to the B. napus unigenes.

Jie Chen (5892)
Ren-Ke Tan (737870)
Xiao-Juan Guo (737871)
Zheng-Li Fu (737872)
Zheng Wang (25883)
Zhi-Yan Zhang (737873)
Xiao-Li Tan (737874)

May 2015

Gene Ontology (GO) categories assigined to the B. napus unigenes.</p

Top ten of Enriched Gene Ontology(GO) terms associated with the differentially expressed genes.

Jincai Hou (822581)
Jianhua Fu (721572)
Dan Li (106345)
Xiao Han (102316)
Lei Li (29537)
Wenting Song (822582)
Mingjiang Yao (822583)
Jianxun Liu (379920)

November 2015

Top ten of Enriched Gene Ontology(GO) terms associated with the differentially expressed genes.</...

Gene ontology (GO) analysis of the time course.

Ron Stewart (114673)
Cynthia Alexander Rascón (386638)
Shulan Tian (386639)
Jeff Nie (5707)
Chris Barry (374156)
Li-Fang Chu (386640)
Hamisha Ardalani (386641)
Ryan J. Wagner (386642)
Mitchell D. Probasco (386643)
Jennifer M. Bolin (386644)
Ning Leng (386645)
Srikumar Sengupta (259261)
Michael Volkmer (4850)
Bianca Habermann (4847)
Elly M. Tanaka (228562)
James A. Thomson (386646)
Colin N. Dewey (257084)

March 2013

GO enrichment of molecular function (MF) and biological process (BP) level 5 GO terms during the ...

Gene Ontology terms significantly enriched (p<0.05) in the set of genes differentially expressed between high risk and low risk.

Arivazhagan Arimappamagan (408594)
Kumaravel Somasundaram (225763)
Kandavel Thennarasu (408595)
Sreekanthreddy Peddagangannagari (408596)
Harish Srinivasan (408597)
Bangalore C. Shailaja (408598)
Cini Samuel (408599)
Irene Rosita Pia Patric (225756)
Sudhanshu Shukla (408600)
Balaram Thota (408601)
Krishnarao Venkatesh Prasanna (408602)
Paritosh Pandey (408603)
Anandh Balasubramaniam (408604)
Vani Santosh (408605)
Bangalore Ashwathnarayanara Chandramouli (408606)
Alangar Sathyaranjandas Hegde (408607)
Paturu Kondaiah (73230)
Manchanahalli R. Sathyanarayana Rao (408608)

April 2013

Gene Ontology terms significantly enriched (p<0.05) in the set of genes differentially expressed ...

Extension and integration of the gene ontology (GO): combining GO vocabularies with external vocabularies.

Hill, D P
Blake, J A
Richardson, J E
Ringwald, M

January 2002

Structured vocabulary development enhances the management of information in biological databases. As...

Enriched Gene Ontology (GO) Terms between 21-day-old wild-type and carrier thymus.

Abstract

Extracted data

Enriched Gene Ontology (GO) Terms between 21-day-old wild-type and carrier thymus.

Abstract

Extracted data

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