Statistically significant GO terms derived from up-regulated genes (vs. ground control).

Comparison of significant GO terms within biological process from singular enrichment analyses between mature and young leaves.

Wanzhuo Gong (571348)
Pengfei Qi (571349)
Junbo Du (188559)
Xin Sun (127355)
Xiaoling Wu (547509)
Chun Song (496020)
Weiguo Liu (317223)
Yushan Wu (571350)
Xiaobo Yu (327693)
Taiwen Yong (571351)
Xiaochun Wang (280496)
Feng Yang (132135)
Yanhong Yan (546834)
Wenyu Yang (571352)

June 2014

Significant (p<0.05) GO terms within biological process with FDR<0.05 in mature and young ...

GO terms that were significantly enriched (p<0.05) in the top 1056 genes upregulated in response to a HP diet.

Tatsuya Suyama (190563)
Shinji Okada (190564)
Tomoko Ishijima (190565)
Kota Iida (190566)
Keiko Abe (135928)
Yuji Nakai (76147)

January 2012

*GO term with no p-value means not significant.**FDR-corrected p-values of t...

Top five significant GO term enrichment analysis of the potential pleiotropic genes.

Yuan-Cheng Chen (4401697)
Chao Xu (201376)
Ji-Gang Zhang (278184)
Chun-Ping Zeng (4401682)
Xia-Fang Wang (4401688)
Rou Zhou (4401685)
Xu Lin (36043)
Zeng-Xin Ao (5634824)
Jun-Min Lu (4401694)
Jie Shen (31533)
Hong-Wen Deng (137531)

August 2018

Top five significant GO term enrichment analysis of the potential pleiotropic genes.</p

Statistically significant GO terms derived from down-regulated genes (vs. ground control).

Daniela Santucci (153041)
Fuminori Kawano (153047)
Takashi Ohira (153053)
Masahiro Terada (153057)
Naoya Nakai (153060)
Nadia Francia (153064)
Enrico Alleva (153068)
Luigi Aloe (153072)
Toshimasa Ochiai (153076)
Ranieri Cancedda (43161)
Katsumasa Goto (153080)
Yoshinobu Ohira (153086)

July 2012

Statistically significant GO terms derived from down-regulated genes (vs. ground control).</p

GO terms significantly enriched in upregulated DEGs compared to the reference gene set (total set of sequences with assigned GO terms) over all sampling days.

Markus Müller (805213)
Sarah Seifert (4413172)
Torben Lübbe (4413175)
Christoph Leuschner (127410)
Reiner Finkeldey (86419)

September 2017

GO terms significantly enriched in upregulated DEGs compared to the reference gene set (total set...

Top 3 over represented GO terms by the differentially expressed genes between 5 versus 3 dpf for each GO category.

Jun Yin (94374)
Lisa Shine (107865)
Francis Raycroft (107867)
Sudhakar Deeti (107870)
Alison Reynolds (107872)
Kristin M. Ackerman (107875)
Antonino Glaviano (107878)
Sean O'Farrell (107882)
Olivia O'Leary (107885)
Claire Kilty (107889)
Ciaran Kennedy (107894)
Sarah McLoughlin (107899)
Megan Rice (107903)
Eileen Russell (107906)
Desmond G. Higgins (15541)
David R. Hyde (92151)
Breandan N. Kennedy (107911)

December 2012

Top 3 over represented GO terms by the differentially expressed genes between 5 versus 3 dpf for ...

GO terms enriched among genes differentially expressed in the TGF-β-treated groups compared to their untreated counterparts.

Artika P. Nath (390048)
Asolina Braun (3064941)
Scott C. Ritchie (6320948)
Francis R. Carbone (567638)
Laura K. Mackay (255723)
Thomas Gebhardt (615361)
Michael Inouye (103694)

February 2019

Top representative GO (biological processes) terms based on REVIGO output, enriched among (A) all th...

Top 5 significant GO terms enriched in individual lists of 3D COL1-regulated genes.

Delphine Assent (702677)
Isabelle Bourgot (702678)
Benoît Hennuy (5662366)
Pierre Geurts (29807)
Agnès Noël (178222)
Jean-Michel Foidart (43337)
Erik Maquoi (702679)

March 2015

Top 5 significant GO terms enriched in individual lists of 3D COL1-regulated genes.</p

Significant GO terms and pathways of the selected target genes.

Guojun Guo (5641955)
Yutian Liu (5641958)
Sen Ren (5641961)
Yu Kang (40770)
Dominik Duscher (3180750)
Hans-Günther Machens (223571)
Zhenbing Chen (5641964)

August 2018

(A) GO terms of downregulated target genes. (B) GO terms of upregulated target genes. (C) Pathways o...

Over-represented GO terms in differentially expressed genes of BAT and Liver.

Andrew M. Shore (435672)
Angeliki Karamitri (435673)
Paul Kemp (435674)
John R. Speakman (380055)
Neil S. Graham (227855)
Michael A. Lomax (435675)

July 2013

Over-represented GO terms in differentially expressed genes of BAT and Liver.</p

Overlapping gene: Enriched GO Biological process terms for up-regulated genes in HK2 cells (top 20 enriched BP terms (P<0.01) were retrieved upstream towards its ancestors to level 4).

Krzysztof Wanic (386352)
Bozena Krolewski (386353)
Wenjun Ju (386354)
Grzegorz Placha (386355)
Monika A. Niewczas (386356)
William Walker (386357)
James H. Warram (386358)
Matthias Kretzler (135179)
Andrzej S. Krolewski (325062)

March 2013

*denotes GO term by itself is not significantly enriched, but some of its downstream terms is sig...

Significantly enriched GO terms (adjust P<0.05) of specifically regulated genes in ‘Meiwa’ after Singular Enrichment Analysis.

Xing-Zheng Fu (147527)
Xiao-Qing Gong (147530)
Yue-Xin Zhang (147532)
Yin Wang (34938)
Ji-Hong Liu (147535)

July 2012

Significantly enriched GO terms (adjust P<0.05) of specifically regulated genes in ‘Meiwa’...

GO terms and KEGG pathways significantly enriched in genes upregulated in the 5,000 m individuals.

Katherine A. Solari (6078239)
Uma Ramakrishnan (4564)
Elizabeth A. Hadly (329737)

December 2018

GO terms and KEGG pathways significantly enriched in genes upregulated in the 5,000 m individuals.</...

GO category based on biological process for differentially expressed genes.

Zhe Ma (167751)
Hui Zhang (7197)
Li Yi (167757)
Hongjie Fan (167764)
Chengping Lu (167772)

May 2012

(A) The significant GO category for upregulated genes. (B) The significant GO category for downre...

GO terms that are significantly over-represented among genes showing H3K4me3 enrichment specifically in brain cells.

Joern Toedling (180996)
Wolfgang Huber (6335)

February 2013

GO terms that are significantly over-represented among genes showing ...

Comparison of significant GO terms within biological process from singular enrichment analyses between mature and young leaves.

Wanzhuo Gong (571348)
Pengfei Qi (571349)
Junbo Du (188559)
Xin Sun (127355)
Xiaoling Wu (547509)
Chun Song (496020)
Weiguo Liu (317223)
Yushan Wu (571350)
Xiaobo Yu (327693)
Taiwen Yong (571351)
Xiaochun Wang (280496)
Feng Yang (132135)
Yanhong Yan (546834)
Wenyu Yang (571352)

June 2014

Significant (p<0.05) GO terms within biological process with FDR<0.05 in mature and young ...

GO terms that were significantly enriched (p<0.05) in the top 1056 genes upregulated in response to a HP diet.

Tatsuya Suyama (190563)
Shinji Okada (190564)
Tomoko Ishijima (190565)
Kota Iida (190566)
Keiko Abe (135928)
Yuji Nakai (76147)

January 2012

*GO term with no p-value means not significant.**FDR-corrected p-values of t...

Top five significant GO term enrichment analysis of the potential pleiotropic genes.

Yuan-Cheng Chen (4401697)
Chao Xu (201376)
Ji-Gang Zhang (278184)
Chun-Ping Zeng (4401682)
Xia-Fang Wang (4401688)
Rou Zhou (4401685)
Xu Lin (36043)
Zeng-Xin Ao (5634824)
Jun-Min Lu (4401694)
Jie Shen (31533)
Hong-Wen Deng (137531)

August 2018

Top five significant GO term enrichment analysis of the potential pleiotropic genes.</p

Statistically significant GO terms derived from down-regulated genes (vs. ground control).

Daniela Santucci (153041)
Fuminori Kawano (153047)
Takashi Ohira (153053)
Masahiro Terada (153057)
Naoya Nakai (153060)
Nadia Francia (153064)
Enrico Alleva (153068)
Luigi Aloe (153072)
Toshimasa Ochiai (153076)
Ranieri Cancedda (43161)
Katsumasa Goto (153080)
Yoshinobu Ohira (153086)

July 2012

Statistically significant GO terms derived from down-regulated genes (vs. ground control).</p

GO terms significantly enriched in upregulated DEGs compared to the reference gene set (total set of sequences with assigned GO terms) over all sampling days.

Markus Müller (805213)
Sarah Seifert (4413172)
Torben Lübbe (4413175)
Christoph Leuschner (127410)
Reiner Finkeldey (86419)

September 2017

GO terms significantly enriched in upregulated DEGs compared to the reference gene set (total set...

Top 3 over represented GO terms by the differentially expressed genes between 5 versus 3 dpf for each GO category.

Jun Yin (94374)
Lisa Shine (107865)
Francis Raycroft (107867)
Sudhakar Deeti (107870)
Alison Reynolds (107872)
Kristin M. Ackerman (107875)
Antonino Glaviano (107878)
Sean O'Farrell (107882)
Olivia O'Leary (107885)
Claire Kilty (107889)
Ciaran Kennedy (107894)
Sarah McLoughlin (107899)
Megan Rice (107903)
Eileen Russell (107906)
Desmond G. Higgins (15541)
David R. Hyde (92151)
Breandan N. Kennedy (107911)

December 2012

Top 3 over represented GO terms by the differentially expressed genes between 5 versus 3 dpf for ...

GO terms enriched among genes differentially expressed in the TGF-β-treated groups compared to their untreated counterparts.

Artika P. Nath (390048)
Asolina Braun (3064941)
Scott C. Ritchie (6320948)
Francis R. Carbone (567638)
Laura K. Mackay (255723)
Thomas Gebhardt (615361)
Michael Inouye (103694)

February 2019

Top representative GO (biological processes) terms based on REVIGO output, enriched among (A) all th...

Top 5 significant GO terms enriched in individual lists of 3D COL1-regulated genes.

Delphine Assent (702677)
Isabelle Bourgot (702678)
Benoît Hennuy (5662366)
Pierre Geurts (29807)
Agnès Noël (178222)
Jean-Michel Foidart (43337)
Erik Maquoi (702679)

March 2015

Top 5 significant GO terms enriched in individual lists of 3D COL1-regulated genes.</p

Significant GO terms and pathways of the selected target genes.

Guojun Guo (5641955)
Yutian Liu (5641958)
Sen Ren (5641961)
Yu Kang (40770)
Dominik Duscher (3180750)
Hans-Günther Machens (223571)
Zhenbing Chen (5641964)

August 2018

(A) GO terms of downregulated target genes. (B) GO terms of upregulated target genes. (C) Pathways o...

Over-represented GO terms in differentially expressed genes of BAT and Liver.

Andrew M. Shore (435672)
Angeliki Karamitri (435673)
Paul Kemp (435674)
John R. Speakman (380055)
Neil S. Graham (227855)
Michael A. Lomax (435675)

July 2013

Over-represented GO terms in differentially expressed genes of BAT and Liver.</p

Overlapping gene: Enriched GO Biological process terms for up-regulated genes in HK2 cells (top 20 enriched BP terms (P<0.01) were retrieved upstream towards its ancestors to level 4).

Krzysztof Wanic (386352)
Bozena Krolewski (386353)
Wenjun Ju (386354)
Grzegorz Placha (386355)
Monika A. Niewczas (386356)
William Walker (386357)
James H. Warram (386358)
Matthias Kretzler (135179)
Andrzej S. Krolewski (325062)

March 2013

*denotes GO term by itself is not significantly enriched, but some of its downstream terms is sig...

Significantly enriched GO terms (adjust P<0.05) of specifically regulated genes in ‘Meiwa’ after Singular Enrichment Analysis.

Xing-Zheng Fu (147527)
Xiao-Qing Gong (147530)
Yue-Xin Zhang (147532)
Yin Wang (34938)
Ji-Hong Liu (147535)

July 2012

Significantly enriched GO terms (adjust P<0.05) of specifically regulated genes in ‘Meiwa’...

GO terms and KEGG pathways significantly enriched in genes upregulated in the 5,000 m individuals.

Katherine A. Solari (6078239)
Uma Ramakrishnan (4564)
Elizabeth A. Hadly (329737)

December 2018

GO terms and KEGG pathways significantly enriched in genes upregulated in the 5,000 m individuals.</...

GO category based on biological process for differentially expressed genes.

Zhe Ma (167751)
Hui Zhang (7197)
Li Yi (167757)
Hongjie Fan (167764)
Chengping Lu (167772)

May 2012

(A) The significant GO category for upregulated genes. (B) The significant GO category for downre...

GO terms that are significantly over-represented among genes showing H3K4me3 enrichment specifically in brain cells.

Joern Toedling (180996)
Wolfgang Huber (6335)

February 2013

GO terms that are significantly over-represented among genes showing ...

Comparison of significant GO terms within biological process from singular enrichment analyses between mature and young leaves.

Wanzhuo Gong (571348)
Pengfei Qi (571349)
Junbo Du (188559)
Xin Sun (127355)
Xiaoling Wu (547509)
Chun Song (496020)
Weiguo Liu (317223)
Yushan Wu (571350)
Xiaobo Yu (327693)
Taiwen Yong (571351)
Xiaochun Wang (280496)
Feng Yang (132135)
Yanhong Yan (546834)
Wenyu Yang (571352)

June 2014

Significant (p<0.05) GO terms within biological process with FDR<0.05 in mature and young ...

GO terms that were significantly enriched (p<0.05) in the top 1056 genes upregulated in response to a HP diet.

Tatsuya Suyama (190563)
Shinji Okada (190564)
Tomoko Ishijima (190565)
Kota Iida (190566)
Keiko Abe (135928)
Yuji Nakai (76147)

January 2012

*GO term with no p-value means not significant.**FDR-corrected p-values of t...

Top five significant GO term enrichment analysis of the potential pleiotropic genes.

Yuan-Cheng Chen (4401697)
Chao Xu (201376)
Ji-Gang Zhang (278184)
Chun-Ping Zeng (4401682)
Xia-Fang Wang (4401688)
Rou Zhou (4401685)
Xu Lin (36043)
Zeng-Xin Ao (5634824)
Jun-Min Lu (4401694)
Jie Shen (31533)
Hong-Wen Deng (137531)

August 2018

Top five significant GO term enrichment analysis of the potential pleiotropic genes.</p

Statistically significant GO terms derived from up-regulated genes (vs. ground control).

Abstract

Extracted data

Statistically significant GO terms derived from up-regulated genes (vs. ground control).

Abstract

Extracted data

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