Gene ontology (GO) analysis of forty HD related genes identified from MetaCore.

Gene ontology (GO) analysis of 640 genomic regions (887 genes) located nearby differentially expressed long non-coding RNAs in the HHT2 group.

Pernille M. Tørring (531622)
Martin Jakob Larsen (2579254)
Anette D. Kjeldsen (299857)
Lilian Bomme Ousager (531623)
Qihua Tan (92926)
Klaus Brusgaard (231050)

March 2014

Gene ontology (GO) analysis of 640 genomic regions (887 genes) located nearby differentially expr...

Gene ontology (GO) analysis of the Bama minipig transcriptome data (GO level 2).

Jihan Xia (664367)
Jing Yuan (217967)
Leilei Xin (664368)
Yuanyuan Zhang (101797)
Siyuan Kong (664369)
Yaoxing Chen (664370)
Shulin Yang (76751)
Kui Li (48173)

November 2014

GO analysis of 822 genes differentially expressed between the HFHSD group and the control group, ...

Gene Ontology (GO) analysis (including the three main GO categories (biological process, molecular functions, and cellular components)) and metabolic pathways with DAVID database using the list of genes with genotypic TRD in horse.

Nora Laseca (12098801)
Ángela Cánovas (3391583)
Mercedes Valera (12098804)
Samir Id-Lahoucine (5015405)
Davinia I. Perdomo-González (16806857)
Pablo A. S. Fonseca (4022972)
Sebastián Demyda-Peyrás (5492789)
Antonio Molina (537591)

August 2023

Gene Ontology (GO) analysis (including the three main GO categories (biological process, molecular f...

Gene ontology analysis for PR target genes.

Anastasia Kougioumtzi (572580)
Panayiotis Tsaparas (572581)
Angeliki Magklara (572582)

June 2014

(A) Highly enriched biological processes were determined by using FatiGO. All GO annotations rela...

Gene ontology (GO) enrichment analysis for differentially expressed genes.

Shuyan Ma (690922)
Li Qing (16548)
Xiaobo Yang (123393)
Guiqiang Liang (844543)
Li’e Zhang (844544)
Qin Li (36669)
Feng Xiong (306053)
Suwan Peng (844545)
Yifei Ma (206062)
Xiaowei Huang (111125)
Yunfeng Zou (188227)

January 2016

GO analysis provides a controlled vocabulary to describe differentially expressed transcript attr...

Gene ontology (GO) analysis of 617 genomic regions (837 genes) located nearby differentially expressed long non-coding RNAs in the total HHT group.

Pernille M. Tørring (531622)
Martin Jakob Larsen (2579254)
Anette D. Kjeldsen (299857)
Lilian Bomme Ousager (531623)
Qihua Tan (92926)
Klaus Brusgaard (231050)

March 2014

Gene ontology (GO) analysis of 617 genomic regions (837 genes) located nearby differentially expr...

Gene ontology enrichment analysis of the top 200 genes.

Said el Bouhaddani (5849936)
Matthias Höllerhage (667412)
Hae-Won Uh (28932)
Claudia Moebius (17879860)
Marc Bickle (51929)
Günter Höglinger (571659)
Jeanine Houwing-Duistermaat (56474)

January 2024

Out of 1732 genes/proteins, the 200 genes/proteins with the highest weight (estimated using POPLS-DA...

Gene Ontology analysis.

Mona Motwani (166144)
Da-Qiang Li (87145)
Anelia Horvath (444445)
Rakesh Kumar (8432)

August 2013

The figure represents the pie chart view of the GO analysis performed by Genespring GX 10.0.2. Th...

Gene ontology (GO) analysis of 617 genomic regions (826 genes) located nearby differentially expressed long non-coding RNAs in the HHT1 group.

Pernille M. Tørring (531622)
Martin Jakob Larsen (2579254)
Anette D. Kjeldsen (299857)
Lilian Bomme Ousager (531623)
Qihua Tan (92926)
Klaus Brusgaard (231050)

March 2014

Gene ontology (GO) analysis of 617 genomic regions (826 genes) located nearby differentially expr...

Gene Ontology (GO) analyses of commonly differentially expressed genes at three time points.

Weihua Long (697682)
Xiling Zou (529960)
Xuekun Zhang (529964)

February 2015

The differentially expressed genes were assigned into three groups, including biological process,...

The gene ontology (GO) identified by functional analyses.

Heungnam Kim (156424)
Yen Phung (156427)
Mitchell Ho (156431)

June 2012

Gene ontology was performed using the Database for Annotation, Visualization and Integrated Disco...

Gene ontology (GO) and pathway analysis.

Zhongcheng Wang (329804)
Yuanteng Fan (552071)
Jian Xu (31545)
Liang Li (46069)
Duanhe Heng (552072)
Song Han (470055)
Jun Yin (94374)
Biwen Peng (552073)
Wanhong Liu (337579)
Xiaohua He (361530)

April 2014

(A) The significant GO category for up-regulated genes between the HP and HR groups. (B) The sign...

Gene ontology (GO) analysis of differentially expressed genes.

Haleh Davanian (133990)
Henrik Stranneheim (133991)
Tove Båge (133992)
Maria Lagervall (133994)
Leif Jansson (133996)
Joakim Lundeberg (3298)
Tülay Yucel-Lindberg (133999)

September 2012

All significant (p<0.05) Biological processes (GO categories) and their parent terms are s...

Go term enrichment analysis: General biological processes associated with HDACi-regulated genes.

Nicole Forgione (147275)
Vincent Tropepe (147277)

July 2012

Gene Ontology (GO) term enrichment analysis was carried out using GENECODIS on (A) 127 genes that...

Gene Ontology Enrichment Analysis of HD Suppressors.

John P. Miller (115642)
Bridget E. Yates (115648)
Ismael Al-Ramahi (85012)
Ari E. Berman (115653)
Mario Sanhueza (115657)
Eugene Kim (60939)
Maria de Haro (85017)
Francesco DeGiacomo (115668)
Cameron Torcassi (73479)
Jennifer Holcomb (115675)
Juliette Gafni (115680)
Sean D. Mooney (115684)
Juan Botas (45480)
Lisa M. Ellerby (115689)
Robert E. Hughes (115693)

November 2012

(A) Enriched GO categories for HD suppressor genes. Significance (line with open diamonds) is rep...

Gene ontology (GO) analysis of 640 genomic regions (887 genes) located nearby differentially expressed long non-coding RNAs in the HHT2 group.

Pernille M. Tørring (531622)
Martin Jakob Larsen (2579254)
Anette D. Kjeldsen (299857)
Lilian Bomme Ousager (531623)
Qihua Tan (92926)
Klaus Brusgaard (231050)

March 2014

Gene ontology (GO) analysis of 640 genomic regions (887 genes) located nearby differentially expr...

Gene ontology (GO) analysis of the Bama minipig transcriptome data (GO level 2).

Jihan Xia (664367)
Jing Yuan (217967)
Leilei Xin (664368)
Yuanyuan Zhang (101797)
Siyuan Kong (664369)
Yaoxing Chen (664370)
Shulin Yang (76751)
Kui Li (48173)

November 2014

GO analysis of 822 genes differentially expressed between the HFHSD group and the control group, ...

Gene Ontology (GO) analysis (including the three main GO categories (biological process, molecular functions, and cellular components)) and metabolic pathways with DAVID database using the list of genes with genotypic TRD in horse.

Nora Laseca (12098801)
Ángela Cánovas (3391583)
Mercedes Valera (12098804)
Samir Id-Lahoucine (5015405)
Davinia I. Perdomo-González (16806857)
Pablo A. S. Fonseca (4022972)
Sebastián Demyda-Peyrás (5492789)
Antonio Molina (537591)

August 2023

Gene Ontology (GO) analysis (including the three main GO categories (biological process, molecular f...

Gene ontology analysis for PR target genes.

Anastasia Kougioumtzi (572580)
Panayiotis Tsaparas (572581)
Angeliki Magklara (572582)

June 2014

(A) Highly enriched biological processes were determined by using FatiGO. All GO annotations rela...

Gene ontology (GO) enrichment analysis for differentially expressed genes.

Shuyan Ma (690922)
Li Qing (16548)
Xiaobo Yang (123393)
Guiqiang Liang (844543)
Li’e Zhang (844544)
Qin Li (36669)
Feng Xiong (306053)
Suwan Peng (844545)
Yifei Ma (206062)
Xiaowei Huang (111125)
Yunfeng Zou (188227)

January 2016

GO analysis provides a controlled vocabulary to describe differentially expressed transcript attr...

Gene ontology (GO) analysis of 617 genomic regions (837 genes) located nearby differentially expressed long non-coding RNAs in the total HHT group.

Pernille M. Tørring (531622)
Martin Jakob Larsen (2579254)
Anette D. Kjeldsen (299857)
Lilian Bomme Ousager (531623)
Qihua Tan (92926)
Klaus Brusgaard (231050)

March 2014

Gene ontology (GO) analysis of 617 genomic regions (837 genes) located nearby differentially expr...

Gene ontology enrichment analysis of the top 200 genes.

Said el Bouhaddani (5849936)
Matthias Höllerhage (667412)
Hae-Won Uh (28932)
Claudia Moebius (17879860)
Marc Bickle (51929)
Günter Höglinger (571659)
Jeanine Houwing-Duistermaat (56474)

January 2024

Out of 1732 genes/proteins, the 200 genes/proteins with the highest weight (estimated using POPLS-DA...

Gene Ontology analysis.

Mona Motwani (166144)
Da-Qiang Li (87145)
Anelia Horvath (444445)
Rakesh Kumar (8432)

August 2013

The figure represents the pie chart view of the GO analysis performed by Genespring GX 10.0.2. Th...

Gene ontology (GO) analysis of 617 genomic regions (826 genes) located nearby differentially expressed long non-coding RNAs in the HHT1 group.

Pernille M. Tørring (531622)
Martin Jakob Larsen (2579254)
Anette D. Kjeldsen (299857)
Lilian Bomme Ousager (531623)
Qihua Tan (92926)
Klaus Brusgaard (231050)

March 2014

Gene ontology (GO) analysis of 617 genomic regions (826 genes) located nearby differentially expr...

Gene Ontology (GO) analyses of commonly differentially expressed genes at three time points.

Weihua Long (697682)
Xiling Zou (529960)
Xuekun Zhang (529964)

February 2015

The differentially expressed genes were assigned into three groups, including biological process,...

The gene ontology (GO) identified by functional analyses.

Heungnam Kim (156424)
Yen Phung (156427)
Mitchell Ho (156431)

June 2012

Gene ontology was performed using the Database for Annotation, Visualization and Integrated Disco...

Gene ontology (GO) and pathway analysis.

Zhongcheng Wang (329804)
Yuanteng Fan (552071)
Jian Xu (31545)
Liang Li (46069)
Duanhe Heng (552072)
Song Han (470055)
Jun Yin (94374)
Biwen Peng (552073)
Wanhong Liu (337579)
Xiaohua He (361530)

April 2014

(A) The significant GO category for up-regulated genes between the HP and HR groups. (B) The sign...

Gene ontology (GO) analysis of differentially expressed genes.

Haleh Davanian (133990)
Henrik Stranneheim (133991)
Tove Båge (133992)
Maria Lagervall (133994)
Leif Jansson (133996)
Joakim Lundeberg (3298)
Tülay Yucel-Lindberg (133999)

September 2012

All significant (p<0.05) Biological processes (GO categories) and their parent terms are s...

Go term enrichment analysis: General biological processes associated with HDACi-regulated genes.

Nicole Forgione (147275)
Vincent Tropepe (147277)

July 2012

Gene Ontology (GO) term enrichment analysis was carried out using GENECODIS on (A) 127 genes that...

Gene Ontology Enrichment Analysis of HD Suppressors.

John P. Miller (115642)
Bridget E. Yates (115648)
Ismael Al-Ramahi (85012)
Ari E. Berman (115653)
Mario Sanhueza (115657)
Eugene Kim (60939)
Maria de Haro (85017)
Francesco DeGiacomo (115668)
Cameron Torcassi (73479)
Jennifer Holcomb (115675)
Juliette Gafni (115680)
Sean D. Mooney (115684)
Juan Botas (45480)
Lisa M. Ellerby (115689)
Robert E. Hughes (115693)

November 2012

(A) Enriched GO categories for HD suppressor genes. Significance (line with open diamonds) is rep...

Gene ontology (GO) analysis of 640 genomic regions (887 genes) located nearby differentially expressed long non-coding RNAs in the HHT2 group.

Pernille M. Tørring (531622)
Martin Jakob Larsen (2579254)
Anette D. Kjeldsen (299857)
Lilian Bomme Ousager (531623)
Qihua Tan (92926)
Klaus Brusgaard (231050)

March 2014

Gene ontology (GO) analysis of 640 genomic regions (887 genes) located nearby differentially expr...

Gene ontology (GO) analysis of the Bama minipig transcriptome data (GO level 2).

Jihan Xia (664367)
Jing Yuan (217967)
Leilei Xin (664368)
Yuanyuan Zhang (101797)
Siyuan Kong (664369)
Yaoxing Chen (664370)
Shulin Yang (76751)
Kui Li (48173)

November 2014

GO analysis of 822 genes differentially expressed between the HFHSD group and the control group, ...

Gene Ontology (GO) analysis (including the three main GO categories (biological process, molecular functions, and cellular components)) and metabolic pathways with DAVID database using the list of genes with genotypic TRD in horse.

Nora Laseca (12098801)
Ángela Cánovas (3391583)
Mercedes Valera (12098804)
Samir Id-Lahoucine (5015405)
Davinia I. Perdomo-González (16806857)
Pablo A. S. Fonseca (4022972)
Sebastián Demyda-Peyrás (5492789)
Antonio Molina (537591)

August 2023

Gene Ontology (GO) analysis (including the three main GO categories (biological process, molecular f...

Gene ontology (GO) analysis of forty HD related genes identified from MetaCore.

Abstract

Extracted data

Topics

Gene ontology (GO) analysis of forty HD related genes identified from MetaCore.

Abstract

Extracted data

Topics

Related items

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