Evolution of the average degree of the nodes of the three branches of the Gene Ontology.

Gene ontology classification (biological process) of the genes potentially involved in embryogenic competence acquisition in oil palm.

Ivonaldo Reis Santos (6166358)
Mariana Rocha Maximiano (6166361)
Raphael Ferreira Almeida (4718343)
Raimundo Nonato Vieira da Cunha (6166364)
Ricardo Lopes (562215)
Jonny Everson Scherwinski-Pereira (4718340)
Angela Mehta (647867)

December 2018

Gene ontology classification (biological process) of the genes potentially involved in embryogenic c...

Gene ontology (GO) categories (biological process, BP and metabolic function, MF) enriched across the T. cruzi CL Brener and CL-14 life cycles.

A. Trey Belew (2590834)
Caroline Junqueira (324145)
Gabriela F. Rodrigues-Luiz (200293)
Bruna M. Valente (4686604)
Antonio Edson R. Oliveira (4686601)
Rafael B. Polidoro (238155)
Luciana W. Zuccherato (357330)
Daniella C. Bartholomeu (200335)
Sergio Schenkman (195981)
Ricardo T. Gazzinelli (164680)
Barbara A. Burleigh (206152)
Najib M. El-Sayed (12783)
Santuza M. R. Teixeira (200318)

December 2017

Gene ontology (GO) categories (biological process, BP and metabolic function, MF) enriched across...

Biological process.

Ming Yi (15051)

October 2012

The list of significantly changed genes was analyzed with Genomatix software and examined in term...

Evolution of the number of classes of the three branches of the Gene Ontology.

Olivier Dameron (469875)
Charles Bettembourg (116573)
Nolwenn Le Meur (226464)

October 2013

Biological process (BP), Cellular component (CC) and Molecular function (MF).</p

Variations of the proportion of leaves for the Gene Ontology three branches.

Olivier Dameron (469875)
Charles Bettembourg (116573)
Nolwenn Le Meur (226464)

October 2013

Biological process (BP), Cellular component (CC) and Molecular function (MF).</p

Evolution of the number of relations of the Gene Ontology (top left) and its Biological process (top right), Cellular component (bottom left) and Molecular function (bottom right) branches.

Olivier Dameron (469875)
Charles Bettembourg (116573)
Nolwenn Le Meur (226464)

October 2013

Evolution of the number of relations of the Gene Ontology (top left) and its Biological process (...

Variations of the average height of the nodes from the Gene Ontology: together (top left), Biological process (top right), Cellular component (bottom left) and Molecular function (bottom right).

Olivier Dameron (469875)
Charles Bettembourg (116573)
Nolwenn Le Meur (226464)

October 2013

Variations of the average height of the nodes from the Gene Ontology: together (top left), Biolog...

Variations of the average depth of the nodes from the Gene Ontology: together (top left), Biological process (top right), Cellular component (bottom left) and Molecular function (bottom right).

Olivier Dameron (469875)
Charles Bettembourg (116573)
Nolwenn Le Meur (226464)

October 2013

Variations of the average depth of the nodes from the Gene Ontology: together (top left), Biologi...

Contributions of the is a, part of and regulates relations to a node's average degree for the Gene Ontology (top left) and its three branches Biological process (top right), Cellular component (bottom left) and Molecular function (bottom right).

Olivier Dameron (469875)
Charles Bettembourg (116573)
Nolwenn Le Meur (226464)

October 2013

Contributions of the is a, part of and regulates relations to a node's average degree for the Gen...

Measuring the evolution of ontology complexity: the gene ontology case study.

Olivier Dameron
Charles Bettembourg
Nolwenn Le Meur

Ontologies support automatic sharing, combination and analysis of life sciences data. They undergo r...

Measuring the evolution of ontology complexity: the gene ontology case study

Dameron, Olivier
Bettembourg, Charles
Le Meur, Nolwenn

January 2013

International audienceOntologies support automatic sharing, combination and analysis of life science...

Clusters of informative Gene Ontology molecular functions (MF), biological processes (BP), and KEGG pathway categories including at least 5 genes exhibiting an interaction effect and enriched (FDR-adjusted P-value < 0.1) from the DAVID analysis.

Pan Zhang (206408)
Justin S. Rhodes (210602)
Theodore Garland Jr. (350095)
Sam D. Perez (3366563)
Bruce R. Southey (19329)
Sandra L. Rodriguez-Zas (19332)

August 2018

Clusters of informative Gene Ontology molecular functions (MF), biological processes (BP), and KE...

Gene ontology processes and pathways associated with the similarly expressed genes at all tested conditions.

Joanna M. Łopacińska (290649)
Jenny Emnéus (290651)
Martin Dufva (226915)

February 2013

Gene ontology processes and pathways associated with the similarly expressed genes at all tested ...

Functional classification.

Shefali Gupta (710692)
Vanika Garg (710693)
Sabhyata Bhatia (710694)

March 2015

Distribution of gene ontology terms for the three categories: A) Biological Process, B) Molecular...

Gene Ontology classification.

Xupo Ding (680852)
Wenli Mei (4584577)
Shengzhuo Huang (3341321)
Hui Wang (30400)
Jiahong Zhu (590484)
Wei Hu (6560)
Zehong Ding (813330)
Weiwei Tie (3627290)
Shiqing Peng (4602076)
Haofu Dai (2608555)

December 2018

Genes were assigned to three categories: cellular components, molecular functions and biological pro...

Gene ontology classification (biological process) of the genes potentially involved in embryogenic competence acquisition in oil palm.

Ivonaldo Reis Santos (6166358)
Mariana Rocha Maximiano (6166361)
Raphael Ferreira Almeida (4718343)
Raimundo Nonato Vieira da Cunha (6166364)
Ricardo Lopes (562215)
Jonny Everson Scherwinski-Pereira (4718340)
Angela Mehta (647867)

December 2018

Gene ontology classification (biological process) of the genes potentially involved in embryogenic c...

Gene ontology (GO) categories (biological process, BP and metabolic function, MF) enriched across the T. cruzi CL Brener and CL-14 life cycles.

A. Trey Belew (2590834)
Caroline Junqueira (324145)
Gabriela F. Rodrigues-Luiz (200293)
Bruna M. Valente (4686604)
Antonio Edson R. Oliveira (4686601)
Rafael B. Polidoro (238155)
Luciana W. Zuccherato (357330)
Daniella C. Bartholomeu (200335)
Sergio Schenkman (195981)
Ricardo T. Gazzinelli (164680)
Barbara A. Burleigh (206152)
Najib M. El-Sayed (12783)
Santuza M. R. Teixeira (200318)

December 2017

Gene ontology (GO) categories (biological process, BP and metabolic function, MF) enriched across...

Biological process.

Ming Yi (15051)

October 2012

The list of significantly changed genes was analyzed with Genomatix software and examined in term...

Evolution of the number of classes of the three branches of the Gene Ontology.

Olivier Dameron (469875)
Charles Bettembourg (116573)
Nolwenn Le Meur (226464)

October 2013

Biological process (BP), Cellular component (CC) and Molecular function (MF).</p

Variations of the proportion of leaves for the Gene Ontology three branches.

Olivier Dameron (469875)
Charles Bettembourg (116573)
Nolwenn Le Meur (226464)

October 2013

Biological process (BP), Cellular component (CC) and Molecular function (MF).</p

Evolution of the number of relations of the Gene Ontology (top left) and its Biological process (top right), Cellular component (bottom left) and Molecular function (bottom right) branches.

Olivier Dameron (469875)
Charles Bettembourg (116573)
Nolwenn Le Meur (226464)

October 2013

Evolution of the number of relations of the Gene Ontology (top left) and its Biological process (...

Variations of the average height of the nodes from the Gene Ontology: together (top left), Biological process (top right), Cellular component (bottom left) and Molecular function (bottom right).

Olivier Dameron (469875)
Charles Bettembourg (116573)
Nolwenn Le Meur (226464)

October 2013

Variations of the average height of the nodes from the Gene Ontology: together (top left), Biolog...

Variations of the average depth of the nodes from the Gene Ontology: together (top left), Biological process (top right), Cellular component (bottom left) and Molecular function (bottom right).

Olivier Dameron (469875)
Charles Bettembourg (116573)
Nolwenn Le Meur (226464)

October 2013

Variations of the average depth of the nodes from the Gene Ontology: together (top left), Biologi...

Contributions of the is a, part of and regulates relations to a node's average degree for the Gene Ontology (top left) and its three branches Biological process (top right), Cellular component (bottom left) and Molecular function (bottom right).

Olivier Dameron (469875)
Charles Bettembourg (116573)
Nolwenn Le Meur (226464)

October 2013

Contributions of the is a, part of and regulates relations to a node's average degree for the Gen...

Measuring the evolution of ontology complexity: the gene ontology case study.

Olivier Dameron
Charles Bettembourg
Nolwenn Le Meur

Ontologies support automatic sharing, combination and analysis of life sciences data. They undergo r...

Measuring the evolution of ontology complexity: the gene ontology case study

Dameron, Olivier
Bettembourg, Charles
Le Meur, Nolwenn

January 2013

International audienceOntologies support automatic sharing, combination and analysis of life science...

Clusters of informative Gene Ontology molecular functions (MF), biological processes (BP), and KEGG pathway categories including at least 5 genes exhibiting an interaction effect and enriched (FDR-adjusted P-value < 0.1) from the DAVID analysis.

Pan Zhang (206408)
Justin S. Rhodes (210602)
Theodore Garland Jr. (350095)
Sam D. Perez (3366563)
Bruce R. Southey (19329)
Sandra L. Rodriguez-Zas (19332)

August 2018

Clusters of informative Gene Ontology molecular functions (MF), biological processes (BP), and KE...

Gene ontology processes and pathways associated with the similarly expressed genes at all tested conditions.

Joanna M. Łopacińska (290649)
Jenny Emnéus (290651)
Martin Dufva (226915)

February 2013

Gene ontology processes and pathways associated with the similarly expressed genes at all tested ...

Functional classification.

Shefali Gupta (710692)
Vanika Garg (710693)
Sabhyata Bhatia (710694)

March 2015

Distribution of gene ontology terms for the three categories: A) Biological Process, B) Molecular...

Gene Ontology classification.

Xupo Ding (680852)
Wenli Mei (4584577)
Shengzhuo Huang (3341321)
Hui Wang (30400)
Jiahong Zhu (590484)
Wei Hu (6560)
Zehong Ding (813330)
Weiwei Tie (3627290)
Shiqing Peng (4602076)
Haofu Dai (2608555)

December 2018

Genes were assigned to three categories: cellular components, molecular functions and biological pro...

Gene ontology classification (biological process) of the genes potentially involved in embryogenic competence acquisition in oil palm.

Ivonaldo Reis Santos (6166358)
Mariana Rocha Maximiano (6166361)
Raphael Ferreira Almeida (4718343)
Raimundo Nonato Vieira da Cunha (6166364)
Ricardo Lopes (562215)
Jonny Everson Scherwinski-Pereira (4718340)
Angela Mehta (647867)

December 2018

Gene ontology classification (biological process) of the genes potentially involved in embryogenic c...

Gene ontology (GO) categories (biological process, BP and metabolic function, MF) enriched across the T. cruzi CL Brener and CL-14 life cycles.

A. Trey Belew (2590834)
Caroline Junqueira (324145)
Gabriela F. Rodrigues-Luiz (200293)
Bruna M. Valente (4686604)
Antonio Edson R. Oliveira (4686601)
Rafael B. Polidoro (238155)
Luciana W. Zuccherato (357330)
Daniella C. Bartholomeu (200335)
Sergio Schenkman (195981)
Ricardo T. Gazzinelli (164680)
Barbara A. Burleigh (206152)
Najib M. El-Sayed (12783)
Santuza M. R. Teixeira (200318)

December 2017

Gene ontology (GO) categories (biological process, BP and metabolic function, MF) enriched across...

Biological process.

Ming Yi (15051)

October 2012

The list of significantly changed genes was analyzed with Genomatix software and examined in term...

Evolution of the average degree of the nodes of the three branches of the Gene Ontology.

Abstract

Extracted data

Evolution of the average degree of the nodes of the three branches of the Gene Ontology.

Abstract

Extracted data

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