Heat map representation shows the relative temporal change and their functional categories based on GO database annotation for 69 proteins selected by sorting standard deviation from largest to smallest.

A heat map of the change in the expected value of over time for different fixed ; corresponds to predominance of s-clones, – to predominance of r-clones.

Irina Kareva (191954)

January 2013

A heat map of the change in the expected value of over time for different fixed ; corresponds t...

Heatmap of intensities of genes that were best differentiated between the two types of tumor for the Golub data.

Mojtaba Ganjali (550736)
Taban Baghfalaki (667319)
Damon Berridge (729703)

April 2015

Heatmap of intensities of genes that were best differentiated between the two types of tumor for ...

Heat map representing comparative proteomics data for newly derived OmB and OmL cell lines.

Alison M. Gardell (559483)
Qin Qin (83769)
Robert H. Rice (112903)
Johnathan Li (559484)
Dietmar Kültz (521371)

May 2014

Data presented are significantly different ratios of protein abundances (relative to OmB abundanc...

Heat map representation shows the relative change of 54 proteins selected by sorting standard deviation largest to smallest.

Rong Zhou (138287)
Yi Kuang (1873354)
Jie Zhou (28945)
Xuewen Du (1309386)
Jie Li (15030)
Junfeng Shi (688439)
Richard Haburcak (1371408)
Bing Xu (69508)

April 2016

Heat map representation shows the relative change of 54 proteins selected by sorting standard dev...

Heat map showing summary of changes in gene expression based on RPKM values.

Nisha Joy (384872)
Srinivasan Asha (384873)
Vijayan Mallika (384874)
Eppurathu Vasudevan Soniya (384875)

March 2013

Heat map showing summary of changes in gene expression based on RPKM values.</p

Heat map for genes belonging to some significant Gene Ontology (GO) categories (p-Value <1) corresponding to several biological processes which illustrate the more malignant character of ATC compared to PTC.

Aline Hébrant (124661)
Geneviève Dom (124665)
Michael Dewaele (124668)
Guy Andry (124671)
Christophe Trésallet (124673)
Emmanuelle Leteurtre (124676)
Jacques E. Dumont (124679)
Carine Maenhaut (124681)

October 2012

Heat map for genes belonging to some significant Gene Ontology (GO) categories (p-Value <1) corre...

Heat-map representation of the identified proteins.

Maria Fiorella Mazzeo (823060)
Giuseppina Cacace (2641510)
Paolo Iovieno (3467870)
Immacolata Massarelli (5537708)
Stefania Grillo (3739408)
Rosa Anna Siciliano (823065)

July 2018

Fold change values in the four Image Analyses are reported according to a color-based representat...

Heatmap of clustering analysis based on the top 50 functional genes in the samples.

Weibing Zhang (44836)
Qiaoqiao Luo (5003582)
Yan Zhu (112437)
Jiang Ma (153750)
Lei Cao (134409)
Min Yang (146229)
Pencheng Wen (5003585)
Zhongmin Zhang (779684)
Xiaoling He (89405)

March 2018

Heatmap of clustering analysis based on the top 50 functional genes in the samples.</p

Heat map based on the relative codon usage of the 29 species analyzed in this study.

Ning Kang (327210)
Hongying Hu (824872)

November 2023

Heat map based on the relative codon usage of the 29 species analyzed in this study.</p

Heat maps for genes that showed significant increases and decreases in mRNA abundance at ovulation after a time course analysis (SAM).

Christopher J. Martyniuk (243374)
Melinda S. Prucha (392054)
Nicholas J. Doperalski (392055)
Philipp Antczak (226100)
Kevin J. Kroll (241843)
Francesco Falciani (8906)
David S. Barber (202518)
Nancy D. Denslow (202512)

March 2013

Heat maps for genes that showed significant increases and decreases in mRNA abundance at ovulatio...

A heat map of the top differentially expressed genes in each group.

Eunhee Chung (147406)
Joseph Heimiller (147410)
Leslie A. Leinwand (25910)

July 2012

The heat map of the top 5 genes, both up and down in fold-change, in each comparison group was cr...

Heatmap of significant A) biological process and B) GO-Component terms across all studied PTM-types.

Guangyou Duan (693206)
Dirk Walther (32589)

February 2015

The top five GO-terms were included that were found significantly enriched for each PTM-type. Eac...

Heat map comparing the distribution of stages of periodontal disease as identified by each rater on visual assessment.

Amy E. Bauer (4779051)
Judith Stella (5793842)
Matthew Lemmons (5793845)
Candace C. Croney (4779054)

September 2018

Heat map comparing the distribution of stages of periodontal disease as identified by each rater on ...

Heat map of clustered biological terms highlighted by differentially expressed genes in the “Interaction contrasts”.

Michela Riba (438649)
Marco Rausa (438650)
Melissa Sorosina (438651)
Davide Cittaro (29939)
Jose Manuel Garcia Manteiga (438652)
Antonella Nai (438653)
Alessia Pagani (438654)
Filippo Martinelli-Boneschi (253045)
Elia Stupka (23015)
Clara Camaschella (123845)
Laura Silvestri (438655)

July 2013

The heat map represents semantic similarity among gene ontology (GO) Biological Process (BP) term...

Heat map depicting change in abundance trends in functional groups of proteins in Lb. casei GCRL163 based on t-test values derived from T-profiler analysis at different temperatures (35°C, 40°C, 45°C compared to 30°C) using cluster v.3.0 software.

Kayode T. Adu (5897126)
Richard Wilson (308436)
David S. Nichols (5897129)
Anthony L. Baker (799195)
John P. Bowman (103816)
Margaret L. Britz (103817)

October 2018

The overall proteomic data at different temperatures (top) were compared to the protein functional g...

A heat map of the change in the expected value of over time for different fixed ; corresponds to predominance of s-clones, – to predominance of r-clones.

Irina Kareva (191954)

January 2013

A heat map of the change in the expected value of over time for different fixed ; corresponds t...

Heatmap of intensities of genes that were best differentiated between the two types of tumor for the Golub data.

Mojtaba Ganjali (550736)
Taban Baghfalaki (667319)
Damon Berridge (729703)

April 2015

Heatmap of intensities of genes that were best differentiated between the two types of tumor for ...

Heat map representing comparative proteomics data for newly derived OmB and OmL cell lines.

Alison M. Gardell (559483)
Qin Qin (83769)
Robert H. Rice (112903)
Johnathan Li (559484)
Dietmar Kültz (521371)

May 2014

Data presented are significantly different ratios of protein abundances (relative to OmB abundanc...

Heat map representation shows the relative change of 54 proteins selected by sorting standard deviation largest to smallest.

Rong Zhou (138287)
Yi Kuang (1873354)
Jie Zhou (28945)
Xuewen Du (1309386)
Jie Li (15030)
Junfeng Shi (688439)
Richard Haburcak (1371408)
Bing Xu (69508)

April 2016

Heat map representation shows the relative change of 54 proteins selected by sorting standard dev...

Heat map showing summary of changes in gene expression based on RPKM values.

Nisha Joy (384872)
Srinivasan Asha (384873)
Vijayan Mallika (384874)
Eppurathu Vasudevan Soniya (384875)

March 2013

Heat map showing summary of changes in gene expression based on RPKM values.</p

Heat map for genes belonging to some significant Gene Ontology (GO) categories (p-Value <1) corresponding to several biological processes which illustrate the more malignant character of ATC compared to PTC.

Aline Hébrant (124661)
Geneviève Dom (124665)
Michael Dewaele (124668)
Guy Andry (124671)
Christophe Trésallet (124673)
Emmanuelle Leteurtre (124676)
Jacques E. Dumont (124679)
Carine Maenhaut (124681)

October 2012

Heat map for genes belonging to some significant Gene Ontology (GO) categories (p-Value <1) corre...

Heat-map representation of the identified proteins.

Maria Fiorella Mazzeo (823060)
Giuseppina Cacace (2641510)
Paolo Iovieno (3467870)
Immacolata Massarelli (5537708)
Stefania Grillo (3739408)
Rosa Anna Siciliano (823065)

July 2018

Fold change values in the four Image Analyses are reported according to a color-based representat...

Heatmap of clustering analysis based on the top 50 functional genes in the samples.

Weibing Zhang (44836)
Qiaoqiao Luo (5003582)
Yan Zhu (112437)
Jiang Ma (153750)
Lei Cao (134409)
Min Yang (146229)
Pencheng Wen (5003585)
Zhongmin Zhang (779684)
Xiaoling He (89405)

March 2018

Heatmap of clustering analysis based on the top 50 functional genes in the samples.</p

Heat map based on the relative codon usage of the 29 species analyzed in this study.

Ning Kang (327210)
Hongying Hu (824872)

November 2023

Heat map based on the relative codon usage of the 29 species analyzed in this study.</p

Heat maps for genes that showed significant increases and decreases in mRNA abundance at ovulation after a time course analysis (SAM).

Christopher J. Martyniuk (243374)
Melinda S. Prucha (392054)
Nicholas J. Doperalski (392055)
Philipp Antczak (226100)
Kevin J. Kroll (241843)
Francesco Falciani (8906)
David S. Barber (202518)
Nancy D. Denslow (202512)

March 2013

Heat maps for genes that showed significant increases and decreases in mRNA abundance at ovulatio...

A heat map of the top differentially expressed genes in each group.

Eunhee Chung (147406)
Joseph Heimiller (147410)
Leslie A. Leinwand (25910)

July 2012

The heat map of the top 5 genes, both up and down in fold-change, in each comparison group was cr...

Heatmap of significant A) biological process and B) GO-Component terms across all studied PTM-types.

Guangyou Duan (693206)
Dirk Walther (32589)

February 2015

The top five GO-terms were included that were found significantly enriched for each PTM-type. Eac...

Heat map comparing the distribution of stages of periodontal disease as identified by each rater on visual assessment.

Amy E. Bauer (4779051)
Judith Stella (5793842)
Matthew Lemmons (5793845)
Candace C. Croney (4779054)

September 2018

Heat map comparing the distribution of stages of periodontal disease as identified by each rater on ...

Heat map of clustered biological terms highlighted by differentially expressed genes in the “Interaction contrasts”.

Michela Riba (438649)
Marco Rausa (438650)
Melissa Sorosina (438651)
Davide Cittaro (29939)
Jose Manuel Garcia Manteiga (438652)
Antonella Nai (438653)
Alessia Pagani (438654)
Filippo Martinelli-Boneschi (253045)
Elia Stupka (23015)
Clara Camaschella (123845)
Laura Silvestri (438655)

July 2013

The heat map represents semantic similarity among gene ontology (GO) Biological Process (BP) term...

Heat map depicting change in abundance trends in functional groups of proteins in Lb. casei GCRL163 based on t-test values derived from T-profiler analysis at different temperatures (35°C, 40°C, 45°C compared to 30°C) using cluster v.3.0 software.

Kayode T. Adu (5897126)
Richard Wilson (308436)
David S. Nichols (5897129)
Anthony L. Baker (799195)
John P. Bowman (103816)
Margaret L. Britz (103817)

October 2018

The overall proteomic data at different temperatures (top) were compared to the protein functional g...

A heat map of the change in the expected value of over time for different fixed ; corresponds to predominance of s-clones, – to predominance of r-clones.

Irina Kareva (191954)

January 2013

A heat map of the change in the expected value of over time for different fixed ; corresponds t...

Heatmap of intensities of genes that were best differentiated between the two types of tumor for the Golub data.

Mojtaba Ganjali (550736)
Taban Baghfalaki (667319)
Damon Berridge (729703)

April 2015

Heatmap of intensities of genes that were best differentiated between the two types of tumor for ...

Heat map representing comparative proteomics data for newly derived OmB and OmL cell lines.

Alison M. Gardell (559483)
Qin Qin (83769)
Robert H. Rice (112903)
Johnathan Li (559484)
Dietmar Kültz (521371)

May 2014

Data presented are significantly different ratios of protein abundances (relative to OmB abundanc...

Heat map representation shows the relative temporal change and their functional categories based on GO database annotation for 69 proteins selected by sorting standard deviation from largest to smallest.

Abstract

Extracted data

Heat map representation shows the relative temporal change and their functional categories based on GO database annotation for 69 proteins selected by sorting standard deviation from largest to smallest.

Abstract

Extracted data

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