Mapman analysis for differentailly expressed genes (A) and diferentially expressed proteins (B) involved in metabolic pathways.

Cluster analysis of the expressed genes.

Xiaoli Tang (218589)
Hongyan Wang (41596)
Chuyang Shao (584522)
Hongbo Shao (408023)

April 2015

Every column stands for a sample and each line represents a single gene. Different colors indicat...

MAPMAN: a user-driven tool to display genomics data sets onto diagrams of metabolic pathways and other biological processes

Thimm, O.
Blasing, O.
Gibon, Y.
Nagel, A.
Meyer, S.
Kruger, P.
Selbig, J.
Muller, L. A.
Rhee, S. Y.
Stitt, M.

January 2004

MAPMAN is a user-driven tool that displays large data sets onto diagrams of metabolic pathways or ot...

Identified genes related to (A) phenylpropanoid and lignin (B) ET biosynthetic pathways by MapMan analysis.

Deepak Kumar (63095)
Riddhi Datta (714813)
Saptarshi Hazra (714814)
Asma Sultana (714815)
Ria Mukhopadhyay (714816)
Sharmila Chattopadhyay (714817)

March 2015

Up-regulated genes in red and down-regulated genes in blue colour respectively.</p

Mapman analysis for differentailly expressed genes (A) and diferentially expressed proteins (B) involved in ubiquitin-dependent protein degradation.

Yun Zhong (289887)
Chun-zhen Cheng (750077)
Nong-hui Jiang (750078)
Bo Jiang (76119)
Yong-yan Zhang (750079)
Bo Wu (16141)
Min-lun Hu (750080)
Ji-wu Zeng (551604)
Hua-xue Yan (750081)
Gan-jun Yi (750082)
Guang-yan Zhong (551600)

June 2015

Red squares represent genes or proteins that were significantly up-regulated; green squares repre...

Mapman analysis for differentailly expressed genes (A) and diferentially expressed proteins (B) involved in stress response.

Yun Zhong (289887)
Chun-zhen Cheng (750077)
Nong-hui Jiang (750078)
Bo Jiang (76119)
Yong-yan Zhang (750079)
Bo Wu (16141)
Min-lun Hu (750080)
Ji-wu Zeng (551604)
Hua-xue Yan (750081)
Gan-jun Yi (750082)
Guang-yan Zhong (551600)

June 2015

Red squares represent genes or proteins that were significantly up-regulated; green squares repre...

MapMan depiction of gene regulation in functional categories associated with different pathways.

Rita Sharma (171999)
Manjari Mishra (738105)
Brijesh Gupta (738106)
Chirag Parsania (673227)
Sneh L. Singla-Pareek (738107)
Ashwani Pareek (473124)

May 2015

Distribution of unigenes into different pathways, generated in MapMan, are illustrated. Log2...

MapMan overview of cellular metabolism (a) and regulation (b)in OVR1-vs-OVR4.Each square represented a gene, and the color key represented the value of RPKM normalized log2.

Ya Wu (818716)
Liyu Yang (818717)
Aqin Cao (818718)
Jianbo Wang (184708)

October 2015

Red meant down-regulation of the gene and the blue color meant up-regulation.</p

MapMan analysis of different (A) transcription factors (B) cellular redox maintaining genes.

Deepak Kumar (63095)
Riddhi Datta (714813)
Saptarshi Hazra (714814)
Asma Sultana (714815)
Ria Mukhopadhyay (714816)
Sharmila Chattopadhyay (714817)

March 2015

Up-regulated genes in blue and down-regulated genes in red colour respectively.</p

MapMan analysis showing molecular functional categories of genes with altered expression in four comparisons.

Rie Nishiyama (49902)
Dung Tien Le (119213)
Yasuko Watanabe (119220)
Akihiro Matsui (184713)
Maho Tanaka (119225)
Motoaki Seki (39830)
Kazuko Yamaguchi-Shinozaki (119234)
Kazuo Shinozaki (39831)
Lam-Son Phan Tran (119237)

February 2012

Changes in expression levels are indicated by color scales with saturation at five-fold changes. ...

Mapman analysis of genes differentially regulated in gcr1 mutant.

Navjyoti Chakraborty (691114)
Priyanka Sharma (77226)
Kostya Kanyuka (95208)
Ravi R. Pathak (691115)
Devapriya Choudhury (691116)
Richard A. Hooley (691117)
Nandula Raghuram (62346)

February 2015

Out of the total list of 350 DEGs, 119 mapped onto biotic stress response. The red dots represent...

The MAPK pathway.

Haiyan Guo (491881)
Guohu Cheng (3710452)
Yongjun Li (309180)
Hao Zhang (15339)
Kangle Qin (3710455)

January 2017

Note: red tags showed the up-regulated genes, green tags showed the down-regulated genes.</p

Mapping of high expressed unigenes on MapMan pathways.

Rita Sharma (171999)
Manjari Mishra (738105)
Brijesh Gupta (738106)
Chirag Parsania (673227)
Sneh L. Singla-Pareek (738107)
Ashwani Pareek (473124)

May 2015

The genes exhibiting high expression (≥100 normalized RPKM values) were mapped on functional bins...

Heat map construction representing the differential expression of genes involved in metabolic function and neurotransmission.

Linda Attig (122203)
Alexandre Vigé (122184)
Anne Gabory (122171)
Moshen Karimi (425990)
Aurore Beauger (425991)
Marie-Sylvie Gross (122199)
Anne Athias (259531)
Catherine Gallou-Kabani (122195)
Philippe Gambert (117160)
Tomas J. Ekstrom (5655406)
Jean-Philippe Jais (122219)
Claudine Junien (122221)

June 2013

The heat map shows changes in the hepatic expression of genes encoding proteins involved in neuro...

Mapman based representation of biological function categories enriched in genes differentially expressed in MON810 versus near-isogenic immature embryos.

Jose Luis La Paz (589237)
Maria Pla (589238)
Emilio Centeno (589239)
Carlos M. Vicient (589240)
Pere Puigdomènech (3729052)

June 2014

Each gene is represented as a box; red boxes indicate genes down-regulated in the MON810 variety ...

An overview of the differentially expressed transcripts mapped onto the metabolic pathways.

Ghana Shyam Challa (5931602)
Wanlong Li (102234)

November 2018

The differentially expressed genes were mapped onto the metabolic pathways using MAPMAN software. Ea...

Cluster analysis of the expressed genes.

Xiaoli Tang (218589)
Hongyan Wang (41596)
Chuyang Shao (584522)
Hongbo Shao (408023)

April 2015

Every column stands for a sample and each line represents a single gene. Different colors indicat...

MAPMAN: a user-driven tool to display genomics data sets onto diagrams of metabolic pathways and other biological processes

Thimm, O.
Blasing, O.
Gibon, Y.
Nagel, A.
Meyer, S.
Kruger, P.
Selbig, J.
Muller, L. A.
Rhee, S. Y.
Stitt, M.

January 2004

MAPMAN is a user-driven tool that displays large data sets onto diagrams of metabolic pathways or ot...

Identified genes related to (A) phenylpropanoid and lignin (B) ET biosynthetic pathways by MapMan analysis.

Deepak Kumar (63095)
Riddhi Datta (714813)
Saptarshi Hazra (714814)
Asma Sultana (714815)
Ria Mukhopadhyay (714816)
Sharmila Chattopadhyay (714817)

March 2015

Up-regulated genes in red and down-regulated genes in blue colour respectively.</p

Mapman analysis for differentailly expressed genes (A) and diferentially expressed proteins (B) involved in ubiquitin-dependent protein degradation.

Yun Zhong (289887)
Chun-zhen Cheng (750077)
Nong-hui Jiang (750078)
Bo Jiang (76119)
Yong-yan Zhang (750079)
Bo Wu (16141)
Min-lun Hu (750080)
Ji-wu Zeng (551604)
Hua-xue Yan (750081)
Gan-jun Yi (750082)
Guang-yan Zhong (551600)

June 2015

Red squares represent genes or proteins that were significantly up-regulated; green squares repre...

Mapman analysis for differentailly expressed genes (A) and diferentially expressed proteins (B) involved in stress response.

Yun Zhong (289887)
Chun-zhen Cheng (750077)
Nong-hui Jiang (750078)
Bo Jiang (76119)
Yong-yan Zhang (750079)
Bo Wu (16141)
Min-lun Hu (750080)
Ji-wu Zeng (551604)
Hua-xue Yan (750081)
Gan-jun Yi (750082)
Guang-yan Zhong (551600)

June 2015

Red squares represent genes or proteins that were significantly up-regulated; green squares repre...

MapMan depiction of gene regulation in functional categories associated with different pathways.

Rita Sharma (171999)
Manjari Mishra (738105)
Brijesh Gupta (738106)
Chirag Parsania (673227)
Sneh L. Singla-Pareek (738107)
Ashwani Pareek (473124)

May 2015

Distribution of unigenes into different pathways, generated in MapMan, are illustrated. Log2...

MapMan overview of cellular metabolism (a) and regulation (b)in OVR1-vs-OVR4.Each square represented a gene, and the color key represented the value of RPKM normalized log2.

Ya Wu (818716)
Liyu Yang (818717)
Aqin Cao (818718)
Jianbo Wang (184708)

October 2015

Red meant down-regulation of the gene and the blue color meant up-regulation.</p

MapMan analysis of different (A) transcription factors (B) cellular redox maintaining genes.

Deepak Kumar (63095)
Riddhi Datta (714813)
Saptarshi Hazra (714814)
Asma Sultana (714815)
Ria Mukhopadhyay (714816)
Sharmila Chattopadhyay (714817)

March 2015

Up-regulated genes in blue and down-regulated genes in red colour respectively.</p

MapMan analysis showing molecular functional categories of genes with altered expression in four comparisons.

Rie Nishiyama (49902)
Dung Tien Le (119213)
Yasuko Watanabe (119220)
Akihiro Matsui (184713)
Maho Tanaka (119225)
Motoaki Seki (39830)
Kazuko Yamaguchi-Shinozaki (119234)
Kazuo Shinozaki (39831)
Lam-Son Phan Tran (119237)

February 2012

Changes in expression levels are indicated by color scales with saturation at five-fold changes. ...

Mapman analysis of genes differentially regulated in gcr1 mutant.

Navjyoti Chakraborty (691114)
Priyanka Sharma (77226)
Kostya Kanyuka (95208)
Ravi R. Pathak (691115)
Devapriya Choudhury (691116)
Richard A. Hooley (691117)
Nandula Raghuram (62346)

February 2015

Out of the total list of 350 DEGs, 119 mapped onto biotic stress response. The red dots represent...

The MAPK pathway.

Haiyan Guo (491881)
Guohu Cheng (3710452)
Yongjun Li (309180)
Hao Zhang (15339)
Kangle Qin (3710455)

January 2017

Note: red tags showed the up-regulated genes, green tags showed the down-regulated genes.</p

Mapping of high expressed unigenes on MapMan pathways.

Rita Sharma (171999)
Manjari Mishra (738105)
Brijesh Gupta (738106)
Chirag Parsania (673227)
Sneh L. Singla-Pareek (738107)
Ashwani Pareek (473124)

May 2015

The genes exhibiting high expression (≥100 normalized RPKM values) were mapped on functional bins...

Heat map construction representing the differential expression of genes involved in metabolic function and neurotransmission.

Linda Attig (122203)
Alexandre Vigé (122184)
Anne Gabory (122171)
Moshen Karimi (425990)
Aurore Beauger (425991)
Marie-Sylvie Gross (122199)
Anne Athias (259531)
Catherine Gallou-Kabani (122195)
Philippe Gambert (117160)
Tomas J. Ekstrom (5655406)
Jean-Philippe Jais (122219)
Claudine Junien (122221)

June 2013

The heat map shows changes in the hepatic expression of genes encoding proteins involved in neuro...

Mapman based representation of biological function categories enriched in genes differentially expressed in MON810 versus near-isogenic immature embryos.

Jose Luis La Paz (589237)
Maria Pla (589238)
Emilio Centeno (589239)
Carlos M. Vicient (589240)
Pere Puigdomènech (3729052)

June 2014

Each gene is represented as a box; red boxes indicate genes down-regulated in the MON810 variety ...

An overview of the differentially expressed transcripts mapped onto the metabolic pathways.

Ghana Shyam Challa (5931602)
Wanlong Li (102234)

November 2018

The differentially expressed genes were mapped onto the metabolic pathways using MAPMAN software. Ea...

Cluster analysis of the expressed genes.

Xiaoli Tang (218589)
Hongyan Wang (41596)
Chuyang Shao (584522)
Hongbo Shao (408023)

April 2015

Every column stands for a sample and each line represents a single gene. Different colors indicat...

MAPMAN: a user-driven tool to display genomics data sets onto diagrams of metabolic pathways and other biological processes

Thimm, O.
Blasing, O.
Gibon, Y.
Nagel, A.
Meyer, S.
Kruger, P.
Selbig, J.
Muller, L. A.
Rhee, S. Y.
Stitt, M.

January 2004

MAPMAN is a user-driven tool that displays large data sets onto diagrams of metabolic pathways or ot...

Identified genes related to (A) phenylpropanoid and lignin (B) ET biosynthetic pathways by MapMan analysis.

Deepak Kumar (63095)
Riddhi Datta (714813)
Saptarshi Hazra (714814)
Asma Sultana (714815)
Ria Mukhopadhyay (714816)
Sharmila Chattopadhyay (714817)

March 2015

Up-regulated genes in red and down-regulated genes in blue colour respectively.</p

Mapman analysis for differentailly expressed genes (A) and diferentially expressed proteins (B) involved in metabolic pathways.

Abstract

Extracted data

Mapman analysis for differentailly expressed genes (A) and diferentially expressed proteins (B) involved in metabolic pathways.

Abstract

Extracted data

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