Biological pathways detected to be significantly regulated based upon endoxifen concentrations under physiologically relevant conditions.

Regulation of DE genes involved in relevant pathways between clinical and subclinical animals.

Randy J. Hempel (2616502)
John P. Bannantine (263509)
Judith R. Stabel (373007)

April 2016

Regulation of DE genes involved in relevant pathways between clinical and subclinical animals.</p

The biologically relevant pathways: Regulation of the cell cycle: The G1/S checkpoint control.

Sitao Wu (30732)
Robert W. Li (164580)
Weizhong Li (10010)
Cong-jun Li (164586)

May 2012

The dataset was analyzed by the Ingenuity Pathways Analysis software (Ingenuity® Systems, <a href...

Biological process GO terms analysis of depot specifically regulated DEGs (a) and DEGs identified from the comparison between I and C (b).

Hyun-Jeong Lee (386284)
Mi Jang (425014)
Hyeongmin Kim (425015)
Woori Kwak (425016)
WonCheoul Park (231024)
Jae Yeon Hwang (306770)
Chang-Kyu Lee (48245)
Gul Won Jang (425017)
Mi Na Park (425018)
Hyeong-Cheol Kim (425019)
Jin Young Jeong (425020)
Kang Seok Seo (39499)
Heebal Kim (9991)
Seoae Cho (75685)
Bo-Young Lee (425021)

June 2013

Biological process GO terms analysis of depot specifically regulated DEGs (a) and DEGs identified...

Pathway analysis of genes regulated by 100 nM or 20 nM endoxifen treatments in the presence of estrogen and physiologically relevant levels tamoxifen and its metabolites.

John R. Hawse (227611)
Malayannan Subramaniam (227615)
Muzaffer Cicek (227597)
Xianglin Wu (277382)
Anne Gingery (277383)
Sarah B. Grygo (277384)
Zhifu Sun (60356)
Kevin S. Pitel (277385)
Wilma L. Lingle (216838)
Matthew P. Goetz (150701)
James N. Ingle (277386)
Thomas C. Spelsberg (227619)

January 2013

The sub-categories of biological pathways determined to be significantly altered and which were ...

The biological processes enriched with genes dysregulated to a larger extent in ER+ cancer.

Xianxiao Zhou (3464498)
Tongwei Shi (400622)
Bailiang Li (434697)
Yuannv Zhang (385506)
Xiaopei Shen (137365)
Hongdong Li (137373)
Guini Hong (201032)
Chunyang Liu (400623)
Zheng Guo (14989)

July 2013

The biological processes enriched with genes dysregulated to a larger extent in ER+ cancer.</p

The biological processes enriched with genes dysregulated to a larger extent in ER- cancer.

Xianxiao Zhou (3464498)
Tongwei Shi (400622)
Bailiang Li (434697)
Yuannv Zhang (385506)
Xiaopei Shen (137365)
Hongdong Li (137373)
Guini Hong (201032)
Chunyang Liu (400623)
Zheng Guo (14989)

July 2013

The biological processes enriched with genes dysregulated to a larger extent in ER- cancer.</p

The specific biological pathways regulated by differentially expressed microRNAs.

Jennifer L. Gooch (408525)
Clayton King (3929471)
Cynthia E. Francis (3929474)
Paul S. Garcia (3929468)
Yun Bai (120475)

April 2017

The specific biological pathways regulated by differentially expressed microRNAs.</p

Metabolic pathways showing the constitutive proteins considered as significantly involved.

Francesca Capone (157797)
Eliana Guerriero (157803)
Giovanni Colonna (157842)
Patrizia Maio (157819)
Alessandra Mangia (626370)
Raffaele Marfella (157808)
Giuseppe Paolisso (157832)
Francesco Izzo (282714)
Nicoletta Potenza (17316)
Luigi Tomeo (777636)
Giuseppe Castello (157837)
Susan Costantini (157790)

July 2015

Metabolic pathways showing the constitutive proteins considered as significantly involved.</p

Top ten signaling and metabolic pathways regulated by estradiol.

Agua Sobrino (368634)
Manuel Mata (300872)
Andrés Laguna-Fernandez (368635)
Susana Novella (343608)
Pilar J. Oviedo (368636)
Miguel Angel García-Pérez (5653636)
Juan J. Tarín (368637)
Antonio Cano (103418)
Carlos Hermenegildo (343612)

February 2013

For the functional categorization of genes, Fischer's exact test was used to calculate a p value ...

Generally regulated genes found in all treatments investigated independent of applied DON concentration and application route.

Anne-Kathrin Diesing (326868)
Constanze Nossol (326870)
Siriluck Ponsuksili (82192)
Klaus Wimmers (82199)
Jeannette Kluess (326873)
Nicole Walk (326876)
Andreas Post (326878)
Hermann-Josef Rothkötter (64047)
Stefan Kahlert (326881)

February 2013

Generally regulated genes found in all treatments investigated independent of applied DON concent...

Most significantly regulated genes according to Ingenuity Pathway analysis.

Stefanie Dietmair (143462)
Mark P. Hodson (143466)
Lake-Ee Quek (143468)
Nicholas E. Timmins (143471)
Peter Gray (143475)
Lars K. Nielsen (143479)

August 2012

Most significantly regulated genes according to Ingenuity Pathway analysis.</p

Expression levels of candidate DEGs related to hormone biosynthesis and signaling pathways.

Juan Huang (41654)
Hengling Wei (121188)
Libei Li (3475643)
Shuxun Yu (89036)

March 2018

Expression levels of candidate DEGs related to hormone biosynthesis and signaling pathways.</p

Significant pathways of candidate target genes regulated by the upregulated miRNAs.

Xueming Zhao (400630)
Haisheng Hao (594340)
Weihua Du (594338)
Huabin Zhu (594342)

April 2015

Significant pathways of candidate target genes regulated by the upregulated miRNAs.</p

Significant pathways of candidate target genes regulated by the downregulated miRNA.

Xueming Zhao (400630)
Haisheng Hao (594340)
Weihua Du (594338)
Huabin Zhu (594342)

April 2015

Significant pathways of candidate target genes regulated by the downregulated miRNA.</p

Differentially regulated GO biological processes associated with up- and down-regulated genes.

Harsh Dweep (104858)
Carsten Sticht (104859)
Asawari Kharkar (104861)
Priyanka Pandey (104863)
Norbert Gretz (14081)

January 2013

Differentially regulated GO biological processes associated with up- and down-regulated genes.</p

Regulation of DE genes involved in relevant pathways between clinical and subclinical animals.

Randy J. Hempel (2616502)
John P. Bannantine (263509)
Judith R. Stabel (373007)

April 2016

Regulation of DE genes involved in relevant pathways between clinical and subclinical animals.</p

The biologically relevant pathways: Regulation of the cell cycle: The G1/S checkpoint control.

Sitao Wu (30732)
Robert W. Li (164580)
Weizhong Li (10010)
Cong-jun Li (164586)

May 2012

The dataset was analyzed by the Ingenuity Pathways Analysis software (Ingenuity® Systems, <a href...

Biological process GO terms analysis of depot specifically regulated DEGs (a) and DEGs identified from the comparison between I and C (b).

Hyun-Jeong Lee (386284)
Mi Jang (425014)
Hyeongmin Kim (425015)
Woori Kwak (425016)
WonCheoul Park (231024)
Jae Yeon Hwang (306770)
Chang-Kyu Lee (48245)
Gul Won Jang (425017)
Mi Na Park (425018)
Hyeong-Cheol Kim (425019)
Jin Young Jeong (425020)
Kang Seok Seo (39499)
Heebal Kim (9991)
Seoae Cho (75685)
Bo-Young Lee (425021)

June 2013

Biological process GO terms analysis of depot specifically regulated DEGs (a) and DEGs identified...

Pathway analysis of genes regulated by 100 nM or 20 nM endoxifen treatments in the presence of estrogen and physiologically relevant levels tamoxifen and its metabolites.

John R. Hawse (227611)
Malayannan Subramaniam (227615)
Muzaffer Cicek (227597)
Xianglin Wu (277382)
Anne Gingery (277383)
Sarah B. Grygo (277384)
Zhifu Sun (60356)
Kevin S. Pitel (277385)
Wilma L. Lingle (216838)
Matthew P. Goetz (150701)
James N. Ingle (277386)
Thomas C. Spelsberg (227619)

January 2013

The sub-categories of biological pathways determined to be significantly altered and which were ...

The biological processes enriched with genes dysregulated to a larger extent in ER+ cancer.

Xianxiao Zhou (3464498)
Tongwei Shi (400622)
Bailiang Li (434697)
Yuannv Zhang (385506)
Xiaopei Shen (137365)
Hongdong Li (137373)
Guini Hong (201032)
Chunyang Liu (400623)
Zheng Guo (14989)

July 2013

The biological processes enriched with genes dysregulated to a larger extent in ER+ cancer.</p

The biological processes enriched with genes dysregulated to a larger extent in ER- cancer.

Xianxiao Zhou (3464498)
Tongwei Shi (400622)
Bailiang Li (434697)
Yuannv Zhang (385506)
Xiaopei Shen (137365)
Hongdong Li (137373)
Guini Hong (201032)
Chunyang Liu (400623)
Zheng Guo (14989)

July 2013

The biological processes enriched with genes dysregulated to a larger extent in ER- cancer.</p

The specific biological pathways regulated by differentially expressed microRNAs.

Jennifer L. Gooch (408525)
Clayton King (3929471)
Cynthia E. Francis (3929474)
Paul S. Garcia (3929468)
Yun Bai (120475)

April 2017

The specific biological pathways regulated by differentially expressed microRNAs.</p

Metabolic pathways showing the constitutive proteins considered as significantly involved.

Francesca Capone (157797)
Eliana Guerriero (157803)
Giovanni Colonna (157842)
Patrizia Maio (157819)
Alessandra Mangia (626370)
Raffaele Marfella (157808)
Giuseppe Paolisso (157832)
Francesco Izzo (282714)
Nicoletta Potenza (17316)
Luigi Tomeo (777636)
Giuseppe Castello (157837)
Susan Costantini (157790)

July 2015

Metabolic pathways showing the constitutive proteins considered as significantly involved.</p

Top ten signaling and metabolic pathways regulated by estradiol.

Agua Sobrino (368634)
Manuel Mata (300872)
Andrés Laguna-Fernandez (368635)
Susana Novella (343608)
Pilar J. Oviedo (368636)
Miguel Angel García-Pérez (5653636)
Juan J. Tarín (368637)
Antonio Cano (103418)
Carlos Hermenegildo (343612)

February 2013

For the functional categorization of genes, Fischer's exact test was used to calculate a p value ...

Generally regulated genes found in all treatments investigated independent of applied DON concentration and application route.

Anne-Kathrin Diesing (326868)
Constanze Nossol (326870)
Siriluck Ponsuksili (82192)
Klaus Wimmers (82199)
Jeannette Kluess (326873)
Nicole Walk (326876)
Andreas Post (326878)
Hermann-Josef Rothkötter (64047)
Stefan Kahlert (326881)

February 2013

Generally regulated genes found in all treatments investigated independent of applied DON concent...

Most significantly regulated genes according to Ingenuity Pathway analysis.

Stefanie Dietmair (143462)
Mark P. Hodson (143466)
Lake-Ee Quek (143468)
Nicholas E. Timmins (143471)
Peter Gray (143475)
Lars K. Nielsen (143479)

August 2012

Most significantly regulated genes according to Ingenuity Pathway analysis.</p

Expression levels of candidate DEGs related to hormone biosynthesis and signaling pathways.

Juan Huang (41654)
Hengling Wei (121188)
Libei Li (3475643)
Shuxun Yu (89036)

March 2018

Expression levels of candidate DEGs related to hormone biosynthesis and signaling pathways.</p

Significant pathways of candidate target genes regulated by the upregulated miRNAs.

Xueming Zhao (400630)
Haisheng Hao (594340)
Weihua Du (594338)
Huabin Zhu (594342)

April 2015

Significant pathways of candidate target genes regulated by the upregulated miRNAs.</p

Significant pathways of candidate target genes regulated by the downregulated miRNA.

Xueming Zhao (400630)
Haisheng Hao (594340)
Weihua Du (594338)
Huabin Zhu (594342)

April 2015

Significant pathways of candidate target genes regulated by the downregulated miRNA.</p

Differentially regulated GO biological processes associated with up- and down-regulated genes.

Harsh Dweep (104858)
Carsten Sticht (104859)
Asawari Kharkar (104861)
Priyanka Pandey (104863)
Norbert Gretz (14081)

January 2013

Differentially regulated GO biological processes associated with up- and down-regulated genes.</p

Regulation of DE genes involved in relevant pathways between clinical and subclinical animals.

Randy J. Hempel (2616502)
John P. Bannantine (263509)
Judith R. Stabel (373007)

April 2016

Regulation of DE genes involved in relevant pathways between clinical and subclinical animals.</p

The biologically relevant pathways: Regulation of the cell cycle: The G1/S checkpoint control.

Sitao Wu (30732)
Robert W. Li (164580)
Weizhong Li (10010)
Cong-jun Li (164586)

May 2012

The dataset was analyzed by the Ingenuity Pathways Analysis software (Ingenuity® Systems, <a href...

Biological process GO terms analysis of depot specifically regulated DEGs (a) and DEGs identified from the comparison between I and C (b).

Hyun-Jeong Lee (386284)
Mi Jang (425014)
Hyeongmin Kim (425015)
Woori Kwak (425016)
WonCheoul Park (231024)
Jae Yeon Hwang (306770)
Chang-Kyu Lee (48245)
Gul Won Jang (425017)
Mi Na Park (425018)
Hyeong-Cheol Kim (425019)
Jin Young Jeong (425020)
Kang Seok Seo (39499)
Heebal Kim (9991)
Seoae Cho (75685)
Bo-Young Lee (425021)

June 2013

Biological process GO terms analysis of depot specifically regulated DEGs (a) and DEGs identified...

Biological pathways detected to be significantly regulated based upon endoxifen concentrations under physiologically relevant conditions.

Abstract

Extracted data

Biological pathways detected to be significantly regulated based upon endoxifen concentrations under physiologically relevant conditions.

Abstract

Extracted data

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