Comparison of chromosomal aberrations in CDC and UUT-UC tumors in percent.

Clone gains/losses by ALT activity.

Lisa A. Boardman (217913)
Ruth A. Johnson (488334)
Kimberly B. Viker (488335)
Kari A. Hafner (488336)
Robert B. Jenkins (191215)
Douglas L. Riegert-Johnson (488337)
Thomas C. Smyrk (144839)
Kristin Litzelman (488338)
Songwon Seo (488339)
Ronald E. Gangnon (135779)
Corinne D. Engelman (488340)
David N. Rider (205134)
Russell J. Vanderboom (488341)
Stephen N. Thibodeau (163051)
Gloria M. Petersen (226671)
Halcyon G. Skinner (488342)

November 2013

Tumors that were ALT- exhibited significantly more chromosomal gains/losses than ALT+ rectal canc...

Frequency of gains and losses in histological groups.

Sabrina A. H. M. van den Tillaart (431800)
Wim E. Corver (431801)
Dina Ruano Neto (431802)
Natalja T. ter Haar (431803)
Jelle J. Goeman (123389)
J. Baptist M. Z Trimbos (431804)
Gertjan J. Fleuren (431805)
Jan Oosting (24912)

July 2013

Gains are depicted on top of the ideograms, while losses are depicted below. Red: squamous tumors...

Karyogram view of detected gains and losses regions across autosomes.

Nur Zarina Ali Hassan (546006)
Norfilza Mohd Mokhtar (546007)
Teow Kok Sin (546008)
Isa Mohamed Rose (546009)
Ismail Sagap (546010)
Roslan Harun (546011)
Rahman Jamal (546012)

April 2014

Gains are shown in green and losses are shown in red. The length of the horizontal bar correspond...

Superkaryogram of 29 CDC (A) and 26 UUT-UC (B) tumors.

Frank Becker (203176)
Kerstin Junker (475098)
Martin Parr (475099)
Arndt Hartmann (42756)
Susanne Füssel (475100)
Marieta Toma (475101)
Rainer Grobholz (475102)
Thomas Pflugmann (475103)
Bernd Wullich (44381)
Arne Strauss (475104)
Carl Ludwig Behnes (475105)
Wolfgang Otto (31658)
Michael Stöckle (44383)
Volker Jung (78021)

October 2013

Losses of DNA are shown as lines on the left sides of chromosome ideograms, gains on the right si...

aCGH choriocarcinomas M26, M176, M232.

Henriette Poaty (188783)
Philippe Coullin (188785)
Jean Félix Peko (188786)
Philippe Dessen (17293)
Ange Lucien Diatta (188788)
Alexander Valent (188790)
Eric Leguern (188791)
Sophie Prévot (188795)
Charles Gombé-Mbalawa (188799)
Jean-Jacques Candelier (188804)
Jean-Yves Picard (188811)
Alain Bernheim (9135)

January 2012

Respectively, loss of 18q, gain of 14q and loss of X. The vertical lines along the chromosomes in...

Profiles of etiology-related chromosomal aberrations in HCCs.

Xu Guo (174019)
Yanna (337799)
Xi Ma (201011)
Jiaze An (337803)
Yukui Shang (337805)
Qichao Huang (201004)
Hushan Yang (125696)
Zhinan Chen (250343)
Jinliang Xing (125690)

February 2013

(a). the comparison of chromosomal aberration profiles between HBV-related HCCs and HCV-re...

Correlations between significant chromosomal aberrations either located on the same (a) or different (b) chromosomes in all HCCs.

Xu Guo (174019)
Yanna (337799)
Xi Ma (201011)
Jiaze An (337803)
Yukui Shang (337805)
Qichao Huang (201004)
Hushan Yang (125696)
Zhinan Chen (250343)
Jinliang Xing (125690)

February 2013

Chromosomal segments with significant gain were highlighted in red and those with significant los...

Genomic Gains and Losses in Pancreatic Cancer.

Jian-Wei Liang (673513)
Zhi-Zhou Shi (673514)
Tian-Yun Shen (673515)
Xu Che (673516)
Zheng Wang (25883)
Su-Sheng Shi (673517)
Xin Xu (11989)
Yan Cai (298695)
Ping Zhao (47228)
Cheng-Feng Wang (673518)
Zhi-Xiang Zhou (673519)
Ming-Rong Wang (648367)

December 2014

Note: 1: when two or more adjacent cytobands have copy number changes at a frequency above 30% (g...

Clustering of 5043 malignant epithelial neoplasias by the pattern of gains and losses, using regions previously defined as highly aberrant in one or several entities (ref

Michael Baudis (39943)

December 2011

Copyright information:Taken from "Genomic imbalances in 5918 malignant epithelial t...

Copy-number aberrations in mammary carcinomas from (SD×COP)F1 rats.

Mayumi Nishimura (455516)
Kazuhiro Daino (203837)
Maki Fukuda (11272926)
Ikuya Tanaka (11272929)
Hitomi Moriyama (11272932)
Kaye Showler (11272935)
Yukiko Nishimura (11272938)
Masaru Takabatake (3202710)
Toshiaki Kokubo (11272941)
Atsuko Ishikawa (11272944)
Kazumasa Inoue (3701080)
Masahiro Fukushi (3202707)
Shizuko Kakinuma (763026)
Tatsuhiko Imaoka (455512)
Yoshiya Shimada (203843)

August 2021

A, Chromosomal losses (green) and gains (red) in 21 tumors. Aberrations observed in the same carcino...

Cumulative rates of gain and loss for tumors analyzed by CGH (red, 4 BRCA2-mutant tumors; black, 24 BRCAX tumors).

Audrey Rouault (292491)
Guillaume Banneau (292493)
Gaëtan MacGrogan (29233)
Natalie Jones (292495)
Nabila Elarouci (292496)
Emmanuelle Barouk-Simonet (292497)
Laurence Venat (292498)
Isabelle Coupier (292499)
Eric Letouzé (167040)
Aurélien de Reyniès (17289)
Françoise Bonnet (292500)
Richard Iggo (292501)
Nicolas Sévenet (292502)
Michel Longy (29236)

February 2013

A, All chromosomes; B, Chromosome 13; C, Chromosome 14. Each vertical line in B & C corresponds t...

Analysis of the Relationship between Sex and Chromosomal Aberrations in Colorectal Cancer by Comparative

Genomic Hybridization
J Unotoro
H Kamiyama
Y Ishido
Y Yaginuma
S Kasamaki
K Sakamoto
A Oota
Y Ishibashi
T Kamano
Key Words
Colorectal Cancer
Genetics Comparative
Genomic Hybridization
X Chromosome

October 2016

Colorectal cancer is thought to be more common in men than in women. The chromosomal locations of DN...

Inferring chromosomal instability from copy number aberrations as a measure of chromosomal instability across human cancers

Sasha Taluri
Vishal H. Oza
Tabea M. Soelter
Jennifer L. Fisher
Brittany N. Lasseigne

December 2023

Abstract Background Cancer is a complex disease that is the second leading cause of death in the Uni...

Visualization of single case aberration patterns in 123 carcinomas with gain on 11q13 and concomitant proximal loss

Michael Baudis (39943)

December 2011

Copyright information:Taken from "Genomic imbalances in 5918 malignant epithelial t...

Cancer cells preferentially lose small chromosomes

Duijf, Pascal
Schultz, Nikolaus
Benezra, Robert

January 2012

Genetic and genomic aberrations are the primary cause of cancer. Chromosome missegregation leads to ...

Clone gains/losses by ALT activity.

Lisa A. Boardman (217913)
Ruth A. Johnson (488334)
Kimberly B. Viker (488335)
Kari A. Hafner (488336)
Robert B. Jenkins (191215)
Douglas L. Riegert-Johnson (488337)
Thomas C. Smyrk (144839)
Kristin Litzelman (488338)
Songwon Seo (488339)
Ronald E. Gangnon (135779)
Corinne D. Engelman (488340)
David N. Rider (205134)
Russell J. Vanderboom (488341)
Stephen N. Thibodeau (163051)
Gloria M. Petersen (226671)
Halcyon G. Skinner (488342)

November 2013

Tumors that were ALT- exhibited significantly more chromosomal gains/losses than ALT+ rectal canc...

Frequency of gains and losses in histological groups.

Sabrina A. H. M. van den Tillaart (431800)
Wim E. Corver (431801)
Dina Ruano Neto (431802)
Natalja T. ter Haar (431803)
Jelle J. Goeman (123389)
J. Baptist M. Z Trimbos (431804)
Gertjan J. Fleuren (431805)
Jan Oosting (24912)

July 2013

Gains are depicted on top of the ideograms, while losses are depicted below. Red: squamous tumors...

Karyogram view of detected gains and losses regions across autosomes.

Nur Zarina Ali Hassan (546006)
Norfilza Mohd Mokhtar (546007)
Teow Kok Sin (546008)
Isa Mohamed Rose (546009)
Ismail Sagap (546010)
Roslan Harun (546011)
Rahman Jamal (546012)

April 2014

Gains are shown in green and losses are shown in red. The length of the horizontal bar correspond...

Superkaryogram of 29 CDC (A) and 26 UUT-UC (B) tumors.

Frank Becker (203176)
Kerstin Junker (475098)
Martin Parr (475099)
Arndt Hartmann (42756)
Susanne Füssel (475100)
Marieta Toma (475101)
Rainer Grobholz (475102)
Thomas Pflugmann (475103)
Bernd Wullich (44381)
Arne Strauss (475104)
Carl Ludwig Behnes (475105)
Wolfgang Otto (31658)
Michael Stöckle (44383)
Volker Jung (78021)

October 2013

Losses of DNA are shown as lines on the left sides of chromosome ideograms, gains on the right si...

aCGH choriocarcinomas M26, M176, M232.

Henriette Poaty (188783)
Philippe Coullin (188785)
Jean Félix Peko (188786)
Philippe Dessen (17293)
Ange Lucien Diatta (188788)
Alexander Valent (188790)
Eric Leguern (188791)
Sophie Prévot (188795)
Charles Gombé-Mbalawa (188799)
Jean-Jacques Candelier (188804)
Jean-Yves Picard (188811)
Alain Bernheim (9135)

January 2012

Respectively, loss of 18q, gain of 14q and loss of X. The vertical lines along the chromosomes in...

Profiles of etiology-related chromosomal aberrations in HCCs.

Xu Guo (174019)
Yanna (337799)
Xi Ma (201011)
Jiaze An (337803)
Yukui Shang (337805)
Qichao Huang (201004)
Hushan Yang (125696)
Zhinan Chen (250343)
Jinliang Xing (125690)

February 2013

(a). the comparison of chromosomal aberration profiles between HBV-related HCCs and HCV-re...

Correlations between significant chromosomal aberrations either located on the same (a) or different (b) chromosomes in all HCCs.

Xu Guo (174019)
Yanna (337799)
Xi Ma (201011)
Jiaze An (337803)
Yukui Shang (337805)
Qichao Huang (201004)
Hushan Yang (125696)
Zhinan Chen (250343)
Jinliang Xing (125690)

February 2013

Chromosomal segments with significant gain were highlighted in red and those with significant los...

Genomic Gains and Losses in Pancreatic Cancer.

Jian-Wei Liang (673513)
Zhi-Zhou Shi (673514)
Tian-Yun Shen (673515)
Xu Che (673516)
Zheng Wang (25883)
Su-Sheng Shi (673517)
Xin Xu (11989)
Yan Cai (298695)
Ping Zhao (47228)
Cheng-Feng Wang (673518)
Zhi-Xiang Zhou (673519)
Ming-Rong Wang (648367)

December 2014

Note: 1: when two or more adjacent cytobands have copy number changes at a frequency above 30% (g...

Clustering of 5043 malignant epithelial neoplasias by the pattern of gains and losses, using regions previously defined as highly aberrant in one or several entities (ref

Michael Baudis (39943)

December 2011

Copyright information:Taken from "Genomic imbalances in 5918 malignant epithelial t...

Copy-number aberrations in mammary carcinomas from (SD×COP)F1 rats.

Mayumi Nishimura (455516)
Kazuhiro Daino (203837)
Maki Fukuda (11272926)
Ikuya Tanaka (11272929)
Hitomi Moriyama (11272932)
Kaye Showler (11272935)
Yukiko Nishimura (11272938)
Masaru Takabatake (3202710)
Toshiaki Kokubo (11272941)
Atsuko Ishikawa (11272944)
Kazumasa Inoue (3701080)
Masahiro Fukushi (3202707)
Shizuko Kakinuma (763026)
Tatsuhiko Imaoka (455512)
Yoshiya Shimada (203843)

August 2021

A, Chromosomal losses (green) and gains (red) in 21 tumors. Aberrations observed in the same carcino...

Cumulative rates of gain and loss for tumors analyzed by CGH (red, 4 BRCA2-mutant tumors; black, 24 BRCAX tumors).

Audrey Rouault (292491)
Guillaume Banneau (292493)
Gaëtan MacGrogan (29233)
Natalie Jones (292495)
Nabila Elarouci (292496)
Emmanuelle Barouk-Simonet (292497)
Laurence Venat (292498)
Isabelle Coupier (292499)
Eric Letouzé (167040)
Aurélien de Reyniès (17289)
Françoise Bonnet (292500)
Richard Iggo (292501)
Nicolas Sévenet (292502)
Michel Longy (29236)

February 2013

A, All chromosomes; B, Chromosome 13; C, Chromosome 14. Each vertical line in B & C corresponds t...

Analysis of the Relationship between Sex and Chromosomal Aberrations in Colorectal Cancer by Comparative

Genomic Hybridization
J Unotoro
H Kamiyama
Y Ishido
Y Yaginuma
S Kasamaki
K Sakamoto
A Oota
Y Ishibashi
T Kamano
Key Words
Colorectal Cancer
Genetics Comparative
Genomic Hybridization
X Chromosome

October 2016

Colorectal cancer is thought to be more common in men than in women. The chromosomal locations of DN...

Inferring chromosomal instability from copy number aberrations as a measure of chromosomal instability across human cancers

Sasha Taluri
Vishal H. Oza
Tabea M. Soelter
Jennifer L. Fisher
Brittany N. Lasseigne

December 2023

Abstract Background Cancer is a complex disease that is the second leading cause of death in the Uni...

Visualization of single case aberration patterns in 123 carcinomas with gain on 11q13 and concomitant proximal loss

Michael Baudis (39943)

December 2011

Copyright information:Taken from "Genomic imbalances in 5918 malignant epithelial t...

Cancer cells preferentially lose small chromosomes

Duijf, Pascal
Schultz, Nikolaus
Benezra, Robert

January 2012

Genetic and genomic aberrations are the primary cause of cancer. Chromosome missegregation leads to ...

Clone gains/losses by ALT activity.

Lisa A. Boardman (217913)
Ruth A. Johnson (488334)
Kimberly B. Viker (488335)
Kari A. Hafner (488336)
Robert B. Jenkins (191215)
Douglas L. Riegert-Johnson (488337)
Thomas C. Smyrk (144839)
Kristin Litzelman (488338)
Songwon Seo (488339)
Ronald E. Gangnon (135779)
Corinne D. Engelman (488340)
David N. Rider (205134)
Russell J. Vanderboom (488341)
Stephen N. Thibodeau (163051)
Gloria M. Petersen (226671)
Halcyon G. Skinner (488342)

November 2013

Tumors that were ALT- exhibited significantly more chromosomal gains/losses than ALT+ rectal canc...

Frequency of gains and losses in histological groups.

Sabrina A. H. M. van den Tillaart (431800)
Wim E. Corver (431801)
Dina Ruano Neto (431802)
Natalja T. ter Haar (431803)
Jelle J. Goeman (123389)
J. Baptist M. Z Trimbos (431804)
Gertjan J. Fleuren (431805)
Jan Oosting (24912)

July 2013

Gains are depicted on top of the ideograms, while losses are depicted below. Red: squamous tumors...

Karyogram view of detected gains and losses regions across autosomes.

Nur Zarina Ali Hassan (546006)
Norfilza Mohd Mokhtar (546007)
Teow Kok Sin (546008)
Isa Mohamed Rose (546009)
Ismail Sagap (546010)
Roslan Harun (546011)
Rahman Jamal (546012)

April 2014

Gains are shown in green and losses are shown in red. The length of the horizontal bar correspond...

Comparison of chromosomal aberrations in CDC and UUT-UC tumors in percent.

Abstract

Extracted data

Comparison of chromosomal aberrations in CDC and UUT-UC tumors in percent.

Abstract

Extracted data

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