Spearman’s rank order correlation evaluating associations between S6K1, S6K2, 4EBP1 and E2F1 mRNA expression (continuous values) in three breast cancer cohorts.

Spearman’s rank-order correlation coefficient (ρ) calculated at different time points for each of the analytical methods and targets used in this study (i.e., columns -rows and letters from A to D).

Farina Khattak (8486067)
Salvatore Galgano (13813080)
Jos Houdijk (13813083)

September 2022

Spearman’s rank-order correlation coefficient (ρ) calculated at different time points for each of th...

Correlation analysis of mRNA expression in human breast cancer tissues.

Laura Huth (600845)
Michael Rose (321021)
Veronika Kloubert (600846)
Wiebke Winkens (600847)
Martin Schlensog (600848)
Arndt Hartmann (42756)
Ruth Knüchel (42757)
Edgar Dahl (42758)

July 2014

(A) By comparing the BDNF and SFRP1 mRNA expression of 87 tumor samples a significa...

Significant Spearman rank-correlations with R-values > 0.20 between tumor and stromal cell expression of FAP-1 or α-SMA in TMA samples from NSCLC patients (n = 536 for correlations with CD3 and correlations between FAP-1 and α-SMA and 326 for the remaining correlations) and in subgroup analyses of NSCLC according to histology (SCC n = 289 for correlations with CD3 and correlations between FAP-1 and α-SMA and 191 for the remaining correlations, ADC N = 201 for correlations with CD3 and correlations between FAP-1 and α-SMA and 95 for the remaining correlations).

Thomas K. Kilvaer (304152)
Mehrdad Rakaee Khanehkenari (781449)
Turid Hellevik (781450)
Samer Al-Saad (186401)
Erna-Elise Paulsen (781451)
Roy M. Bremnes (186405)
Lill-Tove Busund (186409)
Tom Donnem (186362)
Inigo Z. Martinez (781452)

August 2015

Abbreviations: SCC, squamous-cell carcinoma; ADC, adenocarcinoma; FAP-1, Fibroblast activating pr...

Correlation analysis based on Spearman’s rank correlation coefficient between gene expression data and the histological grade (or metastasis status).

Anna Takahashi (475164)
Robert Nakayama (475154)
Nanako Ishibashi (625673)
Ayano Doi (616032)
Risa Ichinohe (616031)
Yoriko Ikuyo (625674)
Teruyoshi Takahashi (475158)
Shigetaka Marui (475160)
Koji Yasuhara (475161)
Tetsuro Nakamura (475162)
Shintaro Sugita (475165)
Hiromi Sakamoto (212872)
Teruhiko Yoshida (65725)
Tadashi Hasegawa (65726)
Hiro Takahashi (65723)

September 2014

Correlation analysis based on Spearman’s rank correlation coefficient between gene expression dat...

Inverse correlation between δEF1 and ER-α expression in breast cancers.

Shaocong Guo (108564)
Yaqing Li (108567)
Qi Tong (108570)
Feng Gu (45619)
Tianhui Zhu (64659)
Li Fu (85791)
Shuang Yang (64650)

December 2012

p = 0.034.p values were calculated by Spearman’s Rank-Correlation test (n ...

Spearman’s rank correlation coefficient between microRNA fold expression levels in triple-negative and non triple negative breast cancer cases.

Imen Medimegh (698209)
Ines Omrane (698210)
Maud Privat (596015)
Nancy Uhrhummer (698211)
Hajer Ayari (85739)
Fadoua Belaiba (698212)
Farhat Benayed (698213)
Khaled Benromdhan (698214)
Sylvie Mader (63328)
Ives-Jean Bignon (698215)
Amel Benammar Elgaaied (490361)

November 2014

Underlined letters concern the correlation between miRs across triple negative breast cancer. The...

Spearman's rank correlation of diversity metrics with cancer stage and tumor grade for the AKT pathway.

John F. Graf (414116)
Maria I. Zavodszky (4634239)

November 2017

Spearman's rank correlation of diversity metrics with cancer stage and tumor grade for the AKT pa...

Spearman's rank correlation of diversity metrics with cancer stage and tumor grade for the cancer hallmark gene set, Inducing Angiogenesis.

John F. Graf (414116)
Maria I. Zavodszky (4634239)

November 2017

Spearman's rank correlation of diversity metrics with cancer stage and tumor grade for the cancer...

Correlations between BRCA1-IRIS expression and AKT1, AKT2, p-AKT and survivin in breast tumor samples.

Yoshiko Shimizu (171960)
Hugh Luk (171965)
David Horio (171970)
Penelope Miron (171974)
Michael Griswold (171977)
Dirk Iglehart (171981)
Brenda Hernandez (171985)
Jeffrey Killeen (171990)
Wael M. ElShamy (171996)

April 2012

Nonparametric Spearman rank correlation test comparing BRCA-IRIS and AKT1, AKT2, p-AKT, an...

Relationship between expression of TNF and expression of the 19 others identified putative TNF-inducible genes in 48 REα negative breast tumors and 48 REα positive breast tumors.

Martine Perrot-Applanat (348536)
Sophie Vacher (233965)
Aurore Toullec (348538)
Irma Pelaez (348540)
Guillaume Velasco (348542)
Françoise Cormier (271733)
Hanan El Sheikh Saad (348544)
Rosette Lidereau (3496)
Véronique Baud (318941)
Ivan Bièche (3492)

February 2013

aSpearman correlation coefficient. bP value, Spearman rank co...

Summary of the correlation coefficients (Spearman’s rank correlation coefficient) between measures of sequence evolution and gene expression-related measures.

Niklas Mähler (3924569)
Jing Wang (1228470)
Barbara K. Terebieniec (3924566)
Pär K. Ingvarsson (163271)
Nathaniel R. Street (486410)
Torgeir R. Hvidsten (262006)

April 2017

Summary of the correlation coefficients (Spearman’s rank correlation coefficient) between measure...

Spearman’s rank-order correlation coefficient (ρ) calculated for each of the analytical methods and targets used in this study at different time points (i.e., columns -rows and letters from A to F).

Farina Khattak (8486067)
Salvatore Galgano (13813080)
Jos Houdijk (13813083)

September 2022

Spearman’s rank-order correlation coefficient (ρ) calculated for each of the analytical methods and ...

Spearman's rank correlation between individual gene expression (PCR) and indices of stress.

Adrian M. Stankiewicz (824697)
Joanna Goscik (824698)
Alicja Majewska (505815)
Artur H. Swiergiel (824699)
Grzegorz R. Juszczak (824700)

November 2015

Correlation has been calculated for pooled data from all acute and chronic stress groups.S...

Relationship between mRNA levels of PHLPP1 versus PHLPP2 in (A) tumors and (B) adjacent non-cancerous mucosae.

Jieyu Zhou (707672)
Xuemin Yu (707673)
Juan Wang (115708)
Tao Li (86810)
Tong Jin (334811)
Dapeng Lei (707674)
Xinliang Pan (653730)

March 2015

The correlation coefficient (r) was calculated by using Spearman rank analysis.</p

The correlation analysis of the biomarkers were depended on Spearman rank correlation analysis (r = correlation coefficient, P value of 0 <0.0001).

Zhuang Yu (702576)
Haijiao Lu (742972)
Hongzong Si (742973)
Shihai Liu (497920)
Xianchao Li (742974)
Caihong Gao (742975)
Lianhua Cui (742976)
Chuan Li (158692)
Xue Yang (144876)
Xiaojun Yao (220558)

May 2015

The correlation analysis of the biomarkers were depended on Spearman rank correlation analysis (r...

Spearman’s rank-order correlation coefficient (ρ) calculated at different time points for each of the analytical methods and targets used in this study (i.e., columns -rows and letters from A to D).

Farina Khattak (8486067)
Salvatore Galgano (13813080)
Jos Houdijk (13813083)

September 2022

Spearman’s rank-order correlation coefficient (ρ) calculated at different time points for each of th...

Correlation analysis of mRNA expression in human breast cancer tissues.

Laura Huth (600845)
Michael Rose (321021)
Veronika Kloubert (600846)
Wiebke Winkens (600847)
Martin Schlensog (600848)
Arndt Hartmann (42756)
Ruth Knüchel (42757)
Edgar Dahl (42758)

July 2014

(A) By comparing the BDNF and SFRP1 mRNA expression of 87 tumor samples a significa...

Significant Spearman rank-correlations with R-values > 0.20 between tumor and stromal cell expression of FAP-1 or α-SMA in TMA samples from NSCLC patients (n = 536 for correlations with CD3 and correlations between FAP-1 and α-SMA and 326 for the remaining correlations) and in subgroup analyses of NSCLC according to histology (SCC n = 289 for correlations with CD3 and correlations between FAP-1 and α-SMA and 191 for the remaining correlations, ADC N = 201 for correlations with CD3 and correlations between FAP-1 and α-SMA and 95 for the remaining correlations).

Thomas K. Kilvaer (304152)
Mehrdad Rakaee Khanehkenari (781449)
Turid Hellevik (781450)
Samer Al-Saad (186401)
Erna-Elise Paulsen (781451)
Roy M. Bremnes (186405)
Lill-Tove Busund (186409)
Tom Donnem (186362)
Inigo Z. Martinez (781452)

August 2015

Abbreviations: SCC, squamous-cell carcinoma; ADC, adenocarcinoma; FAP-1, Fibroblast activating pr...

Correlation analysis based on Spearman’s rank correlation coefficient between gene expression data and the histological grade (or metastasis status).

Anna Takahashi (475164)
Robert Nakayama (475154)
Nanako Ishibashi (625673)
Ayano Doi (616032)
Risa Ichinohe (616031)
Yoriko Ikuyo (625674)
Teruyoshi Takahashi (475158)
Shigetaka Marui (475160)
Koji Yasuhara (475161)
Tetsuro Nakamura (475162)
Shintaro Sugita (475165)
Hiromi Sakamoto (212872)
Teruhiko Yoshida (65725)
Tadashi Hasegawa (65726)
Hiro Takahashi (65723)

September 2014

Correlation analysis based on Spearman’s rank correlation coefficient between gene expression dat...

Inverse correlation between δEF1 and ER-α expression in breast cancers.

Shaocong Guo (108564)
Yaqing Li (108567)
Qi Tong (108570)
Feng Gu (45619)
Tianhui Zhu (64659)
Li Fu (85791)
Shuang Yang (64650)

December 2012

p = 0.034.p values were calculated by Spearman’s Rank-Correlation test (n ...

Spearman’s rank correlation coefficient between microRNA fold expression levels in triple-negative and non triple negative breast cancer cases.

Imen Medimegh (698209)
Ines Omrane (698210)
Maud Privat (596015)
Nancy Uhrhummer (698211)
Hajer Ayari (85739)
Fadoua Belaiba (698212)
Farhat Benayed (698213)
Khaled Benromdhan (698214)
Sylvie Mader (63328)
Ives-Jean Bignon (698215)
Amel Benammar Elgaaied (490361)

November 2014

Underlined letters concern the correlation between miRs across triple negative breast cancer. The...

Spearman's rank correlation of diversity metrics with cancer stage and tumor grade for the AKT pathway.

John F. Graf (414116)
Maria I. Zavodszky (4634239)

November 2017

Spearman's rank correlation of diversity metrics with cancer stage and tumor grade for the AKT pa...

Spearman's rank correlation of diversity metrics with cancer stage and tumor grade for the cancer hallmark gene set, Inducing Angiogenesis.

John F. Graf (414116)
Maria I. Zavodszky (4634239)

November 2017

Spearman's rank correlation of diversity metrics with cancer stage and tumor grade for the cancer...

Correlations between BRCA1-IRIS expression and AKT1, AKT2, p-AKT and survivin in breast tumor samples.

Yoshiko Shimizu (171960)
Hugh Luk (171965)
David Horio (171970)
Penelope Miron (171974)
Michael Griswold (171977)
Dirk Iglehart (171981)
Brenda Hernandez (171985)
Jeffrey Killeen (171990)
Wael M. ElShamy (171996)

April 2012

Nonparametric Spearman rank correlation test comparing BRCA-IRIS and AKT1, AKT2, p-AKT, an...

Relationship between expression of TNF and expression of the 19 others identified putative TNF-inducible genes in 48 REα negative breast tumors and 48 REα positive breast tumors.

Martine Perrot-Applanat (348536)
Sophie Vacher (233965)
Aurore Toullec (348538)
Irma Pelaez (348540)
Guillaume Velasco (348542)
Françoise Cormier (271733)
Hanan El Sheikh Saad (348544)
Rosette Lidereau (3496)
Véronique Baud (318941)
Ivan Bièche (3492)

February 2013

aSpearman correlation coefficient. bP value, Spearman rank co...

Summary of the correlation coefficients (Spearman’s rank correlation coefficient) between measures of sequence evolution and gene expression-related measures.

Niklas Mähler (3924569)
Jing Wang (1228470)
Barbara K. Terebieniec (3924566)
Pär K. Ingvarsson (163271)
Nathaniel R. Street (486410)
Torgeir R. Hvidsten (262006)

April 2017

Summary of the correlation coefficients (Spearman’s rank correlation coefficient) between measure...

Spearman’s rank-order correlation coefficient (ρ) calculated for each of the analytical methods and targets used in this study at different time points (i.e., columns -rows and letters from A to F).

Farina Khattak (8486067)
Salvatore Galgano (13813080)
Jos Houdijk (13813083)

September 2022

Spearman’s rank-order correlation coefficient (ρ) calculated for each of the analytical methods and ...

Spearman's rank correlation between individual gene expression (PCR) and indices of stress.

Adrian M. Stankiewicz (824697)
Joanna Goscik (824698)
Alicja Majewska (505815)
Artur H. Swiergiel (824699)
Grzegorz R. Juszczak (824700)

November 2015

Correlation has been calculated for pooled data from all acute and chronic stress groups.S...

Relationship between mRNA levels of PHLPP1 versus PHLPP2 in (A) tumors and (B) adjacent non-cancerous mucosae.

Jieyu Zhou (707672)
Xuemin Yu (707673)
Juan Wang (115708)
Tao Li (86810)
Tong Jin (334811)
Dapeng Lei (707674)
Xinliang Pan (653730)

March 2015

The correlation coefficient (r) was calculated by using Spearman rank analysis.</p

The correlation analysis of the biomarkers were depended on Spearman rank correlation analysis (r = correlation coefficient, P value of 0 <0.0001).

Zhuang Yu (702576)
Haijiao Lu (742972)
Hongzong Si (742973)
Shihai Liu (497920)
Xianchao Li (742974)
Caihong Gao (742975)
Lianhua Cui (742976)
Chuan Li (158692)
Xue Yang (144876)
Xiaojun Yao (220558)

May 2015

The correlation analysis of the biomarkers were depended on Spearman rank correlation analysis (r...

Spearman’s rank-order correlation coefficient (ρ) calculated at different time points for each of the analytical methods and targets used in this study (i.e., columns -rows and letters from A to D).

Farina Khattak (8486067)
Salvatore Galgano (13813080)
Jos Houdijk (13813083)

September 2022

Spearman’s rank-order correlation coefficient (ρ) calculated at different time points for each of th...

Correlation analysis of mRNA expression in human breast cancer tissues.

Laura Huth (600845)
Michael Rose (321021)
Veronika Kloubert (600846)
Wiebke Winkens (600847)
Martin Schlensog (600848)
Arndt Hartmann (42756)
Ruth Knüchel (42757)
Edgar Dahl (42758)

July 2014

(A) By comparing the BDNF and SFRP1 mRNA expression of 87 tumor samples a significa...

Significant Spearman rank-correlations with R-values > 0.20 between tumor and stromal cell expression of FAP-1 or α-SMA in TMA samples from NSCLC patients (n = 536 for correlations with CD3 and correlations between FAP-1 and α-SMA and 326 for the remaining correlations) and in subgroup analyses of NSCLC according to histology (SCC n = 289 for correlations with CD3 and correlations between FAP-1 and α-SMA and 191 for the remaining correlations, ADC N = 201 for correlations with CD3 and correlations between FAP-1 and α-SMA and 95 for the remaining correlations).

Thomas K. Kilvaer (304152)
Mehrdad Rakaee Khanehkenari (781449)
Turid Hellevik (781450)
Samer Al-Saad (186401)
Erna-Elise Paulsen (781451)
Roy M. Bremnes (186405)
Lill-Tove Busund (186409)
Tom Donnem (186362)
Inigo Z. Martinez (781452)

August 2015

Abbreviations: SCC, squamous-cell carcinoma; ADC, adenocarcinoma; FAP-1, Fibroblast activating pr...

Spearman’s rank order correlation evaluating associations between S6K1, S6K2, 4EBP1 and E2F1 mRNA expression (continuous values) in three breast cancer cohorts.

Abstract

Extracted data

Spearman’s rank order correlation evaluating associations between S6K1, S6K2, 4EBP1 and E2F1 mRNA expression (continuous values) in three breast cancer cohorts.

Abstract

Extracted data

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