Averaged correlations (from absolute values) for all neuropsychological variables and pain reports as a function of pain pressure intensity.

Person correlations (coefficient r) between mean CBFV variability in the three frequency bands and clinical pain (MPQ) in the total sample.

Casandra I. Montoro (5580131)
Stefan Duschek (5142671)
Daniel Schuepbach (5775182)
Miguel Gandarillas (5775185)
Gustavo A. Reyes del Paso (716195)

September 2018

Person correlations (coefficient r) between mean CBFV variability in the three frequency bands and c...

Pairwise Spearman's rank correlation coefficient between the pain intensity measured by VASs using four anchor descriptors.

Junya Yokobe (577709)
Masaki Kitahara (577710)
Masato Matsushima (577711)
Shoichi Uezono (577712)

June 2014

* Spearman's rank correlation coefficient statistically significant (p<0.05).</p

Cortical Thickness-to-Pain Threshold Correlations.

Todd J. Schwedt (578701)
Catherine D. Chong (578702)

June 2014

Correlations between cortical thickness and pain thresholds in migraineurs and controls are liste...

Correlations between the various factors of pain processing (r-values (p-values)).

Miriam Kunz (494874)
Jürgen Hennig (93603)
Anna J. Karmann (2589925)
Stefan Lautenbacher (494877)

April 2016

Correlations between the various factors of pain processing (r-values (p-values)).</p

Results of univariate correlation analyses performed for pain effect size versus INTENSITY x TIME.

Anna M. Polaski (6191567)
Amy L. Phelps (6191570)
Matthew C. Kostek (204785)
Kimberly A. Szucs (6191573)
Benedict J. Kolber (275430)

January 2019

Results of univariate correlation analyses performed for pain effect size versus INTENSITY x TIME.</...

Correlation coefficients between EEG parameters and pain ratings.

Stefan Schmidt (177529)
José Raúl Naranjo (5649223)
Christina Brenneisen (177531)
Julian Gundlach (177534)
Claudia Schultz (177538)
Holger Kaube (177540)
Thilo Hinterberger (177543)
Daniel Jeanmonod (177553)

March 2012

Only scales with significant correlations are reported.*p<.05,**p<.01.</p

Correlations of pain characteristics expressed as Spearman’s rank correlation coefficient with quality of life, depression, and selected variables of interest.

Peter Valkovic (787977)
Michal Minar (787978)
Helena Singliarova (787979)
Jan Harsany (787980)
Marta Hanakova (787981)
Jana Martinkova (787982)
Jan Benetin (787983)

August 2015

Correlation is significant at the P ≤ 0.01 level (2-tailed); P values are not shown.Correl...

Correlations between the normalized pain NRS on different levels of nociceptive images and the amplitudes of the later ERP components at selected sites (included only those with p<0.05).

Sam C. C. Chan (317669)
Chetwyn C. H. Chan (143427)
Anne S. K. Kwan (317670)
Kin-hung Ting (317671)
Tak-yi Chui (317672)

February 2013

Note: All significant level was p<0.05; Normalized Pain NRS = NRSImagery–NRSPerce...

Correlation between factors and Verbal Rating Scale (VRS) for pain intensity during training and game competition.

Likhit Amarttayakong (16954982)
Suppakorn Ruengyangmee (16954985)
Wiranya Nualkim (16954988)
Pimrawee Meelam (16954991)
Nattinan Rodchan (16954994)
Pattama Amarttayakong (16954997)
Nutcha Narom (16955000)
Kittithat Sudchoo (16955003)
Nitima Nulong (16955006)
Arada Chaiyamoon (16955009)
Sukrit Sangkhano (16955012)

September 2023

Correlation between factors and Verbal Rating Scale (VRS) for pain intensity during training and gam...

Pearson`s zero-order correlation coefficients for pain intensity and psychological variables.

Peter Knaster (124246)
Ann-Mari Estlander (124252)
Hasse Karlsson (124258)
Jaakko Kaprio (43154)
Eija Kalso (40771)

March 2016

Pearson`s zero-order correlation coefficients for pain intensity and psychological variables.</p

Correlations between the normalized pain NRS on different levels of nociceptive images and the Stroop Test scores (included only those with p<0.05).

Sam C. C. Chan (317669)
Chetwyn C. H. Chan (143427)
Anne S. K. Kwan (317670)
Kin-hung Ting (317671)
Tak-yi Chui (317672)

February 2013

Note: Normalized Pain NRS = NRSImagery–NRSPerception. Average normalized pa...

Correlations between sources activations and subjective ratings.

Nicholas Fallon (771870)
Xiaoyun Li (364006)
Andrej Stancak (351847)

July 2015

Spearman’s correlations (Rho and P values) for the difference between pain and non-pain pictures ...

Correlation of Subjective Pain Scores with Brain Activations Adjusted for Response Duration (Data-Driven Analysis) (n = 18).

Jesus Pujol (211914)
Marina López-Solà (211920)
Héctor Ortiz (5653846)
Joan Carles Vilanova (373269)
Ben J. Harrison (211912)
Murat Yücel (272266)
Carles Soriano-Mas (119376)
Narcís Cardoner (211927)
Joan Deus (211921)

February 2013

All correlations show P<0.05 False Discovery Rate (FDR) corrected for the volume of activa...

Correlation analysis between BOLD signal changes and pain ratings.

Yan Wang (15435)
Jin-Yan Wang (323977)
Fei Luo (289384)

February 2013

Linear correlation analyses were performed for the BOLD signal changes in the ROIs with the unple...

Correlation between QoL variables (SF-36) among participants with Moderate pain (VAPS).

Severino Azevedo de Oliveira Júnior (16834103)
Adriana Catarina de Souza Oliveira (14341229)
Mayara Priscilla Dantas Araújo (9987674)
Bruno Araújo da Silva Dantas (16324675)
Maria del Carmen García Sánchez (16834106)
Gilson de Vasconcelos Torres (5136305)

August 2023

Correlation between QoL variables (SF-36) among participants with Moderate pain (VAPS).</p

Person correlations (coefficient r) between mean CBFV variability in the three frequency bands and clinical pain (MPQ) in the total sample.

Casandra I. Montoro (5580131)
Stefan Duschek (5142671)
Daniel Schuepbach (5775182)
Miguel Gandarillas (5775185)
Gustavo A. Reyes del Paso (716195)

September 2018

Person correlations (coefficient r) between mean CBFV variability in the three frequency bands and c...

Pairwise Spearman's rank correlation coefficient between the pain intensity measured by VASs using four anchor descriptors.

Junya Yokobe (577709)
Masaki Kitahara (577710)
Masato Matsushima (577711)
Shoichi Uezono (577712)

June 2014

* Spearman's rank correlation coefficient statistically significant (p<0.05).</p

Cortical Thickness-to-Pain Threshold Correlations.

Todd J. Schwedt (578701)
Catherine D. Chong (578702)

June 2014

Correlations between cortical thickness and pain thresholds in migraineurs and controls are liste...

Correlations between the various factors of pain processing (r-values (p-values)).

Miriam Kunz (494874)
Jürgen Hennig (93603)
Anna J. Karmann (2589925)
Stefan Lautenbacher (494877)

April 2016

Correlations between the various factors of pain processing (r-values (p-values)).</p

Results of univariate correlation analyses performed for pain effect size versus INTENSITY x TIME.

Anna M. Polaski (6191567)
Amy L. Phelps (6191570)
Matthew C. Kostek (204785)
Kimberly A. Szucs (6191573)
Benedict J. Kolber (275430)

January 2019

Results of univariate correlation analyses performed for pain effect size versus INTENSITY x TIME.</...

Correlation coefficients between EEG parameters and pain ratings.

Stefan Schmidt (177529)
José Raúl Naranjo (5649223)
Christina Brenneisen (177531)
Julian Gundlach (177534)
Claudia Schultz (177538)
Holger Kaube (177540)
Thilo Hinterberger (177543)
Daniel Jeanmonod (177553)

March 2012

Only scales with significant correlations are reported.*p<.05,**p<.01.</p

Correlations of pain characteristics expressed as Spearman’s rank correlation coefficient with quality of life, depression, and selected variables of interest.

Peter Valkovic (787977)
Michal Minar (787978)
Helena Singliarova (787979)
Jan Harsany (787980)
Marta Hanakova (787981)
Jana Martinkova (787982)
Jan Benetin (787983)

August 2015

Correlation is significant at the P ≤ 0.01 level (2-tailed); P values are not shown.Correl...

Correlations between the normalized pain NRS on different levels of nociceptive images and the amplitudes of the later ERP components at selected sites (included only those with p<0.05).

Sam C. C. Chan (317669)
Chetwyn C. H. Chan (143427)
Anne S. K. Kwan (317670)
Kin-hung Ting (317671)
Tak-yi Chui (317672)

February 2013

Note: All significant level was p<0.05; Normalized Pain NRS = NRSImagery–NRSPerce...

Correlation between factors and Verbal Rating Scale (VRS) for pain intensity during training and game competition.

Likhit Amarttayakong (16954982)
Suppakorn Ruengyangmee (16954985)
Wiranya Nualkim (16954988)
Pimrawee Meelam (16954991)
Nattinan Rodchan (16954994)
Pattama Amarttayakong (16954997)
Nutcha Narom (16955000)
Kittithat Sudchoo (16955003)
Nitima Nulong (16955006)
Arada Chaiyamoon (16955009)
Sukrit Sangkhano (16955012)

September 2023

Correlation between factors and Verbal Rating Scale (VRS) for pain intensity during training and gam...

Pearson`s zero-order correlation coefficients for pain intensity and psychological variables.

Peter Knaster (124246)
Ann-Mari Estlander (124252)
Hasse Karlsson (124258)
Jaakko Kaprio (43154)
Eija Kalso (40771)

March 2016

Pearson`s zero-order correlation coefficients for pain intensity and psychological variables.</p

Correlations between the normalized pain NRS on different levels of nociceptive images and the Stroop Test scores (included only those with p<0.05).

Sam C. C. Chan (317669)
Chetwyn C. H. Chan (143427)
Anne S. K. Kwan (317670)
Kin-hung Ting (317671)
Tak-yi Chui (317672)

February 2013

Note: Normalized Pain NRS = NRSImagery–NRSPerception. Average normalized pa...

Correlations between sources activations and subjective ratings.

Nicholas Fallon (771870)
Xiaoyun Li (364006)
Andrej Stancak (351847)

July 2015

Spearman’s correlations (Rho and P values) for the difference between pain and non-pain pictures ...

Correlation of Subjective Pain Scores with Brain Activations Adjusted for Response Duration (Data-Driven Analysis) (n = 18).

Jesus Pujol (211914)
Marina López-Solà (211920)
Héctor Ortiz (5653846)
Joan Carles Vilanova (373269)
Ben J. Harrison (211912)
Murat Yücel (272266)
Carles Soriano-Mas (119376)
Narcís Cardoner (211927)
Joan Deus (211921)

February 2013

All correlations show P<0.05 False Discovery Rate (FDR) corrected for the volume of activa...

Correlation analysis between BOLD signal changes and pain ratings.

Yan Wang (15435)
Jin-Yan Wang (323977)
Fei Luo (289384)

February 2013

Linear correlation analyses were performed for the BOLD signal changes in the ROIs with the unple...

Correlation between QoL variables (SF-36) among participants with Moderate pain (VAPS).

Severino Azevedo de Oliveira Júnior (16834103)
Adriana Catarina de Souza Oliveira (14341229)
Mayara Priscilla Dantas Araújo (9987674)
Bruno Araújo da Silva Dantas (16324675)
Maria del Carmen García Sánchez (16834106)
Gilson de Vasconcelos Torres (5136305)

August 2023

Correlation between QoL variables (SF-36) among participants with Moderate pain (VAPS).</p

Person correlations (coefficient r) between mean CBFV variability in the three frequency bands and clinical pain (MPQ) in the total sample.

Casandra I. Montoro (5580131)
Stefan Duschek (5142671)
Daniel Schuepbach (5775182)
Miguel Gandarillas (5775185)
Gustavo A. Reyes del Paso (716195)

September 2018

Person correlations (coefficient r) between mean CBFV variability in the three frequency bands and c...

Pairwise Spearman's rank correlation coefficient between the pain intensity measured by VASs using four anchor descriptors.

Junya Yokobe (577709)
Masaki Kitahara (577710)
Masato Matsushima (577711)
Shoichi Uezono (577712)

June 2014

* Spearman's rank correlation coefficient statistically significant (p<0.05).</p

Cortical Thickness-to-Pain Threshold Correlations.

Todd J. Schwedt (578701)
Catherine D. Chong (578702)

June 2014

Correlations between cortical thickness and pain thresholds in migraineurs and controls are liste...

Averaged correlations (from absolute values) for all neuropsychological variables and pain reports as a function of pain pressure intensity.

Abstract

Extracted data

Averaged correlations (from absolute values) for all neuropsychological variables and pain reports as a function of pain pressure intensity.

Abstract

Extracted data

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