Proportion (mean ± SD) of variance attributable to each source of variation relative to the total variation in metabolite intensity across all metabolites.

The relative percent deviation after conversion of estimated variance components and the variability for skewed distribution.

Guangming Li (607051)

July 2023

The relative percent deviation after conversion of estimated variance components and the variability...

Response proportions of each attribution for each condition (M ± SD).

Xiuyan Guo (354763)
Fengying Li (405393)
Zhiliang Yang (430375)
Zoltan Dienes (125530)

July 2013

Response proportions of each attribution for each condition (M ± SD).</p

Proportion of variation accounted for by mixed models predicting free concentration from either pH or total concentration.

Aleksey Etinger (4875982)
Kumar (4875973)
William Ackley (4875976)
Leland Soiefer (4875991)
Jonathan Chun (4875985)
Prabjhot Singh (4875994)
Eric Grossman (4875979)
Albert Matalon (4875997)
Robert S. Holzman (370826)
Bjorn Meijers (4875988)
Jerome Lowenstein (712706)

February 2018

Proportion of variation accounted for by mixed models predicting free concentration from either p...

Percentage of molecular variance amount among groups, among populations within groups and within populations.

Francesco Messina (3368654)
Tullia Di Corcia (5533457)
Michele Ragazzo (5533460)
Cesar Sanchez Mellado (5533466)
Irene Contini (5533451)
Patrizia Malaspina (5533454)
Bianca Maria Ciminelli (5533463)
Olga Rickards (95734)
Carla Jodice (3368666)

July 2018

Percentage of molecular variance amount among groups, among populations within groups and within ...

The proportion of various metabolites by metabolite class statistic analysis.

Li Xu (108702)
Min Li (12799)
Jingpu Zhang (1430263)
Dongxiao Li (4860226)
Jie Tao (227070)
Fuchun Zhang (129371)
Xia Jin (170912)
Jiahai Lu (111667)
Tiefu Liu (702648)

February 2024

The proportion of various metabolites by metabolite class statistic analysis.</p

Proportion of total random effects variance explained by population of origin, maternal line, and individual plant (residual) for five measured traits.

Rachel M. Mitchell (647669)
Jonathan D. Bakker (284869)

October 2014

Proportion of total random effects variance explained by population of origin, maternal line, and...

The proportional variation in the summed data of all subjects that can be explained by each factor, sorted by the amount of variance explained.

Vincent C. Sun (6018923)
Chien-Chung Chen (283521)

November 2018

The proportional variation in the summed data of all subjects that can be explained by each factor, ...

The relative percent deviation after conversion of estimated variance components and the variability for normal, dichotomous and polytomous distribution.

Guangming Li (607051)

July 2023

The relative percent deviation after conversion of estimated variance components and the variability...

Variance components analysis in urine (A) and blood (B) metabolites for meal effects.

Kyoungmi Kim (71466)
Christine Mall (514279)
Sandra L. Taylor (169294)
Stacie Hitchcock (514280)
Chen Zhang (66790)
Hiromi I. Wettersten (442745)
A. Daniel Jones (145424)
Arlene Chapman (514281)
Robert H. Weiss (442746)

January 2014

Distribution of the relative proportion of total variance explained by each factor (meal, subject...

Percentage of variation in the data that can be explained by variation in different factors.

Muhammad G. Kibriya (181641)
Farzana Jasmine (181645)
Shantanu Roy (60041)
Habibul Ahsan (13132)
Brandon L. Pierce (181635)

May 2016

Percentage of variation in the data that can be explained by variation in different factors.</p

Percentage of variance explained by cortisol measures from relative weight analysis (N = 513).

Jerrald L. Rector (3138459)
Louis Tay (5503451)
Christopher W. Wiese (6551144)
Elliot M. Friedman (445571)

April 2019

Percentage of variance explained by cortisol measures from relative weight analysis (N = 513).</p

Percent variance explained for each of the first five PC axes for each species.

V. Alex Sotola (6494549)
Cody A. Craig (6494552)
Peter J. Pfaff (6494555)
Jeremy D. Maikoetter (6494558)
Noland H. Martin (3281559)
Timothy H. Bonner (6494561)

March 2019

Percent variance explained for each of the first five PC axes for each species.</p

Proportion of medicines with significant dips in consumption, by disease and quarter.

Ninell Kadyrova (17598812)
Dzintars Gotham (3536519)
Stanislav Kniazkov (17460414)
Elsever Aghayev (17598815)
Polad Hajibalayev (17598818)
Zohid Ermatov (17598821)
Natasha Azzopardi Muscat (17598824)

December 2023

Proportion of medicines with significant dips in consumption, by disease and quarter.</p

Proportion of the behavioral data variance explained by each canonical variate or factor generated from CVA or R-factor analysis, respectively.

Juliana A. Morales (427069)
Danúbia G. Cardoso (427070)
Terezinha Maria C. Della Lucia (427071)
Raul Narciso C. Guedes (320643)

June 2013

Proportion of the behavioral data variance explained by each canonical variate or factor generate...

Proportions of source identification for correctly recognized items by Group and Test.

Yoav Kessler (532382)
Susan Vandermorris (532383)
Nigel Gopie (532384)
Alexander Daros (532385)
Gordon Winocur (532386)
Morris Moscovitch (532387)

March 2014

Proportions of source identification for correctly recognized items by Group and Test.</p

The relative percent deviation after conversion of estimated variance components and the variability for skewed distribution.

Guangming Li (607051)

July 2023

The relative percent deviation after conversion of estimated variance components and the variability...

Response proportions of each attribution for each condition (M ± SD).

Xiuyan Guo (354763)
Fengying Li (405393)
Zhiliang Yang (430375)
Zoltan Dienes (125530)

July 2013

Response proportions of each attribution for each condition (M ± SD).</p

Proportion of variation accounted for by mixed models predicting free concentration from either pH or total concentration.

Aleksey Etinger (4875982)
Kumar (4875973)
William Ackley (4875976)
Leland Soiefer (4875991)
Jonathan Chun (4875985)
Prabjhot Singh (4875994)
Eric Grossman (4875979)
Albert Matalon (4875997)
Robert S. Holzman (370826)
Bjorn Meijers (4875988)
Jerome Lowenstein (712706)

February 2018

Proportion of variation accounted for by mixed models predicting free concentration from either p...

Percentage of molecular variance amount among groups, among populations within groups and within populations.

Francesco Messina (3368654)
Tullia Di Corcia (5533457)
Michele Ragazzo (5533460)
Cesar Sanchez Mellado (5533466)
Irene Contini (5533451)
Patrizia Malaspina (5533454)
Bianca Maria Ciminelli (5533463)
Olga Rickards (95734)
Carla Jodice (3368666)

July 2018

Percentage of molecular variance amount among groups, among populations within groups and within ...

The proportion of various metabolites by metabolite class statistic analysis.

Li Xu (108702)
Min Li (12799)
Jingpu Zhang (1430263)
Dongxiao Li (4860226)
Jie Tao (227070)
Fuchun Zhang (129371)
Xia Jin (170912)
Jiahai Lu (111667)
Tiefu Liu (702648)

February 2024

The proportion of various metabolites by metabolite class statistic analysis.</p

Proportion of total random effects variance explained by population of origin, maternal line, and individual plant (residual) for five measured traits.

Rachel M. Mitchell (647669)
Jonathan D. Bakker (284869)

October 2014

Proportion of total random effects variance explained by population of origin, maternal line, and...

The proportional variation in the summed data of all subjects that can be explained by each factor, sorted by the amount of variance explained.

Vincent C. Sun (6018923)
Chien-Chung Chen (283521)

November 2018

The proportional variation in the summed data of all subjects that can be explained by each factor, ...

The relative percent deviation after conversion of estimated variance components and the variability for normal, dichotomous and polytomous distribution.

Guangming Li (607051)

July 2023

The relative percent deviation after conversion of estimated variance components and the variability...

Variance components analysis in urine (A) and blood (B) metabolites for meal effects.

Kyoungmi Kim (71466)
Christine Mall (514279)
Sandra L. Taylor (169294)
Stacie Hitchcock (514280)
Chen Zhang (66790)
Hiromi I. Wettersten (442745)
A. Daniel Jones (145424)
Arlene Chapman (514281)
Robert H. Weiss (442746)

January 2014

Distribution of the relative proportion of total variance explained by each factor (meal, subject...

Percentage of variation in the data that can be explained by variation in different factors.

Muhammad G. Kibriya (181641)
Farzana Jasmine (181645)
Shantanu Roy (60041)
Habibul Ahsan (13132)
Brandon L. Pierce (181635)

May 2016

Percentage of variation in the data that can be explained by variation in different factors.</p

Percentage of variance explained by cortisol measures from relative weight analysis (N = 513).

Jerrald L. Rector (3138459)
Louis Tay (5503451)
Christopher W. Wiese (6551144)
Elliot M. Friedman (445571)

April 2019

Percentage of variance explained by cortisol measures from relative weight analysis (N = 513).</p

Percent variance explained for each of the first five PC axes for each species.

V. Alex Sotola (6494549)
Cody A. Craig (6494552)
Peter J. Pfaff (6494555)
Jeremy D. Maikoetter (6494558)
Noland H. Martin (3281559)
Timothy H. Bonner (6494561)

March 2019

Percent variance explained for each of the first five PC axes for each species.</p

Proportion of medicines with significant dips in consumption, by disease and quarter.

Ninell Kadyrova (17598812)
Dzintars Gotham (3536519)
Stanislav Kniazkov (17460414)
Elsever Aghayev (17598815)
Polad Hajibalayev (17598818)
Zohid Ermatov (17598821)
Natasha Azzopardi Muscat (17598824)

December 2023

Proportion of medicines with significant dips in consumption, by disease and quarter.</p

Proportion of the behavioral data variance explained by each canonical variate or factor generated from CVA or R-factor analysis, respectively.

Juliana A. Morales (427069)
Danúbia G. Cardoso (427070)
Terezinha Maria C. Della Lucia (427071)
Raul Narciso C. Guedes (320643)

June 2013

Proportion of the behavioral data variance explained by each canonical variate or factor generate...

Proportions of source identification for correctly recognized items by Group and Test.

Yoav Kessler (532382)
Susan Vandermorris (532383)
Nigel Gopie (532384)
Alexander Daros (532385)
Gordon Winocur (532386)
Morris Moscovitch (532387)

March 2014

Proportions of source identification for correctly recognized items by Group and Test.</p

The relative percent deviation after conversion of estimated variance components and the variability for skewed distribution.

Guangming Li (607051)

July 2023

The relative percent deviation after conversion of estimated variance components and the variability...

Response proportions of each attribution for each condition (M ± SD).

Xiuyan Guo (354763)
Fengying Li (405393)
Zhiliang Yang (430375)
Zoltan Dienes (125530)

July 2013

Response proportions of each attribution for each condition (M ± SD).</p

Proportion of variation accounted for by mixed models predicting free concentration from either pH or total concentration.

Aleksey Etinger (4875982)
Kumar (4875973)
William Ackley (4875976)
Leland Soiefer (4875991)
Jonathan Chun (4875985)
Prabjhot Singh (4875994)
Eric Grossman (4875979)
Albert Matalon (4875997)
Robert S. Holzman (370826)
Bjorn Meijers (4875988)
Jerome Lowenstein (712706)

February 2018

Proportion of variation accounted for by mixed models predicting free concentration from either p...

Proportion (mean ± SD) of variance attributable to each source of variation relative to the total variation in metabolite intensity across all metabolites.

Abstract

Extracted data

Proportion (mean ± SD) of variance attributable to each source of variation relative to the total variation in metabolite intensity across all metabolites.

Abstract

Extracted data

Topics

Related items

Topics

Related items