Precision of the different methods in test set 4 with all the interactions described in the reference standard Drugs.com (high and moderate clinically significant interactions).

Precision of injection, within-day stability, repeatability of sample preparation of the serum analytical method in negative ion mode (n = 5).

Jing Peng (102796)
Shuang Cai (379287)
Lin Wang (11986)
Nan Zhao (351674)
Ting-jian Zhang (533773)
Zai-xing Chen (533774)
Fan-hao Meng (533775)

March 2014

Precision of injection, within-day stability, repeatability of sample preparation of the serum an...

Accuracy and Precision from the Repetitive Analysis of Five Fortified Urine Pools.

James E. McGuffey (596997)
Binnian Wei (596998)
John T. Bernert (17766)
John C. Morrow (596999)
Baoyun Xia (597000)
Lanqing Wang (597001)
Benjamin C. Blount (16394)

July 2014

Accuracy and Precision from the Repetitive Analysis of Five Fortified Urine Pools.</p

Comparison of the mean average precision of the MLLE, LLE, MSE, PCA and LE methods.

Hualei Shen (497432)
Dacheng Tao (331902)
Dianfu Ma (497433)

December 2013

Comparison of the mean average precision of the MLLE, LLE, MSE, PCA and LE methods.</p

Precision of the different methods in test set 1 with all the interactions described in the reference standard Drugdex (interactions well_established+probable+theoretical).

Santiago Vilar (148764)
Tal Lorberbaum (753820)
George Hripcsak (242191)
Nicholas P. Tatonetti (387205)

June 2015

Precision of the different methods in test set 1 with all the interactions described in the refer...

The accuracy, MSE, specificity and sensitivity obtained from the four different experimental models of this study.

Emmanuel Adetiba (832176)
Oludayo O. Olugbara (832177)

December 2015

The accuracy, MSE, specificity and sensitivity obtained from the four different experimental mode...

Comparison of accuracy and precision of different methods based median and standard deviation of .

Jian Cui (182110)
Konstantinos Petritis (467467)
Tony Tegeler (467468)
Brianne Petritis (467469)
Xuepo Ma (467470)
Yufang Jin (467471)
Shou-Jiang (SJ) Gao (467472)
Jianqiu (Michelle) Zhang (467473)

October 2013

Comparison of accuracy and precision of different methods based median and standard deviation of ...

Precision of CD4 T cells counts and percentages at different categories of CD4 T cells/μL.

Ann Ceulemans (490894)
Chaymae Bouzahzah (6256622)
Irena Prat (3701077)
Willy Urassa (780715)
Luc Kestens (163888)

January 2019

Precision of CD4 T cells counts and percentages at different categories of CD4 T cells/μL.</p

Precision effects of calibration for (a) bulk fluorescence and (b) flow cytometry, showing geometric standard deviation over the values reported from different laboratories (geometric mean over test devices ±1 geometric standard deviation).

Jacob Beal (255102)
Traci Haddock-Angelli (2551534)
Geoff Baldwin (1274886)
Markus Gershater (2551531)
Ari Dwijayanti (5435213)
Marko Storch (197138)
Kim de Mora (563297)
Meagan Lizarazo (2551528)
Randy Rettberg (2551522)

June 2018

Precision effects of calibration for (a) bulk fluorescence and (b) flow cytometry, showing geomet...

The accuracy, specificity, and sensitivity measurements for all methods and test subsets.

Guy Shtar (7114328)
Adir Solomon (17364081)
Eyal Mazuz (17364084)
Lior Rokach (5844041)
Bracha Shapira (7114331)

November 2023

The accuracy, specificity, and sensitivity measurements for all methods and test subsets.</p

Reference dependent alignment accuracy (%) for different methods on the test sets.

Juan A. Morales-Cordovilla (5328770)
Victoria Sanchez (5328773)
Martin Ratajczak (5328767)

June 2018

Reference dependent alignment accuracy (%) for different methods on the test sets.</p

Formulation of accuracy and precision.

H. Nijland (3909643)
J. G. Gerbers (3909652)
S. K. Bulstra (3909646)
J. Overbosch (3909655)
M. Stevens (3560288)
P. C. Jutte (3909649)

April 2017

A: high accuracy, high precision, B: high accuracy, low precision, C: low accuracy, high precisio...

Precision and recalls for the benchmarking of the reaction-to-gene association score.

Adam Alexander Thil Smith (160583)
Eugeni Belda (160587)
Alain Viari (72589)
Claudine Medigue (3525755)
David Vallenet (10221)

May 2012

Precision and recalls for the benchmarking of the reaction-to-gene association score.</p

The accuracy of different m values on PDB1075 (Five-fold cross validation).

Yubo Wang (556762)
Yijie Ding (1522819)
Fei Guo (181055)
Leyi Wei (3959444)
Jijun Tang (87257)

September 2017

The accuracy of different m values on PDB1075 (Five-fold cross validation).</p

Precision and accuracy of the determination of cannabinoids in cream (Intra-day n = 5).

Qingfang Meng (5007824)
Beth Buchanan (5007821)
Jonathan Zuccolo (252930)
Mathieu-Marc Poulin (5007830)
Joseph Gabriele (5007827)
David Charles Baranowski (5007815)

May 2018

Precision and accuracy of the determination of cannabinoids in cream (Intra-day n = 5).</p

Intra-day and inter-day precision and accuracy for the determination for nine compounds from the assay samples (n = 6).

Lee-Hsin Shaw (309531)
Lie-Chwen Lin (304431)
Tung-Hu Tsai (271408)

February 2013

Intra-day and inter-day precision and accuracy for the determination for nine compounds from the ...

Precision of injection, within-day stability, repeatability of sample preparation of the serum analytical method in negative ion mode (n = 5).

Jing Peng (102796)
Shuang Cai (379287)
Lin Wang (11986)
Nan Zhao (351674)
Ting-jian Zhang (533773)
Zai-xing Chen (533774)
Fan-hao Meng (533775)

March 2014

Precision of injection, within-day stability, repeatability of sample preparation of the serum an...

Accuracy and Precision from the Repetitive Analysis of Five Fortified Urine Pools.

James E. McGuffey (596997)
Binnian Wei (596998)
John T. Bernert (17766)
John C. Morrow (596999)
Baoyun Xia (597000)
Lanqing Wang (597001)
Benjamin C. Blount (16394)

July 2014

Accuracy and Precision from the Repetitive Analysis of Five Fortified Urine Pools.</p

Comparison of the mean average precision of the MLLE, LLE, MSE, PCA and LE methods.

Hualei Shen (497432)
Dacheng Tao (331902)
Dianfu Ma (497433)

December 2013

Comparison of the mean average precision of the MLLE, LLE, MSE, PCA and LE methods.</p

Precision of the different methods in test set 1 with all the interactions described in the reference standard Drugdex (interactions well_established+probable+theoretical).

Santiago Vilar (148764)
Tal Lorberbaum (753820)
George Hripcsak (242191)
Nicholas P. Tatonetti (387205)

June 2015

Precision of the different methods in test set 1 with all the interactions described in the refer...

The accuracy, MSE, specificity and sensitivity obtained from the four different experimental models of this study.

Emmanuel Adetiba (832176)
Oludayo O. Olugbara (832177)

December 2015

The accuracy, MSE, specificity and sensitivity obtained from the four different experimental mode...

Comparison of accuracy and precision of different methods based median and standard deviation of .

Jian Cui (182110)
Konstantinos Petritis (467467)
Tony Tegeler (467468)
Brianne Petritis (467469)
Xuepo Ma (467470)
Yufang Jin (467471)
Shou-Jiang (SJ) Gao (467472)
Jianqiu (Michelle) Zhang (467473)

October 2013

Comparison of accuracy and precision of different methods based median and standard deviation of ...

Precision of CD4 T cells counts and percentages at different categories of CD4 T cells/μL.

Ann Ceulemans (490894)
Chaymae Bouzahzah (6256622)
Irena Prat (3701077)
Willy Urassa (780715)
Luc Kestens (163888)

January 2019

Precision of CD4 T cells counts and percentages at different categories of CD4 T cells/μL.</p

Precision effects of calibration for (a) bulk fluorescence and (b) flow cytometry, showing geometric standard deviation over the values reported from different laboratories (geometric mean over test devices ±1 geometric standard deviation).

Jacob Beal (255102)
Traci Haddock-Angelli (2551534)
Geoff Baldwin (1274886)
Markus Gershater (2551531)
Ari Dwijayanti (5435213)
Marko Storch (197138)
Kim de Mora (563297)
Meagan Lizarazo (2551528)
Randy Rettberg (2551522)

June 2018

Precision effects of calibration for (a) bulk fluorescence and (b) flow cytometry, showing geomet...

The accuracy, specificity, and sensitivity measurements for all methods and test subsets.

Guy Shtar (7114328)
Adir Solomon (17364081)
Eyal Mazuz (17364084)
Lior Rokach (5844041)
Bracha Shapira (7114331)

November 2023

The accuracy, specificity, and sensitivity measurements for all methods and test subsets.</p

Reference dependent alignment accuracy (%) for different methods on the test sets.

Juan A. Morales-Cordovilla (5328770)
Victoria Sanchez (5328773)
Martin Ratajczak (5328767)

June 2018

Reference dependent alignment accuracy (%) for different methods on the test sets.</p

Formulation of accuracy and precision.

H. Nijland (3909643)
J. G. Gerbers (3909652)
S. K. Bulstra (3909646)
J. Overbosch (3909655)
M. Stevens (3560288)
P. C. Jutte (3909649)

April 2017

A: high accuracy, high precision, B: high accuracy, low precision, C: low accuracy, high precisio...

Precision and recalls for the benchmarking of the reaction-to-gene association score.

Adam Alexander Thil Smith (160583)
Eugeni Belda (160587)
Alain Viari (72589)
Claudine Medigue (3525755)
David Vallenet (10221)

May 2012

Precision and recalls for the benchmarking of the reaction-to-gene association score.</p

The accuracy of different m values on PDB1075 (Five-fold cross validation).

Yubo Wang (556762)
Yijie Ding (1522819)
Fei Guo (181055)
Leyi Wei (3959444)
Jijun Tang (87257)

September 2017

The accuracy of different m values on PDB1075 (Five-fold cross validation).</p

Precision and accuracy of the determination of cannabinoids in cream (Intra-day n = 5).

Qingfang Meng (5007824)
Beth Buchanan (5007821)
Jonathan Zuccolo (252930)
Mathieu-Marc Poulin (5007830)
Joseph Gabriele (5007827)
David Charles Baranowski (5007815)

May 2018

Precision and accuracy of the determination of cannabinoids in cream (Intra-day n = 5).</p

Intra-day and inter-day precision and accuracy for the determination for nine compounds from the assay samples (n = 6).

Lee-Hsin Shaw (309531)
Lie-Chwen Lin (304431)
Tung-Hu Tsai (271408)

February 2013

Intra-day and inter-day precision and accuracy for the determination for nine compounds from the ...

Precision of injection, within-day stability, repeatability of sample preparation of the serum analytical method in negative ion mode (n = 5).

Jing Peng (102796)
Shuang Cai (379287)
Lin Wang (11986)
Nan Zhao (351674)
Ting-jian Zhang (533773)
Zai-xing Chen (533774)
Fan-hao Meng (533775)

March 2014

Precision of injection, within-day stability, repeatability of sample preparation of the serum an...

Accuracy and Precision from the Repetitive Analysis of Five Fortified Urine Pools.

James E. McGuffey (596997)
Binnian Wei (596998)
John T. Bernert (17766)
John C. Morrow (596999)
Baoyun Xia (597000)
Lanqing Wang (597001)
Benjamin C. Blount (16394)

July 2014

Accuracy and Precision from the Repetitive Analysis of Five Fortified Urine Pools.</p

Comparison of the mean average precision of the MLLE, LLE, MSE, PCA and LE methods.

Hualei Shen (497432)
Dacheng Tao (331902)
Dianfu Ma (497433)

December 2013

Comparison of the mean average precision of the MLLE, LLE, MSE, PCA and LE methods.</p

Precision of the different methods in test set 4 with all the interactions described in the reference standard Drugs.com (high and moderate clinically significant interactions).

Abstract

Extracted data

Precision of the different methods in test set 4 with all the interactions described in the reference standard Drugs.com (high and moderate clinically significant interactions).

Abstract

Extracted data

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