Mean (standard deviation) of the ratio between T and NT areas of cross-sectional microhardness results for the different anti-cariogenic solutions (n = 6).

Mean standard deviation (across the three replication tracings) of the goodness of fit (MSE) and parameter values for each condition.

Rick Janssen (4856596)
Scott R. Moisik (4856599)
Dan Dediu (133282)

February 2018

Mean standard deviation (across the three replication tracings) of the goodness of fit (MSE</i...

Mean differences and confidence intervals for the sensitivity differences between the two indicated conditions.

Akemi Wakayama (6240335)
Chota Matsumoto (3088554)
Yoriko Ayato (6240338)
Yoshikazu Shimomura (3088563)

January 2019

Mean differences and confidence intervals for the sensitivity differences between the two indicated ...

Mean Rounds to Solution (and Standard Deviations) For Different Group Sizes and Feedback Types.

Michael E. Roberts (348023)
Robert L. Goldstone (282789)

February 2013

Mean Rounds to Solution (and Standard Deviations) For Different Group Sizes and Feedback Types.</...

Mean (standard deviation) of the ratio between T and NT areas of the cross-sectional microhardness for the different anti-cariogenic solutions combining the results for pH cycling with and without collagenase.

Flaviana Alves Dias (10439927)
Cristina M. P. Vidal (14485463)
Carissa L. Comnick (13039747)
Xian Jin Xie (9641856)
Sandrine Bittencourt Berger (4653292)

January 2023

Mean (standard deviation) of the ratio between T and NT areas of the cross-sectional microhardness f...

Mean and standard deviations of the stiffness values for the tested specimens (N/mm).

Xiyao Shan (6266075)
Shun Otsuka (6266078)
Tomiko Yakura (4956136)
Munekazu Naito (138197)
Takashi Nakano (253277)
Yasuo Kawakami (328482)

February 2019

Mean and standard deviations of the stiffness values for the tested specimens (N/mm).</p

Mean fracture strength and standard deviation (N) for different implant angulations.

Milad Bonyatpour (14492825)
Rashin Giti (9389148)
Behrad Erfanian (14492828)

January 2023

Mean fracture strength and standard deviation (N) for different implant angulations.</p

Mean, standard deviations, and differences in CRT scores according to experimental conditions.

Inmaculada Otero (14374500)
Pamela Alonso (14374503)

January 2023

Mean, standard deviations, and differences in CRT scores according to experimental conditions.</p

Mean values of mass, thickness, length, roughness, hardness and fracture force calculated for the enamel surface for the control and the cadmium group with corresponding post-hoc analysis results.

Izabela Świetlicka (6069032)
Ewa Tomaszewska (4112566)
Siemowit Muszyński (4112557)
Jose Luis Valverde Piedra (6585605)
Michał Świetlicki (6069044)
Adam Prószyński (6585608)
Krystian Cieślak (6585611)
Dariusz Wiącek (5558846)
Sylwia Szymańczyk (5029763)
Daniel Kamiński (6585614)

April 2019

Mean values of mass, thickness, length, roughness, hardness and fracture force calculated for the en...

Median and standard deviation (SD) of the nine individual values of the dermal carotenoid concentration as expressed in arbitrary units over a period of one month.

Julia Klein (300778)
Maxim E. Darvin (300779)
Kerstin E. Müller (300780)
Juergen Lademann (300781)

February 2013

Median and standard deviation (SD) of the nine individual values of the dermal carotenoid concent...

Calculated mean values for various properties, their standard deviations, and the differences between the mean values of wild type and mutated tubulins.

Kathiresan Natarajan (148849)
Sanjib Senapati (148857)

August 2012

Calculated mean values for various properties, their standard deviations, and the differences bet...

Mean and standard deviations of the hysteresis values for the tested specimens (%).

Xiyao Shan (6266075)
Shun Otsuka (6266078)
Tomiko Yakura (4956136)
Munekazu Naito (138197)
Takashi Nakano (253277)
Yasuo Kawakami (328482)

February 2019

Mean and standard deviations of the hysteresis values for the tested specimens (%).</p

Mean and standard deviation of biochemical parameters analyzed of both groups and the results of the statistical test.

Mauricio Gianfranchesco Filippi (6733658)
Mayra de Castro Ferreira Lima (6733661)
Antonio Carlos Paes (6074474)
Amanda Sarita Cruz Aleixo (6733664)
Eunice Oba (6135371)
Fabiana Ferreira de Souza (6733667)
Regina Kiomi Takahira (6733670)
Maria Lucia Gomes Lourenço (6733673)

May 2019

Mean and standard deviation of biochemical parameters analyzed of both groups and the results of the...

Mean differences and confidence intervals for the sensitivity differences between the two indicated conditions for the three eccentricity ranges.

Akemi Wakayama (6240335)
Chota Matsumoto (3088554)
Yoriko Ayato (6240338)
Yoshikazu Shimomura (3088563)

January 2019

Mean differences and confidence intervals for the sensitivity differences between the two indicated ...

Mean and standard deviations of the Young's modulus values for the tested specimens (MPa).

Xiyao Shan (6266075)
Shun Otsuka (6266078)
Tomiko Yakura (4956136)
Munekazu Naito (138197)
Takashi Nakano (253277)
Yasuo Kawakami (328482)

February 2019

Mean and standard deviations of the Young's modulus values for the tested specimens (MPa).</p

Mean values followed by their respective standard deviations of age, mass, height, BMI, fat percentage and VO2max.

Romeu P. M. Silva (6307787)
Cristiano L. M. Barros (6307790)
Thiago T. Mendes (6307793)
Emerson S. Garcia (6015389)
Vitor E. Valenti (6307796)
Luiz Carlos de Abreu (3164196)
David M. Garner (3694897)
Foued Salmen Espindola (586704)
Nilson Penha-Silva (3713518)

February 2019

Mean values followed by their respective standard deviations of age, mass, height, BMI, fat percenta...

Mean standard deviation (across the three replication tracings) of the goodness of fit (MSE) and parameter values for each condition.

Rick Janssen (4856596)
Scott R. Moisik (4856599)
Dan Dediu (133282)

February 2018

Mean standard deviation (across the three replication tracings) of the goodness of fit (MSE</i...

Mean differences and confidence intervals for the sensitivity differences between the two indicated conditions.

Akemi Wakayama (6240335)
Chota Matsumoto (3088554)
Yoriko Ayato (6240338)
Yoshikazu Shimomura (3088563)

January 2019

Mean differences and confidence intervals for the sensitivity differences between the two indicated ...

Mean Rounds to Solution (and Standard Deviations) For Different Group Sizes and Feedback Types.

Michael E. Roberts (348023)
Robert L. Goldstone (282789)

February 2013

Mean Rounds to Solution (and Standard Deviations) For Different Group Sizes and Feedback Types.</...

Mean (standard deviation) of the ratio between T and NT areas of the cross-sectional microhardness for the different anti-cariogenic solutions combining the results for pH cycling with and without collagenase.

Flaviana Alves Dias (10439927)
Cristina M. P. Vidal (14485463)
Carissa L. Comnick (13039747)
Xian Jin Xie (9641856)
Sandrine Bittencourt Berger (4653292)

January 2023

Mean (standard deviation) of the ratio between T and NT areas of the cross-sectional microhardness f...

Mean and standard deviations of the stiffness values for the tested specimens (N/mm).

Xiyao Shan (6266075)
Shun Otsuka (6266078)
Tomiko Yakura (4956136)
Munekazu Naito (138197)
Takashi Nakano (253277)
Yasuo Kawakami (328482)

February 2019

Mean and standard deviations of the stiffness values for the tested specimens (N/mm).</p

Mean fracture strength and standard deviation (N) for different implant angulations.

Milad Bonyatpour (14492825)
Rashin Giti (9389148)
Behrad Erfanian (14492828)

January 2023

Mean fracture strength and standard deviation (N) for different implant angulations.</p

Mean, standard deviations, and differences in CRT scores according to experimental conditions.

Inmaculada Otero (14374500)
Pamela Alonso (14374503)

January 2023

Mean, standard deviations, and differences in CRT scores according to experimental conditions.</p

Mean values of mass, thickness, length, roughness, hardness and fracture force calculated for the enamel surface for the control and the cadmium group with corresponding post-hoc analysis results.

Izabela Świetlicka (6069032)
Ewa Tomaszewska (4112566)
Siemowit Muszyński (4112557)
Jose Luis Valverde Piedra (6585605)
Michał Świetlicki (6069044)
Adam Prószyński (6585608)
Krystian Cieślak (6585611)
Dariusz Wiącek (5558846)
Sylwia Szymańczyk (5029763)
Daniel Kamiński (6585614)

April 2019

Mean values of mass, thickness, length, roughness, hardness and fracture force calculated for the en...

Median and standard deviation (SD) of the nine individual values of the dermal carotenoid concentration as expressed in arbitrary units over a period of one month.

Julia Klein (300778)
Maxim E. Darvin (300779)
Kerstin E. Müller (300780)
Juergen Lademann (300781)

February 2013

Median and standard deviation (SD) of the nine individual values of the dermal carotenoid concent...

Calculated mean values for various properties, their standard deviations, and the differences between the mean values of wild type and mutated tubulins.

Kathiresan Natarajan (148849)
Sanjib Senapati (148857)

August 2012

Calculated mean values for various properties, their standard deviations, and the differences bet...

Mean and standard deviations of the hysteresis values for the tested specimens (%).

Xiyao Shan (6266075)
Shun Otsuka (6266078)
Tomiko Yakura (4956136)
Munekazu Naito (138197)
Takashi Nakano (253277)
Yasuo Kawakami (328482)

February 2019

Mean and standard deviations of the hysteresis values for the tested specimens (%).</p

Mean and standard deviation of biochemical parameters analyzed of both groups and the results of the statistical test.

Mauricio Gianfranchesco Filippi (6733658)
Mayra de Castro Ferreira Lima (6733661)
Antonio Carlos Paes (6074474)
Amanda Sarita Cruz Aleixo (6733664)
Eunice Oba (6135371)
Fabiana Ferreira de Souza (6733667)
Regina Kiomi Takahira (6733670)
Maria Lucia Gomes Lourenço (6733673)

May 2019

Mean and standard deviation of biochemical parameters analyzed of both groups and the results of the...

Mean differences and confidence intervals for the sensitivity differences between the two indicated conditions for the three eccentricity ranges.

Akemi Wakayama (6240335)
Chota Matsumoto (3088554)
Yoriko Ayato (6240338)
Yoshikazu Shimomura (3088563)

January 2019

Mean differences and confidence intervals for the sensitivity differences between the two indicated ...

Mean and standard deviations of the Young's modulus values for the tested specimens (MPa).

Xiyao Shan (6266075)
Shun Otsuka (6266078)
Tomiko Yakura (4956136)
Munekazu Naito (138197)
Takashi Nakano (253277)
Yasuo Kawakami (328482)

February 2019

Mean and standard deviations of the Young's modulus values for the tested specimens (MPa).</p

Mean values followed by their respective standard deviations of age, mass, height, BMI, fat percentage and VO2max.

Romeu P. M. Silva (6307787)
Cristiano L. M. Barros (6307790)
Thiago T. Mendes (6307793)
Emerson S. Garcia (6015389)
Vitor E. Valenti (6307796)
Luiz Carlos de Abreu (3164196)
David M. Garner (3694897)
Foued Salmen Espindola (586704)
Nilson Penha-Silva (3713518)

February 2019

Mean values followed by their respective standard deviations of age, mass, height, BMI, fat percenta...

Mean standard deviation (across the three replication tracings) of the goodness of fit (MSE) and parameter values for each condition.

Rick Janssen (4856596)
Scott R. Moisik (4856599)
Dan Dediu (133282)

February 2018

Mean standard deviation (across the three replication tracings) of the goodness of fit (MSE</i...

Mean differences and confidence intervals for the sensitivity differences between the two indicated conditions.

Akemi Wakayama (6240335)
Chota Matsumoto (3088554)
Yoriko Ayato (6240338)
Yoshikazu Shimomura (3088563)

January 2019

Mean differences and confidence intervals for the sensitivity differences between the two indicated ...

Mean Rounds to Solution (and Standard Deviations) For Different Group Sizes and Feedback Types.

Michael E. Roberts (348023)
Robert L. Goldstone (282789)

February 2013

Mean Rounds to Solution (and Standard Deviations) For Different Group Sizes and Feedback Types.</...

Mean (standard deviation) of the ratio between T and NT areas of cross-sectional microhardness results for the different anti-cariogenic solutions (n = 6).

Abstract

Extracted data

Mean (standard deviation) of the ratio between T and NT areas of cross-sectional microhardness results for the different anti-cariogenic solutions (n = 6).

Abstract

Extracted data

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