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The measured parameters according to the macroscopical characterization.

Dénes Pauka (16955686)
Viktor Soma Poór (16955689)
Péter Maróti (2642014)
Roland Told (16955692)
Dénes Tóth (1902076)
Tamás Tornóczky (16955695)
Tamás F. Molnár (16955698)
Gábor Simon (16955701)

Publication date

September 2023

DOI

10.1371/journal.pone.0287652.g007

Abstract

The horizontal axes of the graphs represent the three macroscopic groups (1: no atherosclerotic lesion, 2: fibrous plaques, 3: calcified plaques). Dots and asterisks represent outliers. A The force registered at the breaking point of the samples. B The maximum registered force. C Elongation of samples at breaking point by sampling site. D Maximum elongation of samples at breaking point by sampling site.</p

Extracted data

Related items

Scaling outcomes for peak impact force amplitude.

Sharon Elaine Warner (277942)
Phillip Pickering (277943)
Olga Panagiotopoulou (277944)
Thilo Pfau (277945)
Lei Ren (277946)
John Richard Hutchinson (277947)

January 2013

<p>a) peak vertical impact force amplitude; b) peak horizontal impact force amplitude. Black markers...

Sample characteristics by quartiles of Perfused Boundary Region (glycocalyx size).

Luca Valerio (6458681)
Ron J. Peters (6458684)
Aeilko H. Zwinderman (93416)
Sara-Joan Pinto-Sietsma (201152)

March 2019

Sample characteristics by quartiles of Perfused Boundary Region (glycocalyx size).</p

Measurement of strains based on changes in the diameter of wells.

Tsubasa S. Matsui (604187)
Hugejile Wu (5725049)
Shinji Deguchi (228220)

September 2018

(A) Photographs of an identical well before (Unstretch) and after (Stretch) 10% uniaxial stretch. Bl...

The measured parameters according to the histological characterization.

Dénes Pauka (16955686)
Viktor Soma Poór (16955689)
Péter Maróti (2642014)
Roland Told (16955692)
Dénes Tóth (1902076)
Tamás Tornóczky (16955695)
Tamás F. Molnár (16955698)
Gábor Simon (16955701)

September 2023

The horizontal axes of the graphs represent the five histologic groups. Dots represent outliers. A T...

The registered curves of tensile testing in different macroscopic groups.

Dénes Pauka (16955686)
Viktor Soma Poór (16955689)
Péter Maróti (2642014)
Roland Told (16955692)
Dénes Tóth (1902076)
Tamás Tornóczky (16955695)
Tamás F. Molnár (16955698)
Gábor Simon (16955701)

September 2023

Numbers represent the macroscopic group; letters A and B represent the sample groups (posterior and ...

The registered curves of tensile testing in different microscopic groups.

Dénes Pauka (16955686)
Viktor Soma Poór (16955689)
Péter Maróti (2642014)
Roland Told (16955692)
Dénes Tóth (1902076)
Tamás Tornóczky (16955695)
Tamás F. Molnár (16955698)
Gábor Simon (16955701)

September 2023

Roman numerals represent the microscopic group, letters A and B represent the sample groups (posteri...

Fringe plots showing macro-scale and micro-scale deformation metric regional distributions in the middle layer of cartilage of the femur (left) and tibia (right).

Scott C. Sibole (321901)
Ahmet Erdemir (321903)

February 2013

<p><b>A</b>. The effective strain which occurred at the macro-scale. <b>B</b>. The change in cellula...

Correlation between age and measured parameters.

Dénes Pauka (16955686)
Viktor Soma Poór (16955689)
Péter Maróti (2642014)
Roland Told (16955692)
Dénes Tóth (1902076)
Tamás Tornóczky (16955695)
Tamás F. Molnár (16955698)
Gábor Simon (16955701)

September 2023

The horizontal axes of the scatterplots show the age of the subjects. Each dot or triangle represent...

Correlation of the measured parameters in sample groups A and B.

Dénes Pauka (16955686)
Viktor Soma Poór (16955689)
Péter Maróti (2642014)
Roland Told (16955692)
Dénes Tóth (1902076)
Tamás Tornóczky (16955695)
Tamás F. Molnár (16955698)
Gábor Simon (16955701)

September 2023

There was no significant difference between sample groups A and B in thickness (p = 0.886) (A), forc...

Effect sizes for differences between M1 and subsequent measurements across all inter-stimuli intervals for the maximum radial displacement (Dm), delay time (Td) and contraction time (Tc).

Georg Langen (11914254)
Christine Lohr (11914257)
Olaf Ueberschär (9406745)
Michael Behringer (550915)

August 2023

Diamonds represent the estimates of the effect size, horizontal lines represent the confidence inter...

Samples plots of plaque wall stress, strain, wall shear stress and velocity on a mid-cut plane showing basic solution features.

Liang Wang (23021)
Jie Zheng (31208)
Akiko Maehara (835550)
Chun Yang (251691)
Kristen L. Billiar (346166)
Zheyang Wu (261398)
Richard Bach (835551)
David Muccigrosso (835552)
Gary S. Mintz (835553)
Dalin Tang (835554)

December 2015

<p>Samples plots of plaque wall stress, strain, wall shear stress and velocity on a mid-cut plane sh...

Macroscopic aspect of broken materials (orbital lamina).

Valentin Favier (4691665)
Nabil Zemiti (4560787)
Oscar Caravaca Mora (4560793)
Gérard Subsol (4344688)
Guillaume Captier (3633082)
Renaud Lebrun (225223)
Louis Crampette (4560796)
Michel Mondain (4560790)
Benjamin Gilles (682532)

December 2017

<p>Red point represents the pressure point. <b>A</b>: Sample positioned on a circular support for th...

The results of the overlapping rate between the calcified plaques detected by our method and drawn by manual.

Zhifan Gao (4583947)
Wei Guo (86150)
Xin Liu (43569)
Wenhua Huang (308204)
Heye Zhang (458632)
Ning Tan (547708)
William Kongto Hau (654906)
Yuan-Ting Zhang (654907)
Huafeng Liu (177955)

November 2014

<p>The sensitivity represents the percentage of the pixels correctly identified inside the calcified...

Statistics of each sampled specimen.

Mingqi Li (411125)
Xuemei Shao (762526)
Zhi-Yong Yin (780296)
Xinguo Xu (780297)

August 2015

<p>*Max: maximum width of each series; Min: minimum width of each series; Mean: average width of eac...

Compression testing stress-strain graph.

Oliver R. Boughton (5509124)
Shaocheng Ma (5509115)
Sarah Zhao (5509130)
Matthew Arnold (5509118)
Angus Lewis (5509133)
Ulrich Hansen (468260)
Justin P. Cobb (5509121)
Finn Giuliani (5509127)
Richard L. Abel (426314)

July 2018

<p>Graph displaying strain on the x-axis and stress (in GigaPascals) on the y-axis from one of the c...

Scaling outcomes for peak impact force amplitude.

Sharon Elaine Warner (277942)
Phillip Pickering (277943)
Olga Panagiotopoulou (277944)
Thilo Pfau (277945)
Lei Ren (277946)
John Richard Hutchinson (277947)

January 2013

<p>a) peak vertical impact force amplitude; b) peak horizontal impact force amplitude. Black markers...

Sample characteristics by quartiles of Perfused Boundary Region (glycocalyx size).

Luca Valerio (6458681)
Ron J. Peters (6458684)
Aeilko H. Zwinderman (93416)
Sara-Joan Pinto-Sietsma (201152)

March 2019

Sample characteristics by quartiles of Perfused Boundary Region (glycocalyx size).</p

Measurement of strains based on changes in the diameter of wells.

Tsubasa S. Matsui (604187)
Hugejile Wu (5725049)
Shinji Deguchi (228220)

September 2018

(A) Photographs of an identical well before (Unstretch) and after (Stretch) 10% uniaxial stretch. Bl...

The measured parameters according to the histological characterization.

Dénes Pauka (16955686)
Viktor Soma Poór (16955689)
Péter Maróti (2642014)
Roland Told (16955692)
Dénes Tóth (1902076)
Tamás Tornóczky (16955695)
Tamás F. Molnár (16955698)
Gábor Simon (16955701)

September 2023

The horizontal axes of the graphs represent the five histologic groups. Dots represent outliers. A T...

The registered curves of tensile testing in different macroscopic groups.

Dénes Pauka (16955686)
Viktor Soma Poór (16955689)
Péter Maróti (2642014)
Roland Told (16955692)
Dénes Tóth (1902076)
Tamás Tornóczky (16955695)
Tamás F. Molnár (16955698)
Gábor Simon (16955701)

September 2023

Numbers represent the macroscopic group; letters A and B represent the sample groups (posterior and ...

The registered curves of tensile testing in different microscopic groups.

Dénes Pauka (16955686)
Viktor Soma Poór (16955689)
Péter Maróti (2642014)
Roland Told (16955692)
Dénes Tóth (1902076)
Tamás Tornóczky (16955695)
Tamás F. Molnár (16955698)
Gábor Simon (16955701)

September 2023

Roman numerals represent the microscopic group, letters A and B represent the sample groups (posteri...

Fringe plots showing macro-scale and micro-scale deformation metric regional distributions in the middle layer of cartilage of the femur (left) and tibia (right).

Scott C. Sibole (321901)
Ahmet Erdemir (321903)

February 2013

<p><b>A</b>. The effective strain which occurred at the macro-scale. <b>B</b>. The change in cellula...

Correlation between age and measured parameters.

Dénes Pauka (16955686)
Viktor Soma Poór (16955689)
Péter Maróti (2642014)
Roland Told (16955692)
Dénes Tóth (1902076)
Tamás Tornóczky (16955695)
Tamás F. Molnár (16955698)
Gábor Simon (16955701)

September 2023

The horizontal axes of the scatterplots show the age of the subjects. Each dot or triangle represent...

Correlation of the measured parameters in sample groups A and B.

Dénes Pauka (16955686)
Viktor Soma Poór (16955689)
Péter Maróti (2642014)
Roland Told (16955692)
Dénes Tóth (1902076)
Tamás Tornóczky (16955695)
Tamás F. Molnár (16955698)
Gábor Simon (16955701)

September 2023

There was no significant difference between sample groups A and B in thickness (p = 0.886) (A), forc...

Effect sizes for differences between M1 and subsequent measurements across all inter-stimuli intervals for the maximum radial displacement (Dm), delay time (Td) and contraction time (Tc).

Georg Langen (11914254)
Christine Lohr (11914257)
Olaf Ueberschär (9406745)
Michael Behringer (550915)

August 2023

Diamonds represent the estimates of the effect size, horizontal lines represent the confidence inter...

Samples plots of plaque wall stress, strain, wall shear stress and velocity on a mid-cut plane showing basic solution features.

Liang Wang (23021)
Jie Zheng (31208)
Akiko Maehara (835550)
Chun Yang (251691)
Kristen L. Billiar (346166)
Zheyang Wu (261398)
Richard Bach (835551)
David Muccigrosso (835552)
Gary S. Mintz (835553)
Dalin Tang (835554)

December 2015

<p>Samples plots of plaque wall stress, strain, wall shear stress and velocity on a mid-cut plane sh...

Macroscopic aspect of broken materials (orbital lamina).

Valentin Favier (4691665)
Nabil Zemiti (4560787)
Oscar Caravaca Mora (4560793)
Gérard Subsol (4344688)
Guillaume Captier (3633082)
Renaud Lebrun (225223)
Louis Crampette (4560796)
Michel Mondain (4560790)
Benjamin Gilles (682532)

December 2017

<p>Red point represents the pressure point. <b>A</b>: Sample positioned on a circular support for th...

The results of the overlapping rate between the calcified plaques detected by our method and drawn by manual.

Zhifan Gao (4583947)
Wei Guo (86150)
Xin Liu (43569)
Wenhua Huang (308204)
Heye Zhang (458632)
Ning Tan (547708)
William Kongto Hau (654906)
Yuan-Ting Zhang (654907)
Huafeng Liu (177955)

November 2014

<p>The sensitivity represents the percentage of the pixels correctly identified inside the calcified...

Statistics of each sampled specimen.

Mingqi Li (411125)
Xuemei Shao (762526)
Zhi-Yong Yin (780296)
Xinguo Xu (780297)

August 2015

<p>*Max: maximum width of each series; Min: minimum width of each series; Mean: average width of eac...

Compression testing stress-strain graph.

Oliver R. Boughton (5509124)
Shaocheng Ma (5509115)
Sarah Zhao (5509130)
Matthew Arnold (5509118)
Angus Lewis (5509133)
Ulrich Hansen (468260)
Justin P. Cobb (5509121)
Finn Giuliani (5509127)
Richard L. Abel (426314)

July 2018

<p>Graph displaying strain on the x-axis and stress (in GigaPascals) on the y-axis from one of the c...

Scaling outcomes for peak impact force amplitude.

Sharon Elaine Warner (277942)
Phillip Pickering (277943)
Olga Panagiotopoulou (277944)
Thilo Pfau (277945)
Lei Ren (277946)
John Richard Hutchinson (277947)

January 2013

<p>a) peak vertical impact force amplitude; b) peak horizontal impact force amplitude. Black markers...

Sample characteristics by quartiles of Perfused Boundary Region (glycocalyx size).

Luca Valerio (6458681)
Ron J. Peters (6458684)
Aeilko H. Zwinderman (93416)
Sara-Joan Pinto-Sietsma (201152)

March 2019

Sample characteristics by quartiles of Perfused Boundary Region (glycocalyx size).</p

Measurement of strains based on changes in the diameter of wells.

Tsubasa S. Matsui (604187)
Hugejile Wu (5725049)
Shinji Deguchi (228220)

September 2018

(A) Photographs of an identical well before (Unstretch) and after (Stretch) 10% uniaxial stretch. Bl...