The measured parameters according to the histological characterization.

Histomorphometry: Histomorphometrical results of the central defect zones.

Mohssen Hakimi (435947)
Jan-Peter Grassmann (581136)
Marcel Betsch (435943)
Johannes Schneppendahl (444814)
Sebastian Gehrmann (343359)
Ahmad-Reza Hakimi (581137)
Patric Kröpil (581138)
Martin Sager (444817)
Monika Herten (444816)
Michael Wild (435944)
Joachim Windolf (37178)
Pascal Jungbluth (435946)

June 2014

Histomorphometry: Histomorphometrical results of the central defect zones.</p

(A) Sketch map illustrating how the specimen was fixed in dental cement and the force was parallel to the long axis of the implant. (B) The specimen containing the implant was fixed in centrifugal tubes with dental cement and mounted onto the testing platform to perform the bio-mechanical tests. (C) The implant was pushed out from the specimen. (D) Statistical analyses of the bio-mechanical test data.

Fanggang Bi (734593)
Zhongli Shi (734594)
Chenhe Zhou (803983)
An Liu (291211)
Yue Shen (132970)
Shigui Yan (734595)

October 2015

*p < 0.05 vs. the blank group; #p < 0.05 vs. the control group.</p

Forces exerted against the perturbation in the three experiments.

Jean-Jacques Orban de Xivry (420625)

June 2013

Top row describes the distribution of target width over the course of trials. In the first experi...

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)

September 2023

The horizontal axes of the graphs represent the three macroscopic groups (1: no atherosclerotic lesi...

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...

Experimental validation of morphometric analysis.

Elena Serena (121396)
Elisa Cimetta (121403)
Susi Zatti (121407)
Tania Zaglia (121410)
Monica Zagallo (121412)
Gordon Keller (121415)
Nicola Elvassore (121419)

November 2012

A - Morphometric analysis of spontaneous contractions. B - Morphometric analysis of...

Statistics of each sampled specimen.

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

August 2015

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

Histomorphometry data.

Lutz Claes (678065)
Nicholaus Meyers (703758)
Julian Schülke (4675837)
Sandra Reitmaier (436686)
Svenja Klose (5071604)
Anita Ignatius (142960)

August 2018

Histomorphometry measurements for compression, tension, and shear stimulation groups. (XLSX)</p

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...

Tissue sample locations.

Snehal Chokhandre (797719)
Robb Colbrunn (797720)
Craig Bennetts (797721)
Ahmet Erdemir (321903)

September 2015

a) & b) Confined compression samples of cartilage from the medial and lateral femoral condyles an...

Histograms of parameter metrics.

Farida Grinberg (528449)
Ezequiel Farrher (528450)
Luisa Ciobanu (329598)
Françoise Geffroy (528451)
Denis Le Bihan (40678)
N. Jon Shah (404800)

February 2014

Histograms of parameter metrics of the investigated models evaluated separately for affected and ...

Box plots of the neck measurement site in athletes and controls.

Renate Kruschitz (450207)
Sandra J. Wallner-Liebmann (450208)
Michael J. Hamlin (450209)
Maximilian Moser (450210)
Bernhard Ludvik (450211)
Wolfgang J. Schnedl (450212)
Erwin Tafeit (450213)

August 2013

The neck is the body site with the highest discriminating power in men. The black horizontal line...

An example of the measurements of exploratory movements.

Yoshihiro Tanaka (143931)
Wouter M. Bergmann Tiest (285099)
Astrid M. L. Kappers (285101)
Akihito Sano (543745)

March 2014

Shear force, normal force, and finger position were measured. An example of data collected during...

Sections of the femur sampled for chemical analysis (arrows) and mechanical testing (femur bars 45 mm×2.5 mm×4.5 mm indicated in the drawing).

Cesar A. Olguin (418178)
Tomas Landete-Castillejos (5655049)
Francisco Ceacero (330770)
Andrés J. García (2488963)
Laureano Gallego (330773)

June 2013

Sections of the femur sampled for chemical analysis (arrows) and mechanical testing (femur bars 4...

Histomorphometry: Histomorphometrical results of the central defect zones.

Mohssen Hakimi (435947)
Jan-Peter Grassmann (581136)
Marcel Betsch (435943)
Johannes Schneppendahl (444814)
Sebastian Gehrmann (343359)
Ahmad-Reza Hakimi (581137)
Patric Kröpil (581138)
Martin Sager (444817)
Monika Herten (444816)
Michael Wild (435944)
Joachim Windolf (37178)
Pascal Jungbluth (435946)

June 2014

Histomorphometry: Histomorphometrical results of the central defect zones.</p

(A) Sketch map illustrating how the specimen was fixed in dental cement and the force was parallel to the long axis of the implant. (B) The specimen containing the implant was fixed in centrifugal tubes with dental cement and mounted onto the testing platform to perform the bio-mechanical tests. (C) The implant was pushed out from the specimen. (D) Statistical analyses of the bio-mechanical test data.

Fanggang Bi (734593)
Zhongli Shi (734594)
Chenhe Zhou (803983)
An Liu (291211)
Yue Shen (132970)
Shigui Yan (734595)

October 2015

*p < 0.05 vs. the blank group; #p < 0.05 vs. the control group.</p

Forces exerted against the perturbation in the three experiments.

Jean-Jacques Orban de Xivry (420625)

June 2013

Top row describes the distribution of target width over the course of trials. In the first experi...

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)

September 2023

The horizontal axes of the graphs represent the three macroscopic groups (1: no atherosclerotic lesi...

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...

Experimental validation of morphometric analysis.

Elena Serena (121396)
Elisa Cimetta (121403)
Susi Zatti (121407)
Tania Zaglia (121410)
Monica Zagallo (121412)
Gordon Keller (121415)
Nicola Elvassore (121419)

November 2012

A - Morphometric analysis of spontaneous contractions. B - Morphometric analysis of...

Statistics of each sampled specimen.

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

August 2015

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

Histomorphometry data.

Lutz Claes (678065)
Nicholaus Meyers (703758)
Julian Schülke (4675837)
Sandra Reitmaier (436686)
Svenja Klose (5071604)
Anita Ignatius (142960)

August 2018

Histomorphometry measurements for compression, tension, and shear stimulation groups. (XLSX)</p

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...

Tissue sample locations.

Snehal Chokhandre (797719)
Robb Colbrunn (797720)
Craig Bennetts (797721)
Ahmet Erdemir (321903)

September 2015

a) & b) Confined compression samples of cartilage from the medial and lateral femoral condyles an...

Histograms of parameter metrics.

Farida Grinberg (528449)
Ezequiel Farrher (528450)
Luisa Ciobanu (329598)
Françoise Geffroy (528451)
Denis Le Bihan (40678)
N. Jon Shah (404800)

February 2014

Histograms of parameter metrics of the investigated models evaluated separately for affected and ...

Box plots of the neck measurement site in athletes and controls.

Renate Kruschitz (450207)
Sandra J. Wallner-Liebmann (450208)
Michael J. Hamlin (450209)
Maximilian Moser (450210)
Bernhard Ludvik (450211)
Wolfgang J. Schnedl (450212)
Erwin Tafeit (450213)

August 2013

The neck is the body site with the highest discriminating power in men. The black horizontal line...

An example of the measurements of exploratory movements.

Yoshihiro Tanaka (143931)
Wouter M. Bergmann Tiest (285099)
Astrid M. L. Kappers (285101)
Akihito Sano (543745)

March 2014

Shear force, normal force, and finger position were measured. An example of data collected during...

Sections of the femur sampled for chemical analysis (arrows) and mechanical testing (femur bars 45 mm×2.5 mm×4.5 mm indicated in the drawing).

Cesar A. Olguin (418178)
Tomas Landete-Castillejos (5655049)
Francisco Ceacero (330770)
Andrés J. García (2488963)
Laureano Gallego (330773)

June 2013

Sections of the femur sampled for chemical analysis (arrows) and mechanical testing (femur bars 4...

Histomorphometry: Histomorphometrical results of the central defect zones.

Mohssen Hakimi (435947)
Jan-Peter Grassmann (581136)
Marcel Betsch (435943)
Johannes Schneppendahl (444814)
Sebastian Gehrmann (343359)
Ahmad-Reza Hakimi (581137)
Patric Kröpil (581138)
Martin Sager (444817)
Monika Herten (444816)
Michael Wild (435944)
Joachim Windolf (37178)
Pascal Jungbluth (435946)

June 2014

Histomorphometry: Histomorphometrical results of the central defect zones.</p

(A) Sketch map illustrating how the specimen was fixed in dental cement and the force was parallel to the long axis of the implant. (B) The specimen containing the implant was fixed in centrifugal tubes with dental cement and mounted onto the testing platform to perform the bio-mechanical tests. (C) The implant was pushed out from the specimen. (D) Statistical analyses of the bio-mechanical test data.

Fanggang Bi (734593)
Zhongli Shi (734594)
Chenhe Zhou (803983)
An Liu (291211)
Yue Shen (132970)
Shigui Yan (734595)

October 2015

*p < 0.05 vs. the blank group; #p < 0.05 vs. the control group.</p

Forces exerted against the perturbation in the three experiments.

Jean-Jacques Orban de Xivry (420625)

June 2013

Top row describes the distribution of target width over the course of trials. In the first experi...

The measured parameters according to the histological characterization.

Abstract

Extracted data

The measured parameters according to the histological characterization.

Abstract

Extracted data

Related items

Related items