Range of motion at L5-S1.

Finding line of action of the force exerted on erect spine based on lateral bending test in personalization of scoliotic spine models

Jalalian, Athena
Tay, Francis Eng Hock
Arastehfar, Soheil
Gibson, Ian
Liu, Gabriel

April 2017

In multi-body models of scoliotic spine, personalization of mechanical properties of joints signific...

Phalangeal range of motion.

Matt A. White (155381)
Phil R. Bell (309644)
Alex G. Cook (150321)
David G. Barnes (437036)
Travis R. Tischler (262333)
Brant J. Bassam (795299)
David A. Elliott (102758)

September 2015

(A) Cranial view of metacarpal I and manual phalanx I-1 displaying medial and lateral rotation. E...

Ranges of motion are shown for intact condition (= IC) and the condition without the entire rib cage (= W/o RC) in the single motion planes for all functional spinal units and a pure bending moment of 2 Nm (n = 6).

Christian Liebsch (4029032)
Nicolas Graf (436690)
Konrad Appelt (4061095)
Hans-Joachim Wilke (436691)

June 2017

Ranges of motion are shown for intact condition (= IC) and the condition without the entire rib c...

Range of motion at L3-4.

Xi Wang (15032)
Jing Xu (15337)
Yuexing Zhu (669722)
Jiukun Li (669723)
Si Zhou (669724)
Shunliang Tian (669725)
Yucheng Xiang (669726)
Xingmo Liu (669727)
Ying Zheng (170527)
Tao Pan (22600)

December 2014

Abbreviations: F, flexion; E, extension; LLB, left lateral bending; RLB, right lateral bending; L...

Range of motion at L4-5.

Xi Wang (15032)
Jing Xu (15337)
Yuexing Zhu (669722)
Jiukun Li (669723)
Si Zhou (669724)
Shunliang Tian (669725)
Yucheng Xiang (669726)
Xingmo Liu (669727)
Ying Zheng (170527)
Tao Pan (22600)

December 2014

Abbreviations: F, flexion; E, extension; LLB, left lateral bending; RLB, right lateral bending; L...

L4–L5 range of motion (in degrees), corresponding to a moment of 8 Nm in flexion and 6 Nm in extension, ±6 Nm in lateral bending, and ±5 Nm in axial rotation.

Zachary A. Smith (425618)
Georgios A. Vastardis (541238)
Gerard Carandang (541239)
Robert M. Havey (541240)
Sean Hannon (541241)
Nader Dahdaleh (541242)
Leonard I. Voronov (541243)
Richard G. Fessler (425617)
Avinash G. Patwardhan (541244)

March 2014

Abbreviations:FE = Flexion-Extention.MI –D = Minimally invasive decompression.</...

Range of Motion in Flexion and Extension.

Chunfeng Zhao (320370)
Michio Hongo (582753)
Brice Ilharreborde (160683)
Kristin D. Zhao (698416)
Bradford L. Currier (818308)
Kai-Nan An (320371)

October 2015

Mean of peak spine motion from T12 to L2 in flexion and extension for each of the 4 test conditio...

Range of motion of the translations and rotations of the total cranial cervical spine (TCCS).

Mareike-Kristin Nickel (14439622)
Lisa Schikowski (11304759)
Martin Stephan Fischer (14439625)
Nicola Kelleners (11304765)
Martin Jürgen Schmidt (13932240)
Nele Eley (11304762)

January 2023

Range of motion of the translations and rotations of the total cranial cervical spine (TCCS).</p

Determining range of motion from three dimensional meshes.

Matt A. White (155381)
Phil R. Bell (309644)
Alex G. Cook (150321)
David G. Barnes (437036)
Travis R. Tischler (262333)
Brant J. Bassam (795299)
David A. Elliott (102758)

September 2015

(A) An example of determining the ROM of manual phalanx I-1 around metacarpal I in extended and f...

Schematic of the loading apparatus for range of motion tests in flexion-extension and axial rotation.

Zachary A. Smith (425618)
Georgios A. Vastardis (541238)
Gerard Carandang (541239)
Robert M. Havey (541240)
Sean Hannon (541241)
Nader Dahdaleh (541242)
Leonard I. Voronov (541243)
Richard G. Fessler (425617)
Avinash G. Patwardhan (541244)

March 2014

Testing for ROM in lateral bending was performed using an offset-loading arm in the frontal plane...

Model

Wang Xi
Xu Jing
Zhu Yuexing
Li Jiukun
Zhou Si
Tian Shunliang
Xiang Yucheng
Liu Xingmo
Zheng Ying
Pan Tao

December 2014

The objective of this biomechanical study was to evaluate the stability provided by a newly develope...

Range of motion (ROM) of intact spinal models from literature and this study.

Yueh Wu (6294158)
Chia-Hsien Chen (316805)
Fon-Yih Tsuang (316803)
Yi-Cheng Lin (1449802)
Chang-Jung Chiang (89000)
Yi-Jie Kuo (316801)

February 2019

Range of motion (ROM) of intact spinal models from literature and this study.</p

Total Range of Motion.

Chunfeng Zhao (320370)
Michio Hongo (582753)
Brice Ilharreborde (160683)
Kristin D. Zhao (698416)
Bradford L. Currier (818308)
Kai-Nan An (320371)

October 2015

The mean peak spine motion from T12 to L2 in flexion/extension, lateral bending, and axial rotati...

Manus ungual range of motion.

Matt A. White (155381)
Phil R. Bell (309644)
Alex G. Cook (150321)
David G. Barnes (437036)
Travis R. Tischler (262333)
Brant J. Bassam (795299)
David A. Elliott (102758)

September 2015

(A) Manual phalanx I-2 extended and flexed. (B) Manual phalanx II-3 extend and flexed. (C) Manual...

Lumbar spine side bending is reduced in end range extension compared to neutral and end range flexion postures

Ebert, Ryan
Campbell, Amity
Kemp-Smith, Kevin
O'Sullivan, Peter

January 2014

Lumbar side bending movements coupled with extension or flexion is a known low back pain (LBP) risk ...

Finding line of action of the force exerted on erect spine based on lateral bending test in personalization of scoliotic spine models

Jalalian, Athena
Tay, Francis Eng Hock
Arastehfar, Soheil
Gibson, Ian
Liu, Gabriel

April 2017

In multi-body models of scoliotic spine, personalization of mechanical properties of joints signific...

Phalangeal range of motion.

Matt A. White (155381)
Phil R. Bell (309644)
Alex G. Cook (150321)
David G. Barnes (437036)
Travis R. Tischler (262333)
Brant J. Bassam (795299)
David A. Elliott (102758)

September 2015

(A) Cranial view of metacarpal I and manual phalanx I-1 displaying medial and lateral rotation. E...

Ranges of motion are shown for intact condition (= IC) and the condition without the entire rib cage (= W/o RC) in the single motion planes for all functional spinal units and a pure bending moment of 2 Nm (n = 6).

Christian Liebsch (4029032)
Nicolas Graf (436690)
Konrad Appelt (4061095)
Hans-Joachim Wilke (436691)

June 2017

Ranges of motion are shown for intact condition (= IC) and the condition without the entire rib c...

Range of motion at L3-4.

Xi Wang (15032)
Jing Xu (15337)
Yuexing Zhu (669722)
Jiukun Li (669723)
Si Zhou (669724)
Shunliang Tian (669725)
Yucheng Xiang (669726)
Xingmo Liu (669727)
Ying Zheng (170527)
Tao Pan (22600)

December 2014

Abbreviations: F, flexion; E, extension; LLB, left lateral bending; RLB, right lateral bending; L...

Range of motion at L4-5.

Xi Wang (15032)
Jing Xu (15337)
Yuexing Zhu (669722)
Jiukun Li (669723)
Si Zhou (669724)
Shunliang Tian (669725)
Yucheng Xiang (669726)
Xingmo Liu (669727)
Ying Zheng (170527)
Tao Pan (22600)

December 2014

Abbreviations: F, flexion; E, extension; LLB, left lateral bending; RLB, right lateral bending; L...

L4–L5 range of motion (in degrees), corresponding to a moment of 8 Nm in flexion and 6 Nm in extension, ±6 Nm in lateral bending, and ±5 Nm in axial rotation.

Zachary A. Smith (425618)
Georgios A. Vastardis (541238)
Gerard Carandang (541239)
Robert M. Havey (541240)
Sean Hannon (541241)
Nader Dahdaleh (541242)
Leonard I. Voronov (541243)
Richard G. Fessler (425617)
Avinash G. Patwardhan (541244)

March 2014

Abbreviations:FE = Flexion-Extention.MI –D = Minimally invasive decompression.</...

Range of Motion in Flexion and Extension.

Chunfeng Zhao (320370)
Michio Hongo (582753)
Brice Ilharreborde (160683)
Kristin D. Zhao (698416)
Bradford L. Currier (818308)
Kai-Nan An (320371)

October 2015

Mean of peak spine motion from T12 to L2 in flexion and extension for each of the 4 test conditio...

Range of motion of the translations and rotations of the total cranial cervical spine (TCCS).

Mareike-Kristin Nickel (14439622)
Lisa Schikowski (11304759)
Martin Stephan Fischer (14439625)
Nicola Kelleners (11304765)
Martin Jürgen Schmidt (13932240)
Nele Eley (11304762)

January 2023

Range of motion of the translations and rotations of the total cranial cervical spine (TCCS).</p

Determining range of motion from three dimensional meshes.

Matt A. White (155381)
Phil R. Bell (309644)
Alex G. Cook (150321)
David G. Barnes (437036)
Travis R. Tischler (262333)
Brant J. Bassam (795299)
David A. Elliott (102758)

September 2015

(A) An example of determining the ROM of manual phalanx I-1 around metacarpal I in extended and f...

Schematic of the loading apparatus for range of motion tests in flexion-extension and axial rotation.

Zachary A. Smith (425618)
Georgios A. Vastardis (541238)
Gerard Carandang (541239)
Robert M. Havey (541240)
Sean Hannon (541241)
Nader Dahdaleh (541242)
Leonard I. Voronov (541243)
Richard G. Fessler (425617)
Avinash G. Patwardhan (541244)

March 2014

Testing for ROM in lateral bending was performed using an offset-loading arm in the frontal plane...

Model

Wang Xi
Xu Jing
Zhu Yuexing
Li Jiukun
Zhou Si
Tian Shunliang
Xiang Yucheng
Liu Xingmo
Zheng Ying
Pan Tao

December 2014

The objective of this biomechanical study was to evaluate the stability provided by a newly develope...

Range of motion (ROM) of intact spinal models from literature and this study.

Yueh Wu (6294158)
Chia-Hsien Chen (316805)
Fon-Yih Tsuang (316803)
Yi-Cheng Lin (1449802)
Chang-Jung Chiang (89000)
Yi-Jie Kuo (316801)

February 2019

Range of motion (ROM) of intact spinal models from literature and this study.</p

Total Range of Motion.

Chunfeng Zhao (320370)
Michio Hongo (582753)
Brice Ilharreborde (160683)
Kristin D. Zhao (698416)
Bradford L. Currier (818308)
Kai-Nan An (320371)

October 2015

The mean peak spine motion from T12 to L2 in flexion/extension, lateral bending, and axial rotati...

Manus ungual range of motion.

Matt A. White (155381)
Phil R. Bell (309644)
Alex G. Cook (150321)
David G. Barnes (437036)
Travis R. Tischler (262333)
Brant J. Bassam (795299)
David A. Elliott (102758)

September 2015

(A) Manual phalanx I-2 extended and flexed. (B) Manual phalanx II-3 extend and flexed. (C) Manual...

Lumbar spine side bending is reduced in end range extension compared to neutral and end range flexion postures

Ebert, Ryan
Campbell, Amity
Kemp-Smith, Kevin
O'Sullivan, Peter

January 2014

Lumbar side bending movements coupled with extension or flexion is a known low back pain (LBP) risk ...

Finding line of action of the force exerted on erect spine based on lateral bending test in personalization of scoliotic spine models

Jalalian, Athena
Tay, Francis Eng Hock
Arastehfar, Soheil
Gibson, Ian
Liu, Gabriel

April 2017

In multi-body models of scoliotic spine, personalization of mechanical properties of joints signific...

Phalangeal range of motion.

Matt A. White (155381)
Phil R. Bell (309644)
Alex G. Cook (150321)
David G. Barnes (437036)
Travis R. Tischler (262333)
Brant J. Bassam (795299)
David A. Elliott (102758)

September 2015

(A) Cranial view of metacarpal I and manual phalanx I-1 displaying medial and lateral rotation. E...

Ranges of motion are shown for intact condition (= IC) and the condition without the entire rib cage (= W/o RC) in the single motion planes for all functional spinal units and a pure bending moment of 2 Nm (n = 6).

Christian Liebsch (4029032)
Nicolas Graf (436690)
Konrad Appelt (4061095)
Hans-Joachim Wilke (436691)

June 2017

Ranges of motion are shown for intact condition (= IC) and the condition without the entire rib c...

Range of motion at L5-S1.

Abstract

Extracted data

Range of motion at L5-S1.

Abstract

Extracted data

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