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	题名	作者	年代	出处	被引量
1	Sacroiliac joint stability: Finite element analysis of implant number, orientation, and superior implant length显示文摘AIM To analyze how various implants placement variables affect sacroiliac(SI) joint range of motion. METHODS An experimentally validated finite element model of the lumbar spine and pelvis was used to simulate a fusion of the SI joint using various placement configurations of triangular implants(iF use Implant System~?). Placement configurations were varied by changing implant orientation, superior implant length, and number of implants. The range of motion of the SI joint was calculated using a constant moment of 10 N-m with a follower load of 400 N. The changes in motion were compared between the treatment groups to assess how the different variables affected the overall motion of the SI joint. RESULTS Transarticular placement of 3 implants with superior implants that end in the middle of the sacrum resulted in the greatest reduction in range of motion(flexion/extension = 73%, lateral bending = 42%, axial rotation = 72%). The range of motions of the SI joints were reduced with use of transarticular orientation(9%-18%) when compared with an inline orientation. The use of a superior implant that ended mid-sacrum resulted in median reductions of(8%-14%) when compared with a superior implant that ended in the middle of the ala. Reducing the number of implants, resulted in increased SI joint range of motions for the 1 and 2 implant models of 29%-133% and 2%-39%, respectively,when compared with the 3 implant model.CONCLUSION Using a validated finite element model we demonstrated that placement of 3 implants across the SI joint using a transarticular orientation with superior implant reaching the sacral midline resulted in the most stable construct. Additional clinical studies may be required to confirm these results.	Derek P Lindsey Ali Kiapour Scott A Yerby Vijay K Goel	2018	World Journal of Orthopedics2018，9，3：	3
2	Diet-induced modulation of mitochondrial activity in rat muscle 显示文摘	Didier L Yerby B Deacon R et a7	2007	Am/PhysioTEndocrinofMetab2007，293，：	1
3	Risk factors for subarachnoid hemorrhage显示文摘	Longstreth WT Jr Koepsell TD Yerby MS	1985	Stroke1985，16，：	1
4	A novel technique of intra-spinous process injection of PMMA to augment the strength of an inter-spinous process device such as the X-Stop显示文摘	Idler C Zucherman JF Yerby S	2008	Spine2008，33，4：	1
5	Reinforcement of thoracolumbar burst fractures with calcium phosphate cement显示文摘	Mermelstein LE Malain RF Yerby SA	1998	Spine1998，23，：	1
6	Measurement of strain distributions within vertebral body sections by texture correlation显示文摘	BAY B K YERBY S A MCLAIN R F	1999	Spine1999，24，1：	1
7	A novel technique of intra-spinous process injection of PMMA to augment the strength of an inter-spinous process device such as the X STOP显示文摘	Idler C Zucherman JF Yerby S	2008	Spine2008，33，4：	1
8	A novel technique of intra - spinous process injection of PMMA to augment the strength of an inter - spinous process device such as the X -stop 显示文摘	Idler C Zucherman JF Yerby S	2008	Spine2008，4，：	1
9	Reinforcement of thoracolumbar burst fractures with calcium phosphate cement显示文摘	Mclain RF Yerby SA	1998	Spine1998，23，：	1
10	Pregnancy complication and outcome in a cohort of women with epilepsy显示文摘	Yerby M Koepsell T Doling J	1985	Epilepsia1985，26，：	1
11	Measurement of strain distributions within vertebral body sections by texture correlation显示文摘	Bay BK Yerby SA Mclain RF	1999	Spine1999，24，1：	1
12	Reinforcement of thuracolumbar burst fractureswith calcium phosphate cement:a biomechanical study显示文摘	Tomka McLain RF Yerby SA	2007	Spine2007，23，6：	1
13	The ef-fect of pedicle morphometry on pedicle screw loaking 显示文摘	Mckinley T O Mclain R F Yerby S A	1997	Spine1997，22，：	1
14	Reinforcement ofthoracolumbar burst fractures with calcium phosphate cement显示文摘	Mermelstein LE Mclain RF Yerby SA	1998	Spine1998，23，6：	1
15	Reinforcement of thoracolumbar burst fractures with calcium phosphate cement显示文摘	Mclain RF Yerby SA	1998	Spine1998，23，：	1
16	Revision of failed pedicle screws using hydroxyapatite cement:a biomechanical analysis显示文摘	Yerby SA Toh E Mclain RF	1998	Spine1998，23，15：	1
17	Reinforcement of thora- colunbar burst fractures with calcium phosphate cement显示文摘	Mermmelstein LE Mclain RF Yerby SA	1998	Spine1998，23，：	1
18	Reinforcement of thoracolubar burst fracture with calcium phosphate cement显示文摘	Mermelstein LE Mclain RF yerby SA	1998	Spine1998，23，6：	1
19	Reinforcement of thoracolumbar burst fractures with calcium phosphate cement显示文摘	Mermelstein LE Mclain RF Yerby SA	1998	Spine1998，23，6：	1
20	Reinforcement of thoracolumbar burst fractures with calcium phosphate cement: a biomechanical study 显示文摘	Mermelstein LE McLain RF Yerby SA	1998	Spine1998，23，6：	1

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