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	题名	作者	年代	出处	被引量
1	Biological conduit small gap sleeve bridging method for peripheral nerve injury: regeneration law of nerve fibers in the conduit显示文摘The clinical effects of 2-mm small gap sleeve bridging of the biological conduit to repair peripheral nerve injury are better than in the traditional epineurium suture, so it is possible to replace the epineurium suture in the treatment of peripheral nerve injury. This study sought to identify the regeneration law of nerve fibers in the biological conduit. A nerve regeneration chamber was constructed in models of sciatic nerve injury using 2-mm small gap sleeve bridging of a biodegradable biological conduit. The results showed that the biological conduit had good histocompatibility. Tissue and cell apoptosis in the conduit apparently lessened, and regenerating nerve fibers were common. The degeneration regeneration law of Schwann cells and axons in the conduit was quite different from that in traditional epineurium suture. During the prime period for nerve fiber regeneration(2–8 weeks), the number of Schwann cells and nerve fibers was higher in both proximal and distal ends, and the effects of the small gap sleeve bridging method were better than those of the traditional epineurium suture. The above results provide an objective and reliable theoretical basis for the clinical application of the biological conduit small gap sleeve bridging method to repair peripheral nerve injury.	Pei-xun Zhang Li-ya A Yu-hui Kou Xiao-feng Yin Feng Xue Na Han Tian-bing Wang Bao-guo Jiang	2015	Neural Regeneration Research2015，10，1：	9
2	Biodegradable chitin conduit tubulation combined with bone marrow mesenchymal stem cell transplantation for treatment of spinal cord injury by reducing glial scar and cavity formation显示文摘We examined the restorative effect of modified biodegradable chitin conduits in combination with bone marrow mesenchymal stem cell transplantation after right spinal cord hemisection injury. Immunohistochemical staining revealed that biological conduit sleeve bridging reduced glial scar formation and spinal muscular atrophy after spinal cord hemisection. Bone marrow mesenchymal stem cells survived and proliferated after transplantation in vivo, and differentiated into cells double-positive for S100(Schwann cell marker) and glial fibrillary acidic protein(glial cell marker) at 8 weeks. Retrograde tracing showed that more nerve fibers had grown through the injured spinal cord at 14 weeks after combination therapy than either treatment alone. Our findings indicate that a biological conduit combined with bone marrow mesenchymal stem cell transplantation effectively prevented scar formation and provided a favorable local microenvironment for the proliferation, migration and differentiation of bone marrow mesenchymal stem cells in the spinal cord, thus promoting restoration following spinal cord hemisection injury.	Feng Xue Er-jun Wu Pei-xun Zhang Li-ya A Yu-hui Kou Xiao-feng Yin Na Han	2015	Neural Regeneration Research2015，10，1：	7
3	Fluid-structure Interaction Analysis of 3-D Rectangular Tanks by a Variationally Coupled BEM-FEM and Comparison with Test Results显示文摘	KOU H M KIM J A PARK Jang-ho	1998	Earthquake Engineering And Structural Dynamics1998，27，：	1
4	Crack propagation and coalescence in brittle materials under compression显示文摘	TANG C A KOU S Q	1998	Engineering Fracture Mechanics1998，61，34：	1
5	Numerical modeling of the heterogeneous rock fracture process using various test techniques显示文摘	Liu H Y Kou S Q Lindqvist P A Tang C A	2007	Rock Mechanics and Rock Engineering2007，40，2：	1
6	Numerical simulation of the cutting of inhomogeneous rocks显示文摘	Kou S Q Lindqvist P A Tang C A	1999	Rock Mechanics and Mining Sciences1999，36，5：	1
7	Cross-correlation of optical micrecavity biosensor response with immobilized enzyme activity显示文摘	Lisa A Delouise Peng Meng Kou Benjamin L Miller	2005	Anal Chem2005，77，：	1
8	Highly selective catalyticconversion of phenolic bio-oil to alkanes 显示文摘	Zhao C Kou Y Lemonidou A A	2009	Angewandte ChemieInternational Edition2009，48，22：	1
9	Numerical simulation of the rock fragmentation process induced by indenters显示文摘	Liu H Y Kou S Q Lindqvist P A	2002	Rock Mechanics and Mining Sciences2002，39，4：	1
10	Risk factors for spinal epidural hematoma after spinal surgery显示文摘	Kou J Fischgrund J Biddinger A	2002	Spine2002，27，15：	1
11	Numerical modelling of the heterogeneous rock fracture process using various test techniques显示文摘	Liu H Y Kou S Q Lindqvist P A	2007	Rock Mechanics and Rock Engineering2007，40，2：	1
12	Crack propagation and coalescence in brittle materials under compression显示文摘	TANG C A KOU S Q	1998	Engineering Fracture Mechanics1998，61，3：	1
13	Oxygen- containing analogues of juvenile hormone III 显示文摘	Davies K A Kou K G M Wulff J E	2011	Tetrahedron Letters2011，52，18：	1
14	Canine Population Data Generated fi:om a Multiplex STR Kit for Use in Forensic Casework 显示文摘	Kanthaswamy S Ttom BK Mattila A-M Johnston E Dayton M Kinaga J Erickson B J-A Halverson J Fantin D Denise S Kou A Malladi V Satkoski J Budowle B Smith DG Koskinen MT	2009	Journal of Forensic Sciences2009，54，4：	1
15	Numerical simulation of the rock fragmentation process induced by indenters显示文摘	Liu H Y Kou S Q Lindqvist P A	2002	International Journal of Rock Mechanics and Mining Sciences2002，39，4：	1
16	Effect of Post-Oxidizing Time on Corrosion Properties of Plasma Nitrocarburized AISI 1020Steel显示文摘	Kou Hyun Lee a Ki Suk Nama Pyung Woo Shin	2003	Materials Letters2003，57，：	1
17	Numerical studies on Bit- Rock fragmentation mechanisms 显示文摘	Liu H Y Kou S Q Lindqvist P A	2008	International Journal of Geomechanics2008，8，1：	1
18	Determinants of the ventricular rate during atrial frbrillation显示文摘	Toivonen L Kadish A Kou W	1990	J Am Coll Cardiol1990，16，：	1
19	Numericalmodeling of the heterogeneous rock fracture processusing various test techniques显示文摘	LIU H Y KOU S Q LINDQVIST P A	2007	Rock Mechanics andRock Engineering2007，40，2：	1
20	The draft genome of watermelon (Citrullus lanatus ) and reseqnencing of 20 diverse accessions显示文摘	Guo S G Zhang J G Sun H H Salse J Lucas W J Zhang H Y Zheng Y Mao L Y Ren Y WangZ W Min J M Guo X S Murat F Ham B K Zhang Z L Gao S Huang M Xu Y M Zhong S L Bombarely A Mueller L Zhao H He H Q Zhang Y Zhang Z H Huang S W Tan T Pang E Lin K Hu Q Kuang H H Ni P X Wang B Liu J G Kou Q H Hou W J Zou X H Jiang J Gong G Y Klee K Schoof H Huang Y Hu X S Dong S S Liang D Q Wang J Wu K Xia Y Zhao X Zheng Z Q Xing M Liang X M Huang B Q Lv T Wang J Y Yin Y Yi H P Li R Q Wu M Z Levi A Zhang X P Giovannoni J Wang J Li YF Fei Z J Xu Y	2013	Nature genetics2013，45，1：	1

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