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- dorsal root peptide 背根肽
- The present work showed that in unanesthetized, immobilized cats dorsal root potential (DRP) could be evoked by stimulation of any part of such a recurrent circuit. 本工作在經麻痹的清醒貓刺激以上神經回路的各個部分,均能在腰段及胸段引起背根電位。
- The effects of brain peptide extract (BPE) on the proliferationand mature of nervous tissue and cells have been studied by means of human embryo dorsal root ganglia culture and human embryo cerebral cortex cell culture. 目的和方法應用體外培養的人胚背根神經節和大腦皮層神經元,研究了神經肽對神經組織和神經細胞生長發育的影響,還通過小鼠的急性腦缺血模型研究神經肽對急性腦缺血的作用。
- Permeability of Injured and Intact Peripheral Nerves and Dorsal Root Ganglia. 損傷和完整的外周神經與背根神經節的通透性。
- Conclusion: NGF may stimulate the collateral sprouting of spinal dorsal root. 結論: 神經生長因子對脊髓背根側支出芽有促進作用。
- The new-established model included the model of cultured dorsal root ganglion neurons and swallowing respond model. 新建立的研究模型包括培養脊髓背根神經節神經元模型及吞咽反應模型。
- Conclusions Mast cells and peptidergic nerves have histo-morphologic relation in dorsal root ganglia. 結論在脊神經節內,肥大細胞與肽能神經存在著組織形態學上的構筑關系。
- Objective In order to investigate the localization of GDNF in the neurons of dorsal root ganglia (DRG) of adult rat. 目的觀察膠質細胞源性神經營養因子(GDNF)在成年大鼠背根節中的分布。
- Methods Dorsal root ganglions (DRG) from rat embryos were isolated under microscope and dissociated in trypsin. 方法取胚胎大鼠背根神經節,通過胰蛋白酶消化、抗有絲分裂藥物純化等方法獲得背根神經節神經元。
- An inactivating BK current (BKi) was identified in rat small dorsal root ganglia (DRG) neurons . 發現在大鼠小直徑的背根神經節(DRG)神經元中,普遍存在失活的BK通道。
- The dorsal root ganglia(DRG) of rat were cultured on polypyrrole membrane for 2 weeks. 將大鼠背根神經節體外培養于聚吡咯膜上2周;
- Objective To study the correlation of mast cells and peptidrgic nerves in rabbit dorsal root ganglia. 目的探討脊神經節內肥大細胞與肽能神經的關系。
- Objective: To study the morphological and pathologic effects of collagenase on dorsal root ganglion (DRG) in rats. 目的: 通過病理學方法研究膠原酶對大鼠脊神經背根神經節的損傷情況。
- Sodium channel of dorsal root ganglion (DRG) plays an important role in the mechanisms of neuropathic pain. 摘要脊髓背根神經節的鈉通道與神經性疼痛的形成有密切的關系。
- Objective:To provide anatomic basis of the thoracic dorsal root for selective posterior rhizotomy. 目的:為選擇性脊神經后根切斷術提供后根分束的解剖學基礎。
- Our findings show that this may cause neuroinflammation in the dorsal root ganglion and neuropathic pain. 我們的研究顯示這可能導致背角神經節的神經炎癥和神經病理性痛。
- At4 weeks postoperatively, cholinesterase( CHE) and acidphosphatase( ACP) histochemical stain of neurons in C5 anterior horn and dorsal root ganglia( DRG) were detected. 術后4周取頸5脊髓前角和脊神經節,行酶組織化學染色觀察膽堿酯酶和酸性磷酸酶活性的變化。
- Chicken embryonic dorsal root ganglion( DRG) were departed andcultured, NGF was added in the culture and its effect was noted. 運用雞胚背根神經節法觀察蛇毒神經生長因子在體外對雞胚背根神經節(RG)長的影響。
- The authors expressed mutant MFN2 in cultured dorsal root ganglion neurons. Fragmented mitochondria clustered in cell bodies and proximal axons of these neurons. 作者在中培養背跟節神經元中進行MFN2突變表達。線粒體碎片在細胞內生長并聚集于最接近那些神經元軸突的地方。
- Conclusion Partial dorsal root rhizotomy exerts different influence on the expression of CNTF and PDGF for different neurons in spared DRG. 結論部分背根切斷對備用背根節內不同神經元表達CNTF、PDGF有不同的影響。