1) NbCx C netted fibber
NbC_x-C三维网状纤维
2) Reticular fibers
网状纤维
1.
Objective To investigate the effects of Qing Gan Yin on collagen fibers(CF) and reticular fibers(RF) in hepatic fibrotic rats.
目的 研究中药清肝饮对大鼠肝纤维化模型胶原纤维 (CF)和网状纤维 (RF)的影响。
3) fibrous web
纤维状网
4) reticulate three dimensions
网状三维
5) C fiber
C纤维
1.
Preparation of C fiber reinforced alumina-mullite composite assisted by silica sol infiltration;
硅溶胶强化辅助制备C纤维增韧氧化铝结合莫来石陶瓷基复合材料
2.
3D alumina-mullite ceramic matrix composite reinforced by C fibers was manufactured by PIP and CVI.
通过PIP结合CVI法制备了C纤维增初三维氧化铝-莫来石陶瓷基复合材料,采用CVD法制备了防氧化涂层,研究了复合材料致密化过程、复合材料的物相、微观结构、力学性能和抗氧化性能。
3.
Capsaicin treatment increased the pain threshold significantly,suggesting that extradural injection of capsaicin could inhibit conducting function of pain information of C fiber in adult rat．After electroacupuncture was applied to“Huan tiao”point of rat treated with capsaicin,it was observed that analgesic effect was markedly lowere.
辣椒素处理可显著升高大鼠的痛阈，提示硬脊膜外腔注射辣椒素能抑制成年大鼠C纤维传导痛信息的功能。
6) C-fiber
C-纤维
1.
Protein kinase C is involved in the induction and early- phase maintenance of long-term potentiation of C-fiber evoked field potentials in spinal dorsal horn of adult rats;
PKC在成年大鼠脊髓背角C-纤维诱发电位长时程增强的诱导和维持中的作用
2.
Anti-effects of Aδfiber stimulation on spinal long-te rm potentiation of C-fiber evoked potentials in rat spinal dorsal horn;
刺激Aδ纤维抑制背角C-纤维诱发电位长时程增强
3.
Objective: To observe the effects of pulsed radiofrequency(PRF) of different frequency on the long-term potentiation(LTP) of C-fiber evoked potentials in the dorsal horn of spinal cord,and to explore the central mechanisms of PRF on neuropathic pain.
目的:观察不同频率脉冲射频(DRF)对大鼠脊髓背角C-纤维诱发电位长时程增强的影响,探讨脉冲射频镇痛效应的机制。
补充资料：Nbc武器
nbc武器，即核武器、生物武器和化学武器。核武器是指利用铀235或钚239等重原子核自持核裂变或聚变反应瞬间释放出的巨大能量产生爆炸，造成大规模杀伤或破坏效果的武器。1kg铀全部裂变释放的能量，相当于2万吨tnt当量。核爆炸的杀伤破坏效应包括冲击波、光辐射、早斯核辐射、放射性沾染和电磁脉冲。除原子弹、氢弹外、中子弹、核定向能武器（x射线激器、核电磁脉弹）冲击波弹、感生放射性弹均包括在核武器之内。
生物武器是一种利用生物战剂（病毒、细菌、真菌等）使人、畜致病、植物受害的杀伤破坏性武器也称细菌武器。
化学武器以毒剂（神经、糜烂、窒息、失能、刺激、中毒剂）杀伤疲惫敌有生力量、迟滞敌军事行动的各种武器、器材的总称。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条