Advanced Micropipette Techniques for Cell Physiology
Advanced Micropipette Techniques for Cell Physiology
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用于细胞生理学的先进微量移液器技术
DOI：
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发表时间：
1987
期刊：
影响因子：
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通讯作者：
D. Flaming
中科院分区：
文献类型：
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作者：
K. Brown;D. Flaming
微移液器技术及其应用简史早期微移液器的制备方法棕焰微移液器的背景、设计和基本原理扫描电镜检测和测量微移液器尖端的技术棕焰微移液器的评价微移液器尖端形成的理论毛细管壁厚对针尖尺寸影响的定量预测和验证熔融内部纤维（欧米茄点）对微移液器针尖的影响用硼硅管斜切微移液器针尖最小化针尖尺寸：填充微移液器的技术和应用将微移液器从组织推进到细胞的技术与解决方案细胞内研究辅助技术脊椎动物光感受器细胞内记录技术改进评价细胞内工作管设计评价微移液器制造玻璃的结构与性能双通道微移液器贴片夹持新兴领域棕焰微移液器扩展到贴片夹持方便处理铝硅酸盐玻璃。
A Brief History of Micropipette Techniques and Their Applications Early Methods of Fabricating Micropipettes The Brown-Flaming Micropipette Puller: Its Background, Design, and Underlying Principles Techniques for Examining and Measuring Micropipette Tips by Scanning Electron Microscopy Evaluation of Brown-Flaming Micropipette Puller A Theory of Micropipette Tip Formation: Quantitative Prediction and Validation of the Effects of Capillary Wall Thickness upon Tip Size Effects of a Fused Internal Fiber (Omega Dot) upon Micropipette Tips Minimizing Tip Size with Borosilicate Tubing Beveling Micropipette Tips: Techniques and Applications Filling Micropipettes: Techniques and Solutions Advancing Micropipettes through Tissues and into Cells Ancillary Techniques for Conducting Intracellular Research Evaluation of Improved Intracellular Recording Techniques in Vertebrate Photoreceptors Evaluation of Tubing Designs for Intracellular Work The Structure and Properties of Glasses for Fabricating Micropipettes Dual-Channel Micropipettes The Burgeoning Field of Patch Clamping Extension of the Brown-Flaming Micropipette Puller to Patch Clamping and Conveniently Handling Aluminosilicate Glass.