“类似技术对比”的版本间的差异

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3.实时无标记细胞功能分析仪RTCA、扫描振动电极技术SVET
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=== 1.膜片钳 Patch Clamp ===
 
=== 1.膜片钳 Patch Clamp ===
  
* [https://mp.weixin.qq.com/s/-AldYi5q8V0KvUnDuUotNg 异同点对比列表]
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* [https://mp.weixin.qq.com/s/-AldYi5q8V0KvUnDuUotNg '''异同点对比列表''']
  
* [[对比详细解读|对比详细解读]]
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* [[对比详细解读|'''对比详细解读''']]
  
* 结合应用案例
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* '''结合应用案例'''
  
 
::* 医学生理学:[http://cn.xbi.org/index.php?option=com_rsfiles&layout=download&path=NMTwenxian/2-NMT-SCIwenxian/1-NMT%20Chinese/C2012-018.pdf&lang=cn C2012-018],[http://cn.xbi.org/index.php?option=com_rsfiles&layout=download&path=2-NMT-SCIwenxian%2F2-NMT+International%2FF2009-008.pdf&Itemid=304&lang=cn F2009-008]
 
::* 医学生理学:[http://cn.xbi.org/index.php?option=com_rsfiles&layout=download&path=NMTwenxian/2-NMT-SCIwenxian/1-NMT%20Chinese/C2012-018.pdf&lang=cn C2012-018],[http://cn.xbi.org/index.php?option=com_rsfiles&layout=download&path=2-NMT-SCIwenxian%2F2-NMT+International%2FF2009-008.pdf&Itemid=304&lang=cn F2009-008]
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::* 植物科学:[http://xbi.org/index.php?option=com_rsfiles&layout=download&path=NMTwenxian/2-NMT-SCIwenxian/2-NMT%20International/F2018-001.pdf&lang=cn F2018-001],[http://xbi.org/index.php?option=com_rsfiles&layout=download&path=NMTwenxian/2-NMT-SCIwenxian/1-NMT%20Chinese/C2017-033.pdf&lang=cn C2017-033],[http://cn.xbi.org/index.php?option=com_rsfiles&layout=download&path=2-NMT-SCIwenxian%2F1-NMT+Chinese%2FC2015-005.pdf&Itemid=304&lang=cn C2015-005],[http://cn.xbi.org/index.php?option=com_rsfiles&layout=download&path=2-NMT-SCIwenxian%2F1-NMT+Chinese%2FC2014-010.pdf&Itemid=304&lang=cn C2014-010],[http://cn.xbi.org/index.php?option=com_rsfiles&layout=download&path=2-NMT-SCIwenxian%2F1-NMT+Chinese%2FC2014-006.pdf&Itemid=304&lang=cn C2014-006],[http://cn.xbi.org/index.php?option=com_rsfiles&layout=download&path=2-NMT-SCIwenxian%2F1-NMT+Chinese%2FC2012-009.pdf&Itemid=304&lang=cn C2012-009]
 
::* 植物科学:[http://xbi.org/index.php?option=com_rsfiles&layout=download&path=NMTwenxian/2-NMT-SCIwenxian/2-NMT%20International/F2018-001.pdf&lang=cn F2018-001],[http://xbi.org/index.php?option=com_rsfiles&layout=download&path=NMTwenxian/2-NMT-SCIwenxian/1-NMT%20Chinese/C2017-033.pdf&lang=cn C2017-033],[http://cn.xbi.org/index.php?option=com_rsfiles&layout=download&path=2-NMT-SCIwenxian%2F1-NMT+Chinese%2FC2015-005.pdf&Itemid=304&lang=cn C2015-005],[http://cn.xbi.org/index.php?option=com_rsfiles&layout=download&path=2-NMT-SCIwenxian%2F1-NMT+Chinese%2FC2014-010.pdf&Itemid=304&lang=cn C2014-010],[http://cn.xbi.org/index.php?option=com_rsfiles&layout=download&path=2-NMT-SCIwenxian%2F1-NMT+Chinese%2FC2014-006.pdf&Itemid=304&lang=cn C2014-006],[http://cn.xbi.org/index.php?option=com_rsfiles&layout=download&path=2-NMT-SCIwenxian%2F1-NMT+Chinese%2FC2012-009.pdf&Itemid=304&lang=cn C2012-009]
  
* [[向膜片钳客户推广NMT的技巧|向膜片钳客户推广NMT的技巧]]
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* [[向膜片钳客户推广NMT的技巧|'''向膜片钳客户推广NMT的技巧''']]
  
  
 
=== 2.激光共聚焦 ===
 
=== 2.激光共聚焦 ===
  
* [https://mp.weixin.qq.com/s/Hgo_j9TPWB9vJYOP8qUiGw 异同点对比列表]
+
* [https://mp.weixin.qq.com/s/Hgo_j9TPWB9vJYOP8qUiGw '''异同点对比列表''']
  
* 结合应用案例
+
* '''结合应用案例'''
  
 
::[http://cn.xbi.org/index.php?option=com_rsfiles&layout=download&path=2-NMT-SCIwenxian%2F1-NMT+Chinese%2FC2015-005.pdf&Itemid=304&lang=cn C2015-005],[http://cn.xbi.org/index.php?option=com_rsfiles&layout=download&path=2-NMT-SCIwenxian%2F2-NMT+International%2FF2001-004.pdf&Itemid=304&lang=cn F2001-004],[http://cn.xbi.org/index.php?option=com_rsfiles&layout=download&path=2-NMT-SCIwenxian%2F2-NMT+International%2FF2000-001.pdf&Itemid=304&lang=cn F2000-001],[http://xbi.org/index.php?option=com_rsfiles&layout=download&path=NMTwenxian/2-NMT-SCIwenxian/1-NMT%20Chinese/C2016-009.pdf&lang=cn C2016-009],[http://cn.xbi.org/index.php?option=com_rsfiles&layout=download&path=NMTwenxian/2-NMT-SCIwenxian/1-NMT%20Chinese/C2016-008.pdf&lang=cn C2016-008],[http://cn.xbi.org/index.php?option=com_rsfiles&layout=download&path=2-NMT-SCIwenxian%2F1-NMT+Chinese%2FC2014-006.pdf&Itemid=304&lang=cn C2014-006],[http://cn.xbi.org/index.php?option=com_rsfiles&layout=download&path=2-NMT-SCIwenxian%2F1-NMT+Chinese%2FC2009-007.pdf&Itemid=304&lang=cn C2009-007],[http://cn.xbi.org/index.php?option=com_rsfiles&layout=download&path=2-NMT-SCIwenxian%2F1-NMT+Chinese%2FC2009-002.pdf&Itemid=304&lang=cn C2009-002],[http://cn.xbi.org/index.php?option=com_rsfiles&layout=download&path=2-NMT-SCIwenxian%2F1-NMT+Chinese%2FC2008-002.pdf&Itemid=304&lang=cn C2008-002]
 
::[http://cn.xbi.org/index.php?option=com_rsfiles&layout=download&path=2-NMT-SCIwenxian%2F1-NMT+Chinese%2FC2015-005.pdf&Itemid=304&lang=cn C2015-005],[http://cn.xbi.org/index.php?option=com_rsfiles&layout=download&path=2-NMT-SCIwenxian%2F2-NMT+International%2FF2001-004.pdf&Itemid=304&lang=cn F2001-004],[http://cn.xbi.org/index.php?option=com_rsfiles&layout=download&path=2-NMT-SCIwenxian%2F2-NMT+International%2FF2000-001.pdf&Itemid=304&lang=cn F2000-001],[http://xbi.org/index.php?option=com_rsfiles&layout=download&path=NMTwenxian/2-NMT-SCIwenxian/1-NMT%20Chinese/C2016-009.pdf&lang=cn C2016-009],[http://cn.xbi.org/index.php?option=com_rsfiles&layout=download&path=NMTwenxian/2-NMT-SCIwenxian/1-NMT%20Chinese/C2016-008.pdf&lang=cn C2016-008],[http://cn.xbi.org/index.php?option=com_rsfiles&layout=download&path=2-NMT-SCIwenxian%2F1-NMT+Chinese%2FC2014-006.pdf&Itemid=304&lang=cn C2014-006],[http://cn.xbi.org/index.php?option=com_rsfiles&layout=download&path=2-NMT-SCIwenxian%2F1-NMT+Chinese%2FC2009-007.pdf&Itemid=304&lang=cn C2009-007],[http://cn.xbi.org/index.php?option=com_rsfiles&layout=download&path=2-NMT-SCIwenxian%2F1-NMT+Chinese%2FC2009-002.pdf&Itemid=304&lang=cn C2009-002],[http://cn.xbi.org/index.php?option=com_rsfiles&layout=download&path=2-NMT-SCIwenxian%2F1-NMT+Chinese%2FC2008-002.pdf&Itemid=304&lang=cn C2008-002]
  
 
=== [[实时无标记细胞功能分析仪RTCA、扫描振动电极技术SVET|3.实时无标记细胞功能分析仪RTCA、扫描振动电极技术SVET]] ===
 
=== [[实时无标记细胞功能分析仪RTCA、扫描振动电极技术SVET|3.实时无标记细胞功能分析仪RTCA、扫描振动电极技术SVET]] ===
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=== 4.传统微电极技术 ===
 
=== 4.传统微电极技术 ===
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* [https://mp.weixin.qq.com/s/bqz4tvCqWcIMJjFJ65axSQ '''异同点对比列表''']

2018年6月10日 (日) 12:58的版本

1.膜片钳 Patch Clamp

  • 结合应用案例


2.激光共聚焦

  • 结合应用案例
C2015-005F2001-004F2000-001C2016-009C2016-008C2014-006C2009-007C2009-002C2008-002

3.实时无标记细胞功能分析仪RTCA、扫描振动电极技术SVET

4.传统微电极技术