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DOI :
10.3791/59674-v
July 15th, 2019
Chapters
0:04
Title
1:06
Biological Sample Preparation
1:37
Force Spectroscopy Experimental Set-up and Acquisition
3:08
Data Analysis
4:48
Measure of Turgor Pressure
6:59
9:04
Results: AFM Measurements of Cell Wall Mechanical Properties and Turgor Pressure Detection
10:35
Conclusion
ここでは、細胞や組織に対してナノ・マイクロインデントツールとして動作する原子力顕微鏡(AFM)を紹介する。器械はサンプルの3D表面の地形および細胞壁ヤングの係数およびターゴール圧力を含む機械特性の同時獲得を可能にする。
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