Revealing new dynamic behaviors of cellulose synthase by structured illumination microscopy (CAT#: STEM-MIT-0406-LJX)

Name: Revealing new dynamic behaviors of cellulose synthase by structured illumination microscopy
SKU: STEM-MIT-0406-LJX
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Introduction

Cellulase is a kind of complex enzyme, which is generally believed to contain at least three components, namely C1 enzyme, CX enzyme and glucosidase. These three components work together to hydrolyze cellulose into glucose, which in turn provides nutrients for microbial growth and, of course, human use.

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Principle Applications Procedure Materials Notes

Principle

The structured illumination microscopy (SIM) applies a pattern lighting field (different from the traditional wide-field lighting) to the samples to improve the spatial resolution of the optical microscope and has advantages for the observation of living cells. In this method, the spatial frequency of the illumination pattern is mixed with the spatial frequency of the sample feature, converting the high frequency feature into a lower frequency detectable by the microscope. The periodic lighting pattern (Moire fringes, Moire fringes) is generated by the interference of multiple light sources in the axial (Z), lateral (X-Y) or both directions, and the high-resolution image is reconstructed based on the acquisition of multiple illumination images in different phases and directions. Since the illumination mode itself is also limited by optical diffraction, SIM can only double the spatial resolution by combining two information sources with limited diffraction, achieving resolutions of 100 nm and 300 nm in the X-Y and Z-axis directions, respectively.