SCC-15 cells (2 ×105) were plated onto 4 well glass chambers coated with TNC:FN1 and treated with 2 µM TBG-siRNA. Following fixation and mounting, sections were lead-stained and examined using Phillips CM12 TEM microscope (45,000×).
Cm12 tem microscope
Manufactured by Philips
The Philips CM12 TEM (Transmission Electron Microscope) is a high-performance laboratory instrument designed for advanced materials analysis. It provides a core function of enabling the observation and analysis of samples at the nanometer scale, allowing users to study the microstructure and composition of a wide range of materials.
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Lab products found in correlation
2 protocols using cm12 tem microscope
1
Ultrastructural Analysis of SCC-15 Cells
2
Characterization of Carbon Nanotubes
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To assess the morphology, structure, and presence of synthesis by-products as well as the diameter and length distributions of the different CNT, samples were observed using optical (Olympus BX60 optical microscope coupled to a color view digital camera, Olympus Corporation, Japan), scanning electron (SEM; Carl Zeiss Ultra 55, field emission gun, Carl Zeiss, Germany) and transmission electron (TEM; Philips CM12 TEM microscope, Philips Research, The Netherlands) microscopes. The morphology and thickness of the CNT precursor carpets were investigated by SEM on sections of aligned CNT carpets fixed on a SEM sample holder with a carbon adhesive tape. To perform TEM analysis, CNT powders were dispersed in ethanol and placed in ultrasonic bath for 1 min (this duration has been chosen to prevent from the introduction of any supplementary morphological/structural modifications). One droplet of this suspension was then deposited on a Cu grid covered with thin carbon film, and grids were observed at 120 kV.
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