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Tms f light microscope

Manufactured by Nikon
Sourced in Japan

The TMS-F light microscope is a versatile laboratory instrument designed for various microscopy applications. It features a stable and durable construction, providing a platform for detailed observation and analysis. The TMS-F is equipped with high-quality optics, delivering clear and precise images. It is a reliable tool for researchers, educators, and technicians working in diverse fields that require the use of light microscopy.

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4 protocols using tms f light microscope

1

Quantifying Spheroid Size and Volume

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After the last 4th passage single cells were plated at a density of 3 × 104 cells/ml or after irradiation at a density of 5 × 104 cells/ml in an uncoated μ-Slide 8 well (iBidi, GmbH, Martinsried, Germany). Representative pictures for each n were taken in 4 consistent regions of each well using a Leica DFC 295 camera and a Nikon TMS-F light microscope. For the irradiation experiment a Nikon ECLIPSE TE20 microscope with an INFINITY1–2C camera and Infinite analyze software were used to capture the pictures.
The diameter of each sphere was measured and the corresponding volume (in μm3) of the sphere was calculated offline for the 24 and 48 hour time using Image J 1.45s (Wayne Rasband, NIH, USA).
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2

Staining Protocol for Starch Cell Examination

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The fixed tissues on the slides were immersed in Xylene to remove the wax. The dewaxed samples were passed through a series of ethanol (absolute ethanol, 90 and 70 %). After this treatment, the samples were stained in safranin for 10 min, washed again in a series of ethanol (50, 70 % and absolute) and counterstained in Fast green for 1 min. The samples were then cleared in clove oil and mounted in Euparol (Flatters and Garvett Ltd., England). Examination of starch cells were done using a TMS-F light Microscope and photomicrographs of the slide taken using a Nikon camera (Nikon Co., Tokyo, Japan) attached to the microscope at a magnification of 145.
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3

Microscopic Examination of Starch Granules

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Dried, ground samples were used for the examination of the starch granules. A minute quality of the sample was added to a small drop of water on a slide and thoroughly mixed taking care not to break any air bubbles. The mixture is then covered with cover slip. Excess water was removed by means of a filter paper and a little dilute iodine was run under the cover slip. Microscopical examination was done using a TMS-F Light Microscope and photomicrographs of the slide taken using a Nikon camera (Nikon Co., Tokyo, Japan) attached to the microscope at a magnification of 145.
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4

Reproducibility of Patterned Scaffolds

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Reproducibility of patterned scaffolds was assessed using light microscopy. Samples were placed on glass slides for light microscopic imaging. Nikon TMS-F light microscope with (INFINITY CAPTURE software) was used to obtain three random images per sample from three scaffold samples from three separate production patches (n=3). Spacing between patterns formed after dissolution of glass fibers were analyzed using ImageJ analysis software. Areas with spacing visualized indicated light passing through the sample's gaps.
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