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81 inverted microscope

Manufactured by Olympus
Sourced in United States

The Olympus 1×81 inverted microscope is a high-performance laboratory instrument designed for advanced microscopic observation. Its core function is to provide a stable and precise platform for imaging and analysis of various specimens, utilizing an inverted optical configuration.

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2 protocols using 81 inverted microscope

1

Long-term Cell Imaging in Incubator

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Cells growing in 6-well plastic dishes were imaged in an environmental chamber (19% oxygen, 5% carbon dioxide, 37 degrees Celsius) using an Olympus 1×81 inverted microscope with a 20X objective (NA 0.45). Images were gathered using a Hamamatsu Orca-ER camera every 10 min. for 36 hours. Slidebook 5.5.2 was used for image acquisition and processing.
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2

Confocal Imaging of Arabidopsis Root and Leaf

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Roots of two-week-old Arabidopsis lines expressing MVLG_06175ΔSP-mCherry, MVLG_06175-mCherry, and mCherry alone, leaves of four- or six-week-old Arabidopsis line expressing MVLG_06175ΔSP-mCherry, MVLG_06175-mCherry, MVLG_05122ΔSP-CFP, mCherry alone, and CFP alone, and their corresponding WT controls were observed by confocal microscopy. Images were acquired by an Olympus Fluoview FV-1000 confocal coupled to an Olympus 1 × 81 inverted microscope ((Olympus, East Syracuse, NY, USA), a PlanApoN 60× objective, and FV-10 ASW 2.1 software. A single channel scanning configuration was set up for the acquisition of mCherry (excitation 587 nm, emission 610 nm) and CFP (excitation 458 nm, emission 476 nm) using a 543 nm HeNe laser and a 458 line of argon laser, respectively. Scanning was set at a speed of 2 μs/pixel to acquire z-stacks of each visual field. Images are presented as either single plane images or stacked images.
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