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Hcx pl apo 63 1.40 to 0 60 numerical objective oil objective

Manufactured by Lumencor

The HCX PL APO 63×/1.40 to 0.60 numerical objective is an oil immersion objective lens designed for use in microscopy applications. It has a magnification of 63× and a numerical aperture range of 1.40 to 0.60, which allows for high-resolution imaging and light gathering capabilities.

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2 protocols using hcx pl apo 63 1.40 to 0 60 numerical objective oil objective

1

Live Cell Imaging with Leica DMi8 System

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A Leica DMi8 Live Cell Imaging System, equipped with an OKOLab stage-top live cell incubation system, LASX software, Leica HCX PL APO 63×/1.40 to 0.60 numerical objective oil objective, Lumencor LED light engine, CTRadvanced+ power supply, and a Leica DFC900 GT camera, was used to acquire images. Exposure times were set at 200 ms (mCherry, 553 nm) and 50 ms (GFP, 480 nm), with LED light sources at 50% power, and images were acquired every 30 s over specified time course.
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2

Live-Cell Imaging of Cellular Signaling

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HEK293T cells and Neuro2a cells were imaged on a Leica DMi8 Live Cell Imaging System, equipped with an OKOLab stage-top live cell incubation system, LASX software, Leica HCX PL APO 63×/1.40 to 0.60 numerical objective oil objective, Lumencor LED light engine, CTRadvanced+ power supply, and a Leica DFC900 GT camera. The mCherry channel (553 nm, 50% power, 200 ms exposure) was used for pre, during, and post-light visualization. GFP channel (480 nm, 50% power, 50 ms exposure) was used for Cry2 activation. Images were captured in 30 sec intervals.
Live-cell confocal images of HEK293T cells were collected on Zeiss LSM 700 laser scanning microscope equipped with a stage-top incubator and ZEN Black 2012 software. Images were captured on the mCherry channel (553 nm) and GFP channel (480 nm) for blue light illumination in 30 sec intervals. For ERK-KTR cell experiments, ERK-KTR was visualized on the GFP channel (5% power), and the nuclear stain was visualized on the DAPI channel (395 nm, 5% power). All images were analyzed using Fiji Image J software.
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