Selected article for: "Eclipse Ti microscope and Nikon Eclipse Ti microscope"

Author: A. Reiser; D. Woschée; N. Mehrotra; R. Krzyszton; H. H. Strey; J. O. Rädler
Title: Correlation of mRNA delivery timing and protein expression in lipid-based transfection
  • Document date: 2019_4_13
  • ID: 9h6ctbyx_35
    Snippet: For scanning time-lapse imaging, we used a motorized inverted microscope (Eclipse Ti-E; Nikon) with an objective lens (CFI PlanFluor DL-10x, Phase 1, N.A. 0.30; Nikon). To enable a stable temperature of 37 °C during the experiments, the single-cell array connected to the perfusion system was put in a heating box (Okolab). Fluorescence image stacks with a time resolution of 10 min were acquired using a cooled CMOS camera (pco......
    Document: For scanning time-lapse imaging, we used a motorized inverted microscope (Eclipse Ti-E; Nikon) with an objective lens (CFI PlanFluor DL-10x, Phase 1, N.A. 0.30; Nikon). To enable a stable temperature of 37 °C during the experiments, the single-cell array connected to the perfusion system was put in a heating box (Okolab). Fluorescence image stacks with a time resolution of 10 min were acquired using a cooled CMOS camera (pco.

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