Explore 3D visualization of Rab5 during cellular processes using Lattice SIM technology and analyzed by arivis. This cutting-edge method allows for precise temporal and spatial resolution to track protein dynamics.
Visualize Dynamic Rab5 Activity with Lattice SIM Imaging
Key Takeaways
- Research focus: 3D imaging of Rab5 activity using diSIM.
- Model system: Rab5 protein dynamics during endocytosis.
- Research goal: Understand protein transport mechanisms.
- Presented by: ZEISS imaging specialists.
- Content type: Video demonstrating diSIM technology capabilities.
Lattice SIM² data segmented and tracked with arivis Vision4D® (now known as ZEISS arivis Pro)
U2OS cells expressing the endosomal marker Rab5-mEmerald were imaged in Lattice SIM 3D Leap acquisition mode over time. The Lattice SIM² data set was transferred to ZEISS arivis Pro (formerly called arivis Vision4D®) software for segmentation and tracking of the endosomes. Objective: Plan-Apochromat 63× / 1.4 Oil
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U2Os - Endosomes | arivis
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