Cellular Imaging Instrumentation Accessories
Sartorius Incucyte 3D Nanowell Plate
The Incucyte 3D Nanowell Plates facilitate high-throughput organoid studies by creating a 3D microenvironment that mimics in vivo conditions supporting organoid growth and differentiation. These plates feature an array of hydrogel-printed microwells each optimized to foster uniform and reproducible organoid formation. Additionally each well contains a dedicated pipetting port for seamless medium changes that can be integrated with automated processes thus enhancing efficiency and reproducibility in large-scale screening assays. Together with the Incucyte Live-Cell Analysis System and Incucyte Organoid Analysis Software Module 9600-0034 these plates enable high-throughput long-term imaging and analysis of organoids providing insights into their growth and viability dynamics. This plate also requires systems to be operating on Incucyte Base Software v2024A or later.
Sartorius Incucyte 3D Nanowell Plate
The Incucyte 3D Nanowell Plates facilitate high-throughput organoid studies by creating a 3D microenvironment that mimics in vivo conditions supporting organoid growth and differentiation. These plates feature an array of hydrogel-printed microwells each optimized to foster uniform and reproducible organoid formation. Additionally each well contains a dedicated pipetting port for seamless medium changes that can be integrated with automated processes thus enhancing efficiency and reproducibility in large-scale screening assays. Together with the Incucyte Live-Cell Analysis System and Incucyte Organoid Analysis Software Module 9600-0034 these plates enable high-throughput long-term imaging and analysis of organoids providing insights into their growth and viability dynamics. This plate also requires systems to be operating on Incucyte Base Software v2024A or later.
Revvity Health Sciences Inc IVISense Hypoxia CA IX 680 Fluorescent Probe (HypoxySense)
IVISense Hypoxia CA IX 680 Fluorescent Probe (HypoxySense)
Analytical Sales & Services LUMINDOX II 48W 445 INDIGO LED
Lumindox II 48Well 445 Indigo LED Array for TCR
Cytoskeleton, Inc. MemGlow™ 488 Fluorogenic Plasma Membrane Probe, High Specificity, Non-Toxic, 2 nmol
MemGlow™ 488 is a fluorogenic plasma membrane probe designed for high-specificity, low-background imaging of live and fixed cells. Its unique self-quenched "turn-on" mechanism allows fluorescence only upon membrane integration, offering clear visualization of cellular structures. Non-toxic and versatile, it supports various microscopy techniques, making it ideal for dynamic studies and long-term imaging applications.
BRUKER NANO INC PFQNM IMAGING PROBE V2 5/PK
- Designed for high-resolution imaging
- Quantifiable, artifact-free mechanical mapping of live cells
- Precise 70 nm tip end radius for delicate bio-sample measurements
- Pre-calibrated spring constant of 0.1 N/m for reliable performance
- Minimizes imaging artifacts with 11-degree compensated tip
- 19 µm tall post enhances accurate tip-sample interaction
- Compatible with PeakForce Tapping, QI Mode, Force Volume, and Tapping
- Single cantilever design for focused applications
- Paddle cantilever geometry for versatility in experiments
- Nominal cantilever thickness of 0.345 µm
- Thickness range between 0.317-0.373 µm
- Back side coated with titanium/gold (Ti/Au)
- Resonant frequency nominally set at 85 kHz
- Tip compensation angle set at 11 degrees
Med Vet International Dynarex Deluxe Wound Closure Tray, Sterile, 20/Case
All the necessities in a convenient, disposable alternative. Sterile procedural tray contains necessary components for wound closure Packed in procedural sequence for optimal efficiency and convenience Includes: (1) One-compartment tray with TYVEK lid; (1) Iris scissor; (1) Mosquito hemostat, curved, 5"; (1) Towel 18" x 17", 3 ply; (5) Gauze pad 4" x 4", 8 ply; (1) PVP swabsticks, 3 each; (1) Alcohol prep pad; (1) Poly bag (red) with twist tie; (1) Fenestrated drape, 26" x 18"; (1) Adson tissue forceps; (1) Needle holder, 5" Not made with natural rubber latex or DEHP
