Cancer Research

Life Science Research Application

Cancer research involves the analysis of carcinogenesis, including the phases of proliferation, invasion, and metastasis, and the advancement of cancer diagnostics and therapies; for example, the development of anti-cancer drugs. Researchers in this field use various methods, such as molecular biology, biochemistry, immunology, pharmacology, and pathology. Microscopic analysis targets in cancer research can vary, from live cells to in vivo mice. We provide a range of solutions to meet the needs of these researchers, including cell culture management tools, to improve quality control in the cell culture process, virtual slide scanner systems, offering high-volume, high-speed, and flexible slide viewing options, and laser scanning microscopes for multidimensional analysis of cancer tissue, which benefits from their rapid, multicolor 3D and 4D imaging capabilities.

Application of the Z-Drift Compensation System IX-ZDC to multidimensional cell-based assay at the single cell level

Evaluation of Drug Efficacy–The Response of Spheroids to a Drug

Evaluation of Drug Efficacy–Quantitative Evaluation of Spheroid Size

Analysis of Anticancer Drugs-Targeting the Interior of Spheroids

Response to Drug Treatment-Cell Cycle Analysis of 3D Cell Cultures

Response to Drugs–Inside and Outside of 3D Cell Cultures

Evaluation of Drug Efficacy–The Response of Co-Cultured Spheroids to Drugs

The Response of Mitochondria in Cancer Spheroids to Drugs

Fluorescent Image Analysis–Live Dead Cell Assay of Spheroids

Fluorescent Image Analysis–3D Spheroid Invasion in a Collagen Gel

Fluorescent Image Analysis–Cell Division in Spheroids

3D Time-Lapse Imaging of Spheroids with the FLUOVIEW FV3000 Confocal Microscope: 48-Hour Continuous Observation of Antibody-Dependent Cell-Mediated Cytotoxicity (ADCC)

Observing a Vascularized Tumor Spheroid on a Chip with a Confocal Microscope

Label-Free Transmigration Assay Using scanR TruAI for Self-Learning Microscopy

Verifying the Tumor Labeling of a Novel Fluorescent Nanoprobe Using NIR Imaging

Drug Viability Testing of 3D Cancer Spheroids Using Automated Macro-to-Micro Imaging

An Introduction to the Gradient Contrast Method

How the APX100 Microscope’s Smart Sample Navigator Improves Pre-Observation Workflow Efficiency

Next-Generation SilVIR Detector System for the FLUOVIEW FV4000 Laser Confocal Microscope

SILA Optical Sectioning Method for Sharp Imaging of Thick Samples

Microscope System/Frame

FV5000

Confocal Laser Scanning Microscope

Extraordinary clarity, speed, and reliability driven by groundbreaking innovations
SilVIR™ detectors deliver photon-level quantitation, exceptional sensitivity, and ultra-high signal-to-noise
Unmatched dynamic range captures the full signal spectrum and prevents saturation
High-speed 2K resonant scanning and high-density 8K galvo scanning in one platform
FLUOVIEW Smart™ software simplifies operation with intuitive controls and AI-powered automation
TruResolution™ auto correction collar optimizes focus for over 20 objectives
Modular design supports up to 10 laser lines and future multiphoton upgrades
Laser Power Monitor (LPM) ensures stable illumination and reproducible results over time

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FV5000MPE

Multiphoton Laser Scanning Microscope

Compact fiber-pigtailed lasers enable deep, quantitative imaging in scattering tissue
One-, two-, or three-line simultaneous MPE laser excitation for millimeters deep imaging
SilVIR™, TruAI, and TruSight™ technologies deliver outstanding signal-to-noise and clarity
MPE-optimized objectives, TruResolution™ auto correction collar, and automated IR laser alignment maintain sharp focus
Available as an FV5000 system upgrade or a complete MPE system
Fully tunable laser configurations available for more advanced multiphoton applications

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