FISH
Assays
Locating specific DNA sequences on chromosomes or inside cells using sub-organelle fluorescent probes for clinical diagnostics and genetic research.
Precision Cytogenetics
Microscopy is at the heart of understanding tissue architecture and cell dynamics. Our FISH platform locates and identifies particular DNA sequences on chromosomes using fluorescent probes, providing undisputed accuracy in identifying genetic disorders across oncology and reproductive medicine.
Clinical Accuracy
Precision sequence detection for genetic disorders.
High-Res Imaging
Advanced epifluorescence with dichroic filtering.
Chromosomal Core
Karyotyping enables viewing chromosomes during metaphase and organizing them into a standard karyogram to identify abnormalities, supporting prenatal testing and cancer diagnosis.
FISH & microscopy Clusters
FISH Hybridization
Locating and identifying particular DNA sequences on chromosomes using high-fidelity fluorescent probes.
Karyotyping Analysis
Viewing metaphase chromosomes to organize karyograms and identify structural abnormalities.
Epifluorescence Optics
Utilizing advanced epifluorescence setups with precision filters and dichroic mirrors for high-contrast imaging.
Live-Cell Imaging
Examining the dynamics and function of cells in real-time under controlled laboratory conditions.
High-Content Screening
Automated microscopy for examining cellular structure and dynamics across large sample populations.
Clinical Diagnostics
Specialized chromosomal analysis for prenatal testing, cancer diagnosis, and reproductive medicine.
The Chromosomal Visualizer
Probe Selection
Targeted DNA sequence design
Hybridization
Fluorescence binding phase
Excitation
Laser-induced emission
Detection
Precision epifluorescence
Mapping
Chromosomal layout analysis
Visualizing Subcellular DynamicsAdvanced Setup
"Modern biology relies heavily on cell imaging. To investigate cellular processes in fixed or live samples, we utilize epifluorescence optics and dichroic mirrors to generate clinical-grade images across all research fields."
The fluorescence Core
Advanced epifluorescence platforms for sub-organelle readout.
Epifluorescence
Precision filter setups
Dichroic Mirrors
High-contrast emission
Phase-Contrast
Visualizing live dynamics
Karyotype Desk
Metaphase banding desk
Live-Cell Tech
Temporal imaging focus
FISH Probes
Sequence-specific probes
Visual
Mapping
"FISH locates and identifies particular DNA sequences on chromosomes... widely used in clinical diagnostics, genetic research, and oncology."
Imaging Specialized Tiers
Architecture of Chromosomal Visualization
FISH Basic
Targeted Sequence
Cytogenetic Master
Full Chromosomal
Dynamic Imaging
Live & High-Content
Sequence
Identified
Download our technical handbook to explore dichroic mirror setups, probe hybridization protocols, and metaphase chromosomal mapping designers.