Chromosome & Genomic Analysis
Chromosome & Genomic Analysis is typically comprised of a combination of classical karyotyping, molecular karyotyping, and telomere length analysis. These powerful assays provide high resolution views of chromosomal structure, and copy number variations , and are important parameters in oncology, stem cell research, toxicology and regenerative medicine to assess genetic stability, structural variations and molecular mechanisms involved in development, disease progression and cellular senescence.
Our Chromosome & Genomic Analysis portfolio integrates classical cytogenetics with high-resolution molecular assays and multicolor cytogenetic assays to deliver comprehensive, accurate, and interpretable genomic information. From metaphase chromosome evaluation to genome-wide copy number profiling, we offer end-to-end solutions that support high-confidence research and quality assessment.
Our Services
Conventional cytogenetic analysis for detecting numerical and large structural chromosome abnormalities.
Animal Chromosome Analysis (G-banded)
G-banded karyotyping specifically performed on animal cells (e.g., transgenic animal models) to ensure genetic stability and purity.
Simultaneously visualize multiple chromosomal targets using combinatorial fluorophore labeling, enabling detailed karyotype analysis.
Utilizes array Comparative Genomic Hybridization to detect genome-wide Copy Number Variations (CNVs) at high resolution.
SCE (Sister Chromatid Exchange) Analysis
Quantitative assessment of sister chromatid exchange events to evaluate genomic instability and genotoxic stress.
Chromosome Analysis of ES/iPS Cells
Specialized genomic integrity evaluation of embryonic and induced pluripotent stem cells to ensure stability during reprogramming and long-term culture.
Why Choose Our Chromosome & Genome Analysis?
Cytogenetics experts with years of experience to provide accurate analysis and interpretation of karyotypes, especially in complex karyotypes and subtle chromosomal aberrations.
Proficient Professional Team
Classic G-banding, high-resolution aCGH arrays, and state-of-art multicolor and molecular cytogenetic technologies provide multi-level, high-throughput, and high precision detection of variations from macroscopic to sub-microscopic.
Sophisticated Technology Platform
Validated, Standardized workflows for reproducibility in human, animal, and stem cell samples.
Proficiency in Varied Sample Types
Applications
Chromosomal abnormality and genome instability studies
Disease research, including cancer genetics and inherited disorders
Stem cell quality control and long-term culture monitoring
Genotoxicity testing and toxicology evaluation
Developmental and reproductive biology
Comparative genomics in animal research
High-resolution characterization of complex karyotypes using multicolor cytogenetic approaches
Explore Other Options
