- Overview
- Services
- Capabilities
- Applications
- Full-Service Portfolio
Our Molecular Biology Research portfolio offers a range of in situ detection technologies, cytogenetic analysis, and high-resolution molecular quantification platforms, to address a variety of biological and translational research applications. By integrating FISH, ISH, karyotyping, probe development, and quantitative molecular assays, we empower researchers to precisely visualize and quantify genomic, transcriptional, and cellular processes in their native spatial context.
This enables a wide range of studies in basic research, drug discovery, cell therapy development, genomic stability analysis, pathogen detection, and transgene characterization. From probe design and assay development to image acquisition, digital quantification, and data interpretation, we deliver a fully streamlined, end-to-end workflow that ensures accuracy, reproducibility, and scientific impact.
Creative Bioarray's Molecular Biology Services
Core Technology
Focused on providing validated, high-standard molecular biology foundational technology services, essential for precise detection and in-depth analysis.
Cytogenetics & Molecular Cytogenetics Analysis
In situ–based technologies for spatial detection and quantitative analysis of DNA and RNA targets at single-cell resolution across diverse sample types.
- Fluorescent In Situ Hybridization (FISH)
- In Situ Hybridization (ISH) & RNAscope
- ImmunoFISH (FISH+IHC)
- I-FISH
- RNA FISH in Plant
- Telomere Length Analysis (Q-FISH)
- Telomere Length Analysis (qPCR assay)
- Splice Variant Analysis (FISH)
- mtRNA Analysis (FISH)
- Digital ISH Image Quantification and Statistical Analysis
- Droplet Digital PCR (ddPCR)
- QuantiGene Plex Assay
Chromosome & Genomic Analysis
Our cytogenetics platforms enable precise evaluation of chromosomal integrity, genomic architecture, genetic stability, and telomere biology across human, animal, and stem cell models.
Probe Development & Quality Control
Customized probe design and rigorous quality control services to ensure specificity, sensitivity, and reproducibility of ISH/FISH-based assays.
Application-Specific Solutions
Applying core molecular biology technologies to specific biomedical fields, addressing professional challenges across various application scenarios.
ISH/FISH Analysis for Therapeutic R&D
Application-focused ISH and FISH solutions supporting oncology, cell therapy, and translational research, from target validation to in situ tracking of therapeutic agents.
Cell Line Characterization
Genetic and chromosomal characterization services to evaluate stability, clonality, and transgene integrity of engineered and long-term cultured cell lines.
Pathogen & Microbial Analysis
In situ detection and spatial analysis of viral and microbial targets in clinical, research, and environmental samples.
Our Capabilities
High-Resolution Analysis
- Single-cell resolution for FISH, ImmunoFISH, and RNAscope assays
- Chromosome-level resolution for karyotyping, M-FISH, and aCGH
- Quantitative resolution via ddPCR, QuantiGene Plex, and digital image analysis
Diverse Sample Types
- Human & animal tissues: FFPE, frozen tissue sections, cytology samples, blood, bone marrow
- Cell lines: adherent, suspension, ES/iPS cells, stem cell-derived models
- Environmental & plant samples: microbial communities, plant tissue sections
Broad Detection Capabilities
- DNA targets: gene loci, transgenes, chromosomal rearrangements, telomeres
- RNA targets: mRNA, splice variants, non-coding RNA, mtRNA
- Protein & biomarker targets: cytokines, chemokines (via ImmunoFISH), fusion proteins
Why Choose Our Molecular Biology Services
- One-Stop Platform: Offers key core technologies such as FISH, ISH, chromosome analysis, and molecular quantification as a one-stop service.
- End-to-End Service: Offers a complete end-to-end service from target verification/probe design, professional experimental operation, image acquisition and quantitative data analysis, to comprehensive reporting.
- Precision and Sensitivity: We have a high level of precision and sensitivity in detection. In particular, our optimized experimental protocols and high-sensitivity probes are ideal for single-molecule (RNAscope) and low copy number (ddPCR) applications.
- Customization and Flexibility: We have strong probe design and verification capabilities and can provide customized services for difficult targets and a variety of sample types, such as human, animal, plant, and microbial samples.
Applications
Basic Research
Gene structure, expression regulation, cellular function localization
Drug Development
Efficacy evaluation, mechanism of action, target validation
Oncology Research
Molecular subtyping, prognostic biomarkers, resistance mechanisms
Cell Therapy
Safety, efficacy, in vivo distribution, and persistence
Biologics
Cell line genetic stability, quality control
Pathogen/Microbiology
Infection diagnosis, microbial community analysis
