DNA Library Preparation
Each DNA Fragment Reveals Its Secrets Through Sequencing
98%
Success Rate. Optimized workflows for uniform coverage and accurate indexing across sequencing platforms.
At GENXMAP, our DNA library preparation service is designed to maximize the potential of your research projects by delivering the highest quality samples. Leveraging our expertise, we tailor the library preparation process to the type of sample and the specific objectives of your study. Whether you require targeted coverage for sequencing studies or a more comprehensive approach, we ensure the precise conversion of nucleic acids into formats compatible with the most advanced sequencing technologies. This customization guarantees reliable and reproducible results—critical for any genomic analysis.
Our service is built to optimize data quality while adapting to each client’s unique needs. We offer customized solutions to convert your DNA samples into sequencing-ready libraries.
Examples of library preparations offered by GENXMAP and their applications:
Why Choose GENXMAP?
✅ Scientific excellence grounded in advanced expertise in genomics and transcriptomics
✅ Flexible and modular workflows tailored to diverse research models and sample types
✅ Hypothesis-driven approach with full support from experimental design to data interpretation
✅ Cutting-edge technologies combined with rigorous quality standards for reproducible, high-impact results
✅ Extended bench capabilities — leverage GENXMAP as your trusted wet-lab and data analysis partner
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Specialized Expertise in Tailored DNA Library Preparation
Prepare Your Samples Optimally for Accurate Results. Reliability and Precision Guaranteed.
DNA Library Preparation
Highly Optimized Sequencing Library Preparation
Our sequencing library preparation service includes the insertion of index tags for unique sample identification and efficient multiplexing management, tailored for technologies such as WGS, WES, targeted sequencing, and metagenomics.
Applications:
Identification and quantification of genetic variations (SNP, CNV)
Microbiome profiling with species identification
Mutation and biomarker detection
Gene expression and regulation studies
