GeneGlobe Custom Microbial Research Tools
Design custom dPCR assays and NGS panels tailored to your microbial research needs. Accelerate discoveries in human health, food safety, environmental testing, and more.
Revolutionize Your Microbial Research with Customizable Solutions
Microbial identification and profiling are critical across fields like healthcare, agriculture, and environmental testing. At GeneGlobe, we empower you with tools that fit your specific needs. Whether you require ultra-sensitive microbial detection with dPCR or scalable sequencing with NGS, our custom assay and panel design options have you covered.
dPCR Microbial Assays
Targeted Microbial Detection with Custom dPCR Assays
Design dPCR assays to precisely target bacterial, fungal, parasitic, or viral genes. Customize fluorophores, multiplex up to five targets in one reaction, and tackle unique challenges in microbial identification or profiling. Our easy-to-use custom design tool supports your research in health, food safety, and environmental studies
QIAseq xHyb Microbial Panels
Uncover Microbial Insights with Tailored NGS Panels
Our custom NGS panel design tool allows you to build panels targeting viral, bacterial, or fungal species. Tailor your research to focus on the specific microbes of interest, or combine panels for broader analysis. Perfect for high-throughput microbial profiling and genome enrichment applications.
Advance Your Microbial Research
Accelerate your research with tailored solutions for every phase of your workflow. From experimental design to data analysis, advanced digital PCR (dPCR) and Next-Generation Sequencing (NGS) tools empower you to customize assays and panels specific to your needs. Whether you’re identifying microbial targets, profiling gene expression, or studying complex microbiomes, these flexible solutions integrate seamlessly into your research cycle. Pair custom tools with a validated predesigned portfolio to achieve precision, efficiency, and impactful results in applications ranging from pathogen detection to antimicrobial resistance studies.