Sample to Insight workflow
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Microbiome

Sample to Insight workflow

Build your complete microbiome research workflow

Microbiome research calls for the analysis of diverse samples. Getting results you can trust and meaningful insights can be challenging. Make the most of your precious samples by employing unique solutions from QIAGEN for your complete workflow, from nucleic acid isolation to data analysis and interpretation. To help you navigate your way through the wide range of solutions and applications, we have designed a step-by-step guide for your entire workflow.

From challenging samples to insights
Our team is here to help
We invite you to ask questions about the workflow and our products.
Powerlyzer_Tissuelyzer_II

Microbiome samples are challenging because they are difficult to lyse. Microbes may contain a tough extracellular matrix. Incomplete lysis of a microbial community results in an inaccurate representation of the microbial content of the sample.

Mechanical homogenization is recommended to avoid introducing bias during the cell lysis process. QIAGEN’s sample disruption solutions ensure fast, powerful and efficient homogenization, which is a prerequisite for reproducible results.

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Human biomedical research

For human biomedical research

Different sources of materials present diverse challenges for isolating DNA and RNA. QIAGEN kits for human biomedical research are optimized for specific sample types, such as gut, stool, swabs and more. The patented Inhibitor Removal Technology® (IRT) removes inhibitors during the purification process. This results in high yields of pure nucleic acids ready to use even in demanding downstream applications.

Human biomedical sample preparation
highlights

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Sample preparation ENV AGR

For environmental and agricultural research

Different sources of materials present different challenges for isolating DNA and RNA. QIAGEN kits for environmental and agricultural research have been optimized or specific sample types, such as soil, water, biofilm, plants and more. Patented Inhibitor Removal Technology (IRT) removes inhibitors during the purification process. This results in high yields of high-quality, pure nucleic acids ready to use even in the most demanding downstream applications.

Environmental and agricultural sample preparation
highlights

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DNA isolation service from any sample type
From extraction and quantification to NGS and analysis, using advanced technologies.
NGS analysis

Next-generation sequencing (NGS) methods have revolutionized the study of the microbiome. NGS enables the simultaneous analysis of thousands of species within a microbial community.

Reagent and primer selection plays a large part in the generation of a proper NGS library, one that minimizes bias and maximizes read depth. QIAGEN offers diverse kits to align with various amplification and sequencing needs to achieve even coverage and high-read quality.

NGS for microbiome
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Microbiome profiling service for challenging samples
Next-generation sequencing and 16S/ITS region interrogation, using advanced technologies.
Digital insights
An excellent software suite goes a long way in turning metagenomics data interpretation from a chore to a joy. Tools and features to cover all of your needs, from taxonomy to polymorphism analysis, enable gaining valuable insights from complex data. QIAGEN’s bioinformatics solutions for microbiome are easy-to-use. With an intuitive interface, they help researchers focus on what really matters.

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FAQs about microbiome research methods

What are 16S and ITS rRNA sequencing?

The most common method used for profiling microbial communities is sequencing the 16S ribosomal RNA (rRNA) gene and Internal Transcribed Spacer (ITS) regions for bacteria and fungi, respectively. Due to their universal distribution and conserved nature, the 16S rRNA and ITS genes are well-established genetic markers used for bacterial and fungal identification and classification.

The 16S rRNA gene consists of both highly conserved and hypervariable regions. The conserved regions serve as primer binding sites for PCR amplification of the variable regions and the variable regions contain sequences that can be used for bacterial identification and classification.

What is Shotgun Metagenomic Sequencing?

In contrast to 16S rRNA and ITS sequencing, shotgun metagenomic sequencing covers the entire genome of all organisms present in a sample.

Shotgun metagenomic sequencing covers all genetic information in a sample; therefore, the data can be used for various analyses, e.g., metagenomic assembly and binning, metabolic function profiling and antibiotic resistance gene profiling.

What is Metatranscriptomics?

Metatranscriptomics studies the entire gene expression profile of microbial communities in natural living environments. It enables the quantification of gene expression levels and their changes in response to different conditions, e.g. physiological vs. pathological conditions in an organism.

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