Sign In NGS Cloud
Sign In NGS Cloud

AI-Supported Genetic Data Analysis Platform

Contact Info
  • İncek Bul. Kızılcaşar Mh. 1213. Sk. No:24 Gölbaşı / ANKARA
  • +90 (312) 440 96 61
  • [email protected]

Metagenomic Sequencing

Pairend NGS Cloud > Next-Generation Sequencing > Metagenomic Sequencing

What is Metagenome Sequencing?

Get detailed information

Metagenomic sequencing directly analyzes the genetic material of microorganisms from environmental samples, eliminating the need for culturing. It provides insights into the species diversity and genetic makeup of microbial communities.

This technology helps understand microbial functions and their environmental interactions, offering valuable data on antibiotic resistance, disease-related microbiota changes, and identifying beneficial microorganisms for applications like environmental restoration.

Metagenomic sequencing holds great potential in the fields of health, research, and personalized genetic solutions. In health, it is used to understand the effects of the microbiome, diagnose diseases more quickly, and detect antibiotic resistance. In research, it allows the study of ecosystem functions, microbial evolution, and biological diversity. For personalized genetic solutions, analyzing individuals’ microbiome profiles helps develop customized treatment methods and dietary recommendations. Additionally, monitoring microbiome changes aids in personalized health monitoring and drug development. These areas offer innovative solutions for health and biotechnology.

Health, Research, and Personalized Genetic Solutions

Get detailed information

All Your Questions Answered About Our WGS Service!

Metagenomic sequencing is a technique used to analyze the genetic material (DNA/RNA) from all microorganisms present in an environmental sample. This method provides a comprehensive view of microbial diversity and their genetic functions without needing to culture individual organisms.

Metagenomic sequencing can be applied to various types of samples, such as:
✔️ Water and soil samples
✔️ Human and animal bodily fluids (blood, feces, saliva)
✔️ Environmental samples (air, seawater)
✔️ Food and beverage samples

Metagenomic sequencing generates genetic sequences from the microorganisms in environmental samples. The resulting data can include:
✔️ Microbial species and their relative abundance
✔️ Functional genes and biological processes
✔️ Resistance genes and pathogenic potential
✔️ Metabolic pathways and microorganism interactions


✔️ Comprehensive analysis: Offers a detailed understanding of microbial diversity and functionality.
✔️ No need for culturing: Allows for the analysis of microorganisms that cannot be cultured in a lab setting.
✔️ In-depth data: Produces large datasets that enable thorough bioinformatics analyses.


✔️ Biotechnology and pharmaceuticals: Discovery of new microorganisms or biological products.
✔️ Agriculture: Monitoring microorganisms affecting plant health and developing biological control methods.
✔️ Health: Analysis of the human microbiome and its association with diseases.
✔️ Environment: Studying microbial diversity and ecosystem health in polluted or natural environments.


1. Sample collection: The environmental sample to be analyzed is collected.
1. DNA/RNA isolation: Genetic material (DNA or RNA) is extracted from the microorganisms.
1. Sequencing: High-throughput sequencing technologies are employed to obtain genetic sequences.
1. Data analysis: The obtained sequences are analyzed using bioinformatics software to identify species, genes, and functional pathways.

Let’s Talk…