Metagenomics
noun
A field of study that involves the analysis of genetic material obtained directly from environmental samples, allowing for the exploration of microbial communities.
Metagenomics helps researchers discover new microbial species in the ocean.

Usage tips
Formal
environmental DNA, microbial diversity, genetic sequencing
noun
The application of metagenomics techniques to study and manipulate the genetic material of microorganisms for various purposes such as medicine and agriculture.
Metagenomics has the potential to enhance agricultural productivity by utilizing beneficial microbes.

Usage tips
Formal
genetic engineering, sustainable agriculture, microbial applications
noun
A field of study that involves the analysis of genetic material obtained directly from environmental samples, allowing for the exploration of microbial communities.
Metagenomics helps researchers discover new microbial species in the ocean.

Usage tips
Formal
environmental DNA, microbial diversity, genetic sequencing
noun
The application of metagenomics techniques to study and manipulate the genetic material of microorganisms for various purposes such as medicine and agriculture.
Metagenomics has the potential to enhance agricultural productivity by utilizing beneficial microbes.

Usage tips
Formal
genetic engineering, sustainable agriculture, microbial applications
Definition 1 of 2

Research Methods
Utilize diverse sampling methods to acquire environmental DNA samples.
In a marine study, metagenomics revealed hidden bacterial species.
Data Analysis
Understanding the genetic data from metagenomics requires computational expertise.
Advanced software is crucial in analyzing metagenomics outputs.
Interdisciplinary Approaches
Collaboration across biology, ecology, and data science enhances metagenomics research.
A successful project involved biologists and computer scientists working together.
Research Methods
Utilize diverse sampling methods to acquire environmental DNA samples.
In a marine study, metagenomics revealed hidden bacterial species.
Data Analysis
Understanding the genetic data from metagenomics requires computational expertise.
Advanced software is crucial in analyzing metagenomics outputs.
Interdisciplinary Approaches
Collaboration across biology, ecology, and data science enhances metagenomics research.
A successful project involved biologists and computer scientists working together.
Research Methods
Utilize diverse sampling methods to acquire environmental DNA samples.
In a marine study, metagenomics revealed hidden bacterial species.
Data Analysis
Understanding the genetic data from metagenomics requires computational expertise.
Advanced software is crucial in analyzing metagenomics outputs.
Interdisciplinary Approaches
Collaboration across biology, ecology, and data science enhances metagenomics research.
A successful project involved biologists and computer scientists working together.
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