OUR WORKSHOPS
Series of Omics-Based Online Workshops
The for data driven skills are on the rise across different work space. As a life scientist well equip with omics data-driven skills in the field of bioinformatics and computational biology, you get to stand out, become relevant with excellent research experience and make ground breaking discoveries.
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Metagenomics is an interdisciplinary field of genetics which includes the study of environmental samples (such as soil, water) using genetics techniques. With metagenomics, we can study and investigate microbes in a single experiment that could not be possible with the conventional microbiology methods.
Metagenomics as been proven as a powerful tool that is potentially enough to penetrate different fields, to solve different problems. It is used widely in ecology, environment conservation, infectious disease diagnosis, Environmental remediation, Biotechnology, and agriculture.
In this workshop, we shall be demonstrating various methods used in exploring metagenomics study of water, soil and clinical microbial samples.
Metagenomics is an interdisciplinary field of genetics which includes the study of environmental samples (such as soil, water) using genetics techniques. With metagenomics, we can study and investigate microbes in a single experiment that could not be possible with the conventional microbiology methods.
Metagenomics as been proven as a powerful tool that is potentially enough to penetrate different fields, to solve different problems. It is used widely in ecology, environment conservation, infectious disease diagnosis, Environmental remediation, Biotechnology, and agriculture.
In this workshop, we shall be demonstrating various methods used in exploring metagenomics study of water, soil and clinical microbial samples.
Metagenomics is an interdisciplinary field of genetics which includes the study of environmental samples (such as soil, water) using genetics techniques. With metagenomics, we can study and investigate microbes in a single experiment that could not be possible with the conventional microbiology methods.
Metagenomics as been proven as a powerful tool that is potentially enough to penetrate different fields, to solve different problems. It is used widely in ecology, environment conservation, infectious disease diagnosis, Environmental remediation, Biotechnology, and agriculture.
In this workshop, we shall be demonstrating various methods used in exploring metagenomics study of water, soil and clinical microbial samples.
Metagenomics is an interdisciplinary field of genetics which includes the study of environmental samples (such as soil, water) using genetics techniques. With metagenomics, we can study and investigate microbes in a single experiment that could not be possible with the conventional microbiology methods.
Metagenomics as been proven as a powerful tool that is potentially enough to penetrate different fields, to solve different problems. It is used widely in ecology, environment conservation, infectious disease diagnosis, Environmental remediation, Biotechnology, and agriculture.
In this workshop, we shall be demonstrating various methods used in exploring metagenomics study of water, soil and clinical microbial samples.
Metagenomics is an interdisciplinary field of genetics which includes the study of environmental samples (such as soil, water) using genetics techniques. With metagenomics, we can study and investigate microbes in a single experiment that could not be possible with the conventional microbiology methods.
Metagenomics as been proven as a powerful tool that is potentially enough to penetrate different fields, to solve different problems. It is used widely in ecology, environment conservation, infectious disease diagnosis, Environmental remediation, Biotechnology, and agriculture.
In this workshop, we shall be demonstrating various methods used in exploring metagenomics study of water, soil and clinical microbial samples.