people
members of the lab or group
155 B, Life Science Building
Department of Biological Science
Clemson University, South Carolina
layout: about title: Jojy John permalink: / subtitle: Exploring Microbial Ecology through OMICs Technologies
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profile: align: right image: prof_pic.jpg image_circular: false more_info: > <p>155 B, Life Science Building</p> <p>Department of Biological Sciences</p> <p>Clemson University, South Carolina</p>
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Welcome to My Website
I am a passionate researcher in Microbial Ecology/Ecophysiology, focusing on how microbes interact within their ecosystems using multi-OMICs technologies. I study how microbial communities recover from environmental stress and extreme conditions.
Skills
- Microbial Ecology – analyzing microbial communities and ecosystem function
- Multi-OMICs Integration – combining genomics & transcriptomics
- Bioinformatics – custom pipelines, HPC workflows, genome analysis
- Molecular Biology Techniques – broad wet-lab experience
Current Research & Projects
Investigating Functional Redundancy Across Microbiomes
I explore the drivers of functional redundancy (FRed) across ecosystems using multi-OMICs approaches. This includes:
- Functional redundancy (potential vs expressed)
- Microbial stability and resilience
- Recovery after ecological disturbance
Explore my Projects page for more details.
155 B, Life Science Building
Department of Biological Science
Clemson University, South Carolina
layout: about title: Jojy John permalink: / subtitle: Exploring Microbial Ecology through OMICs Technologies
show_profile: true
profile: align: right image: prof_pic.jpg image_circular: false more_info: > <p>155 B, Life Science Building</p> <p>Department of Biological Sciences</p> <p>Clemson University, South Carolina</p>
news: true selected_papers: true social: true —
Welcome to My Website
I am a passionate researcher in Microbial Ecology/Ecophysiology, focusing on how microbes interact within their ecosystems using multi-OMICs technologies. I study how microbial communities recover from environmental stress and extreme conditions.
Skills
- Microbial Ecology – analyzing microbial communities and ecosystem function
- Multi-OMICs Integration – combining genomics & transcriptomics
- Bioinformatics – custom pipelines, HPC workflows, genome analysis
- Molecular Biology Techniques – broad wet-lab experience
Current Research & Projects
Investigating Functional Redundancy Across Microbiomes
I explore the drivers of functional redundancy (FRed) across ecosystems using multi-OMICs approaches. This includes:
- Functional redundancy (potential vs expressed)
- Microbial stability and resilience
- Recovery after ecological disturbance
Explore my Projects page for more details.