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SERVICE DESCRIPTION | Research Topic: Plant Protection Microbiome Scope: Microbial Technology Research, specifically the role and function of microbes, both as single colonies (isolates) and as communities in plant protection, includes microbial bioprospecting in pathogen…
- KST Cibinong (Soekarno)
Research Topic: Plant Protection Microbiome
Scope:
Microbial Technology Research, specifically the role and function of microbes, both as single colonies (isolates) and as communities in plant protection, includes microbial bioprospecting in pathogen inhibition and plant resistance induction for plant disease control.
Our approach to developing microbial technology for plant protection includes:
1. Analysis of plant pathogen diversity.
2. Omics studies.
- Metagenomics: studying the structure of microbial communities and key taxa that play a role in pathogen inhibition and plant resistance induction.
- Metatranscriptomics: studying the role of functional genes that are key to the "mode of action" mechanisms of biocontrol agents.
3. Bioprospecting superior microbes with potential as biocontrol agents and studying the "mode of action" mechanisms of biocontrol activity.
4. Analysis of plant resistance responses to disease attacks;
5. Development of mutation protocols using gamma radiation to enhance biocontrol activity.
Student Study Programs: Biology, Phytopathology, Agriculture
Application Requirements:
Scope:
Microbial Technology Research, specifically the role and function of microbes, both as single colonies (isolates) and as communities in plant protection, includes microbial bioprospecting in pathogen inhibition and plant resistance induction for plant disease control.
Our approach to developing microbial technology for plant protection includes:
1. Analysis of plant pathogen diversity.
2. Omics studies.
- Metagenomics: studying the structure of microbial communities and key taxa that play a role in pathogen inhibition and plant resistance induction.
- Metatranscriptomics: studying the role of functional genes that are key to the "mode of action" mechanisms of biocontrol agents.
3. Bioprospecting superior microbes with potential as biocontrol agents and studying the "mode of action" mechanisms of biocontrol activity.
4. Analysis of plant resistance responses to disease attacks;
5. Development of mutation protocols using gamma radiation to enhance biocontrol activity.
Student Study Programs: Biology, Phytopathology, Agriculture
Application Requirements:
- Photo
- File Data Transkrip
- Other Supporting File
- Proposal
- Curriculum Vitae
- Cover Letter
- Statement Letter
