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"ASURE": A multi-potential plant bioassay as a pre-determinative microbial efficiency testing tool for bioinoculant
Pratibha Yadav1, Archana Kumari1, Sattiraju Krishna Sundari1
1Jaypee Institute of Information Technology (JIIT), A-10, Sector: 62, Noida, 201309, U.P., India.
Methodsx
|May 9, 2020
Summary
Researchers developed the ASURE system, a novel hydroponics-inspired plant bioassay for studying plant-microbe interactions. This system enables real-time monitoring and efficient sample recovery for bioinoculant research.
Area of Science:
- Plant Science
- Microbiology
- Agricultural Science
Background:
- Plant-microbe associations are crucial for agriculture and plant science.
- Studying these interactions requires controlled, real-time systems with easy sample recovery.
Purpose of the Study:
- To introduce the ASURE system, a new multi-potential plant bioassay for in-vitro microcosm studies.
- To provide a robust, manageable system for real-time observation of plant-microbe associations.
Main Methods:
- The ASURE system, inspired by hydroponics, is a plant bioassay designed for controlled in-vitro studies.
- It accommodates 16 samples in a compact space, ensuring a homogenous microenvironment.
- The system allows for continuous, undisturbed monitoring of plant growth and facilitates efficient sample recovery.
Main Results:
- ASURE facilitates the comparative assessment of plant growth-promoting microbe (PGPM) benefits.
- It offers a real-time view of plant-microbe associations.
- The system enables efficient sample recovery with zero loss during harvesting.
Conclusions:
- ASURE is a valuable tool for pre-determining the efficiency of plant-friendly microbes as bioinoculants.
- It addresses challenges in in-vitro microcosm studies, offering a practical solution for research.
