Loading Video...
NTHRYS
Arrow

Agricultural Microbiology Inplant Training Program

NTHRYS >> Services >> Industrial Services >> Training Programs >> Agricultural Microbiology Inplant Training Program

Agricultural Microbiology Inplant Training Program

This inplant training program offers participants practical exposure to agricultural microbiology with real-world applications in soil fertility, biofertilizer production, plant disease control, and sustainable agriculture through microbial solutions.
In Other 200+ fields

Info @ +91-8977624748
Related Links

Proj / Publications


Note: Below modules are designed keeping high end industrial professionals into consideration. Please refer individual protocols below for affordable prices.
Soil Microbiome Management Protocols
Agricultural Microbiology Training Module
    Fee: Rs 120000/-

    Protocols List

  1. Soil Microbiota Profiling: Isolation and Culturing of Dominant Soil Microbes, High-Throughput Sequencing for Microbial Diversity, Use of Metagenomics to Characterize Functional Genes, Soil DNA Extraction Protocols for Microbial Analysis, Biostatistical Tools for Microbial Community Analysis, qPCR for Targeted Microbial Group Quantification, Functional Annotation of Soil Microbiota via KEGG and GO Databases, Correlation of Soil Health Indicators with Microbial Diversity, Assessment of Microbial Indices for Soil Fertility Evaluation
  2. Soil Amendment Optimization: Evaluation of Organic vs Inorganic Amendments on Microbial Activity, Use of Biochar for Microbiome Enhancement, Inoculation of Beneficial Microbes with Compost, Nutrient Cycling Analysis via Enzyme Assays (Dehydrogenase, Phosphatase, Urease) , Integration of Legume Crops for Rhizosphere Diversity, pH and Moisture Impact Studies on Microbial Function, Crop Rotation Studies for Sustained Microbial Balance, Quantifying Microbial Biomass via Fumigation Extraction Method, Soil Respiration and Carbon Sequestration Measurements
  3. Field-Scale Soil Health Monitoring: Field Sampling Protocols Across Seasons, GIS Mapping of Soil Microbial Hotspots, Use of Sensor-Based Soil Moisture and Temperature Profiling, Application of Remote Sensing for Soil Microbial Dynamics, Establishment of Microbial Baselines in Different Agroecosystems, Long-Term Plot Monitoring for Microbial Succession, Integration of Soil Microbial Data into Farm Management Software, Linking Microbial Data with Crop Yield and Health Metrics, Development of Soil Health Dashboards for Real-Time Analysis
Biofertilizer and Biopesticide Production Protocols
Agricultural Microbiology Training Module
    Fee: Rs 200000/-

    Protocols List

  1. Biofertilizer Production: Isolation and Characterization of Nitrogen Fixers (Rhizobium, Azospirillum) , Phosphate Solubilizing Bacteria (PSB) Cultivation, Cyanobacterial Biofertilizer Culture Development, Carrier-Based Formulation for Shelf Stability, Standardization of CFU Count and Viability over Storage, Packaging Design for Moisture and UV Protection, Evaluation of Field Efficacy in Various Crops, Compliance with Fertilizer Control Orders (FCO) for Registration, Lab-to-Field Transition SOPs and Extension Materials
  2. Microbial Biopesticide Development: Isolation of Biocontrol Agents like Trichoderma and Pseudomonas, Dual Culture Assay for Pathogen Antagonism, Screening for Production of Volatile and Non-Volatile Metabolites, Optimization of Fermentation Conditions for Mass Multiplication, Formulation of Liquid and Powder Biopesticides, Greenhouse Trials for Target Pathogen Suppression, Stability Testing under Storage Conditions, Field Trial Design and Data Collection Standards, Registration Guidelines per Insecticide Act
  3. Quality Control and Industrial Scaling: SOPs for Quality Control in Biofertilizer Units (Contamination Check, pH, CFU Standards) , Use of Fermenters and Bioreactors for Scaled Cultures, Sterility and Clean-In-Place (CIP) Systems Setup, Batch-wise Documentation and Traceability Protocols, Inventory Management of Microbial Cultures, Effluent Handling from Production Units, ISO Certification Preparation Guidelines, Mock Audits for Regulatory Readiness, Public-Private Partnership Case Studies for Scale-Up
Plant–Microbe Interaction Protocols
Agricultural Microbiology Training Module
    Fee: Rs 300000/-

    Protocols List

  1. Symbiosis Studies: Establishment of Mycorrhizal Associations Under Controlled Conditions, Quantification of Root Colonization via Microscopy, Co-Culture Systems with Plant Seedlings and Endophytes, Development of Reporter Gene (GFP/LacZ) Tagged Microbial Strains, Study of Induced Systemic Resistance (ISR) Pathways via Gene Expression Analysis, Impact of Microbial Inoculants on Root Architecture (Rhizotron Studies) , Use of Hydroponic Setups for Nutrient-Microbe Interaction Tracking, Split-Root Systems for Differential Microbe Testing, Hormonal Profiling of Microbe-Induced Changes in Plants
  2. Pathogen Suppression Studies: Use of Model Pathogens (Fusarium, Ralstonia, Xanthomonas) in Host Resistance Studies, ISR and SAR Marker Gene Expression via RT-PCR, Dual RNA-Seq of Host and Microbe for Interaction Mapping, Rhizosphere Volatile Profiling via GC-MS, Microbiome Shifts Upon Pathogen Challenge Using 16S/ITS Sequencing, Screening Microbes for ACC Deaminase, Siderophore, and Chitinase Activity, Pot and Field Trials with Repeated Pathogen Inoculation, Bioassay Development for Pathogen Load Quantification, Root Exudate Profiling During Infection
  3. Rhizosphere Engineering for Smart Agriculture: Custom Microbial Consortia Design via Genomic and Metabolomic Insights, Encapsulation Techniques Using Alginate Beads for Root Zone Delivery, Temporal Analysis of Microbial Dynamics Post Inoculation, Integration of CRISPR Engineered Microbes for Enhanced Traits, Use of Smart Sensors to Correlate Soil-Microbe-Plant Signals, Cloud-Based Data Analytics for Rhizosphere Status Prediction, Blockchain-Based Traceability for Microbial Products, Pilot Studies in Precision Agriculture Farms, AI Models for Predictive Plant-Microbe Interaction Outcomes

Individual Protocols Under Agricultural Microbiology Inplant Training Program

  1. Isolation and Culturing of Dominant Soil Microbes | Fee: Contact Us
  2. High-Throughput Sequencing for Microbial Diversity | Fee: Contact Us
  3. Soil DNA Extraction Protocols for Microbial Analysis | Fee: Contact Us
  4. qPCR for Targeted Microbial Group Quantification | Fee: Contact Us
  5. Assessment of Microbial Indices for Soil Fertility Evaluation | Fee: Contact Us
  6. Inoculation of Beneficial Microbes with Compost | Fee: Contact Us
  7. Enzyme Assays: Dehydrogenase, Phosphatase, Urease | Fee: Contact Us
  8. GIS Mapping of Soil Microbial Hotspots | Fee: Contact Us
  9. Remote Sensing of Soil Microbial Dynamics | Fee: Contact Us
  10. Isolation of Nitrogen Fixers and PSBs | Fee: Contact Us
  11. Biofertilizer Carrier-Based Formulation Protocol | Fee: Contact Us
  12. Dual Culture Assay for Biocontrol Agent Screening | Fee: Contact Us
  13. Mass Multiplication of Biopesticides in Bioreactors | Fee: Contact Us
  14. Stability Testing for Biopesticide Shelf Life | Fee: Contact Us
  15. SOP for Biofertilizer CFU Quantification | Fee: Contact Us
  16. Batch-wise Fermentation Record-Keeping | Fee: Contact Us
  17. Mycorrhizal Root Colonization Indexing | Fee: Contact Us
  18. Reporter Gene-Tagged Microbe Construction | Fee: Contact Us
  19. RT-PCR for ISR and SAR Marker Genes | Fee: Contact Us
  20. GC-MS Volatile Profiling of Rhizosphere | Fee: Contact Us
  21. ACC Deaminase and Siderophore Assay | Fee: Contact Us
  22. Root Exudate Collection and Profiling | Fee: Contact Us
  23. Encapsulation of Microbes for Field Application | Fee: Contact Us
  24. Smart Sensor Integration for Soil–Microbe Monitoring | Fee: Contact Us
  25. CRISPR-based Engineering of Plant Growth Promoting Bacteria | Fee: Contact Us

Please contact on +91-8977624748 for more details

Cant Come to Hyderabad or Chennai or Bangalore? No Problem, You can do it in Virtual / Online Mode




PDF