Collection and processing of soil, rhizosphere, root tissue from crop field and forests.- Collection and processing of bacteria from plant Vascular tissues.- Collection and processing of plant fungal endophytes from shrubs.- Collection And Processing Of Microalgae From Coralloid Roots Of Cycads.- Collection and processing of plant endophytes from large woody plants.- Collection and processing of halotolerant plant growth-promoting bacteria from plant roots and adjacent areas.- Detection of Plant Growth Promoting Bacteria from Soil.- Detection of plant growth promoting cyanobacterial community from soil and root.- Detection of plant growth promoting actinobacterial community from soil.- Detection of plant growth promoting fungal community from soil.- Detection of microalgal community from soil and plant root.- Determine the Symbiotic nitrogen fixation bacterial community structure in legume crops.- Determine the Symbiotic nitrogen fixation bacterial community structure in Casuarina sp..- Detection of endophytic bacterial community structure in medicinal plant.- Rapid Detection of Plant Associated Bacteria by MALDI-TOF Mass Spectrometry.- Rapid Detection of Plant-associated Fungi by MALDI-TOF Mass Spectrometry.- Rapid detection of plant-associated microalgae by MALDI-TOF mass spectrometry.- Nucleic Acid-based Rapid Detection of Plant-associated Cyanobacteria.- Detection of plant associated fungi by nucleic acid based technique.- Nucleic Acid-Based Rapid Detection of Microalgae association in Plant.- Isolation of Genomic DNA from plant growth promoting Pseudomonas species.- Isolation of genomic DNA from plant growth promoting Streptomyces sp..- Isolation of Genomic DNA from Plant Growth Promoting Cyanobacteria.- ISOLATION OF GENOMIC DNA FROM MICROALGAE.- Separation of genomic DNA by agarose gel electrophoresis.- Isolation of metagenomic DNA from rhizosphere soil.- Isolation of metagenomic DNA from plant roots.- isolation of metagenomic DNA from root nodules.- Quantification of metagenomic DNA.- COLONY PCR FOR RAPID DETECTION AND IDENTIFICATION OF MICROALGAE.- Quantitative PCR for monitoring the plant growth promoting microalgae from rice field.- Multivariate Analysis of Plant microbiome diversity using Paleontological Statistics (PAST).- DNA extraction, amplification and high-throughput sequencing of the 18S and ITS regions of endophytic fungi.- Nextera DNA flex library preparation.- Illumina Next Generation Sequencing of Metagenome.- Alpha diversity analysis using Shannon index for each species in the rhizosphere soil.- Microbiome analyses of Metagenome using USEARCH.- 16S rRNA microbiome analysis using QIIME.- Microbiome Analysis of Metagenome using R studio.- Omics tools in plant microbiome interactions.- Inference and Analysis of SPIEC-EASI Microbiome Networks.- Rhizosphere meta transcriptomics.- Phyto microbiomes engineering using clustered regularly interspaced short palindromic repeats (CRISPR).- Transformation techniques for engineering microbiome bacterial species.- Conjugation techniques for engineering microbiome bacterial species.- Plant growth promoting functional analysis of Whole metagenome sequence of bacteria.- Plant growth promoting functional analysis of Whole metagenome sequence of Actinobacteria.- Plant growth promoting functional analysis of Whole metagenome sequence of fungi.- In Situ Phyto microbiome Engineering.- Inoculation of microorganisms into the soil and rhizosphere.- Inoculation of microbes into seeds/ seedlings.- Direct injection of microbes into tissues / wounds.- Microbiome Engineering for Plant Growth and Improvement.- Phyto-Microbiome Engineering For Crop Growth And Resilience.- Plant Microbiome Engineering to improve plant growth promotion and biocontrol.- Microbiome engineering in Chromium Phytoremediation.- Measurement of Arsenic-Tolerance Index of Fungal Strains as an Approach to Mitigating Arsenic toxicity in Sustainable Agriculture.- Plant Microbiome Engineering to improve Stress tolerance.- Plant Microbiome Engineering to improve Drought Stress tolerance.- Genome Engineering Of Chlorella Sp..- Genome Engineering of Frankia sp..- Bacillus genome engineering using Clustered Regularly Interspaced Short Palindromic Repeats (CRISPR).
