Endophytic Microbes: Isolation, Identification, and Bioactive Potentials

<div>Isolation of endophytic bacteria from leaves, stems or roots.-&nbsp;Heat-treatment Method for Isolation of Bacillus spp. from Plant Tissues.-&nbsp;Isolation and detection of endophytic Streptomyces from Actinorhizal Casuarina root nodules.-&nbsp;Isolation of endophytic fungi from stems, leaves or roots.-&nbsp;Detection of endophytes by Cultivation method.-&nbsp;Detection of Endophytes by Visualization Methods.-&nbsp;Detection of endophytes by Immunological methods.-&nbsp;Detection of Endophytes by Electron Microscope.-&nbsp;Detection of Endophytes by Reactive Oxygen Staining.-&nbsp;Detection of Endophytes by Electron Microscope.-&nbsp;Identification of fungal endophytes by ITS rDNA technique.-&nbsp;Identification of Fungal Endophytes by 28srDNATechnique.-&nbsp;Detection of endophytes by molecular fingerprinting techniques.-&nbsp;Metagenomics and Pyrosequencing Approach.-&nbsp;Cultivation-based studies of endophytic fungi in plants.-&nbsp;Microscopy Based Studies.-&nbsp;Surrogate host test.-&nbsp;Hood and Shew staining.-&nbsp;Screening of endophytes for plant growth promoting metabolites.-&nbsp;Screening of endophytes for biocontrol properties.-&nbsp;Screening of Endophytes for Biocatalytic Tools.-&nbsp;Screening of Endophytes for Biosurfactant Production.-&nbsp;Screening of Endophytes for Antibacterial Properties.-&nbsp;Screening of endophytes for Nematicidal activities.-&nbsp;Screening of Endophytes for Virucidal Activity.-&nbsp;Screening of Endophytes for Fungicidal Activities.-&nbsp;Screening of endophytes for anti-cancer compounds.<p><br></p></div>