Fluorescence In situ Hybridization (FISH) and Genomic In situ Hybridization (GISH) use fluorescent probes to locate specific DNA sequences or differentiate between entire genomes.
This study focused on the isolation and elucidation of bioactive secondary metabolites from two specific soil-derived Streptomyces strains, F9 and F4, isolated from Fereydunshahr, Isfahan, Iran. The overall goal was…
A new Scientific Reports study shows that specific plant growth-promoting bacteria significantly improve drought tolerance in cactus pear by enhancing nitrogen accumulation, regulating metabolic pathways, and supporting superior root growth—offering a sustainable strategy for forage production in dry regions.
Discover how newly identified Streptomyces strains from Iranian citrus orchards show powerful biocontrol activity against major pathogens and significantly enhance citrus seed growth, offering sustainable solutions for orchard management.
A new study uncovers how Enterobacter pseudoroggenkampii GVv1 suppresses the soybean disease Phytophthora root and stem rot through multi-stage inhibition of zoosporangia, zoospore migration, and germination, supported by genomic evidence of diverse antimicrobial compounds.
A new study reveals that Aeromonas veronii CMF, isolated from the gut of the chitin-feeding fly Chrysomya megacephala, exhibits strong antifungal activity, plant growth promotion, root colonization, and heavy-metal bioremediation—positioning it as a promising sustainable agriculture bio-tool.
A new study reveals Streptomyces albidoflavus S20—isolated from a marine sponge—exhibits over 90% control efficiency against tobacco black shank, supported by strong antifungal enzymes, diverse biosynthetic gene clusters, and plant growth-promoting traits.
A new review highlights how biochar-based nanofertilizers enhance soybean productivity, soil health, nutrient retention, and climate resilience by improving soil structure, increasing water retention, boosting beneficial microbes, and reducing greenhouse gas emissions.
New research shows hydrolyzed Trichoderma ghanense and Simplicillium obclavatum elicitors significantly improve callus growth, ionic homeostasis, and salt tolerance in Medjool date palm, supported by greenhouse studies and machine-learning modeling.
नयाँ वैज्ञानिक अध्ययनले देखाएको छ कि माइक्रोएल्गी मिसिएको दाना कुखुरालाई खुवाउँदा गोबरबाट निस्कने दुर्गन्धयुक्त अमोनिया (NH₃) धेरै घट्छ। यसले हाउसको गन्ध कम गर्छ, कुखुराको स्वास्थ्य राम्रो हुन्छ, र किसानका लागि स्वच्छ र सुरक्षित वातावरण बन्छ।