Biochar’s hidden weapon: reactive oxygen species reshape soil microbes
Tobacco stem biochar kills Ralstonia solanacearum through temperature-dependent reactive oxygen species while enriching beneficial rhizosphere bacteria.
Tag: Ralstonia solanacearum
Grafting Tomato Onto Resistant Rootstock Boosts Yield and Blocks Bacterial Wilt
A greenhouse trial in Paraguay found that grafting two tomato cultivars onto the Woodstock rootstock raised fruit number and marketable ...
Bark Extracts of Litsea glutinosa Prime Tomato Defenses Against Bacterial Wilt
Bark extracts of Litsea glutinosa, together with the compounds kaempferol and beta-sitosterol, reduced bacterial wilt severity in tomatoes over two ...
Iturin A targets multiple bacterial processes in tomato wilt
A laboratory and pot-based study found that Iturin A inhibits the tomato bacterial wilt pathogen through membrane damage, reduced biofilm ...
Bacterial Wilt Pathogen Confirmed in Philippine Tomato Fields by DNA Sequencing
Researchers in the Philippines have used 16S rRNA sequencing and greenhouse pathogenicity tests to confirm Ralstonia solanacearum as the cause ...
Evaluating Pseudomonas and Lactiplantibacillus Against Ralstonia
A recent study has shed light on the comparative biosafety and efficacy of two prominent microbial agents, Pseudomonas fluorescens PFS ...
POPULAR NEWS
-
Coastal Eurasian Otters Shift Between Marine and Freshwater Prey Along Black Sea
-
English Premier League Study Evaluates Passes Allowed Per Defensive Action Metric
-
Research report: Tabernaemontana cameroonensis nom. nov., a new name for Domkeocarpa pendula Markgr. following reassessment of the Tabernaemontana ventricosa Hochst. ex A.DC. complex ( Gentianales , Apocynaceae )
-
Beech Bark Beetle Fungal Communities Vary by Local Patch, Not Region