Add to ORKGSix new compounds, omaezol, intricatriol, hachijojimallenes A and B, debromoaplysinal, and 11,12-dihydro-3-hydroxyretinol have been isolated from four collections of Laurencia sp. These structures were determined by MS and NMR analyses. Their antifouling activities were evaluated together with eight previously known compounds isolated from the same samples. In particular, omaezol and hachijojimallene A showed potent activities (EC50 = 0.15–0.23 µg/mL) against larvae of the barnacle Amphibalanus amphitrit
Marine microalgae and cyanobacteria have largely been studied for their biotechnological potential a...
The chemical investigation of the organic extract of the red alga Laurencia majuscula collected from...
One of the most promising alternatives to toxic heavy metal-based paints is offered by the developme...
Six new compounds, omaezol, intricatriol, hachijojimallenes A and B, debromoaplysinal, and 11,12-dih...
Natural antifouling products have been the subject of considerable attention. We screened marine alg...
Prevention of the accumulation of undesirable biological material i.e. biofouling upon a solid surfa...
The marine red algae of the genus Laurencia have been widely studied for their structurally diverse ...
The resistance of pathogens to commonly used antibiotics has enhanced morbidity and mortality and ha...
Marine macroalgae produce a wide variety of biologically-active metabolites that have been developed...
The red algal genus Laurencia is a prolific producer of halogenated secondary metabolites. A new tri...
International audienceNowadays, biofouling is responsible for enormous economic losses in the mariti...
Three new halogenated sesquiterpenes, 10-bromo-7 alpha,8 alpha-expoxychamigr-1-en-3-ol (1), 10-bromo...
The marine red algae of the genus Laurencia have produced more 700 secondary metabolites and exhibit...
Marine fouling affects most man-made surfaces temporarily or permanently immersed in the sea, causin...
This study was carried out on 5 Laurencia species. They are Laurencia snackeyi, Laurencia nangii, La...
Marine microalgae and cyanobacteria have largely been studied for their biotechnological potential a...
The chemical investigation of the organic extract of the red alga Laurencia majuscula collected from...
One of the most promising alternatives to toxic heavy metal-based paints is offered by the developme...
Six new compounds, omaezol, intricatriol, hachijojimallenes A and B, debromoaplysinal, and 11,12-dih...
Natural antifouling products have been the subject of considerable attention. We screened marine alg...
Prevention of the accumulation of undesirable biological material i.e. biofouling upon a solid surfa...
The marine red algae of the genus Laurencia have been widely studied for their structurally diverse ...
The resistance of pathogens to commonly used antibiotics has enhanced morbidity and mortality and ha...
Marine macroalgae produce a wide variety of biologically-active metabolites that have been developed...
The red algal genus Laurencia is a prolific producer of halogenated secondary metabolites. A new tri...
International audienceNowadays, biofouling is responsible for enormous economic losses in the mariti...
Three new halogenated sesquiterpenes, 10-bromo-7 alpha,8 alpha-expoxychamigr-1-en-3-ol (1), 10-bromo...
The marine red algae of the genus Laurencia have produced more 700 secondary metabolites and exhibit...
Marine fouling affects most man-made surfaces temporarily or permanently immersed in the sea, causin...
This study was carried out on 5 Laurencia species. They are Laurencia snackeyi, Laurencia nangii, La...
Marine microalgae and cyanobacteria have largely been studied for their biotechnological potential a...
The chemical investigation of the organic extract of the red alga Laurencia majuscula collected from...
One of the most promising alternatives to toxic heavy metal-based paints is offered by the developme...