Seven parguerane diterpenes: 15-bromo-2,7,19-triacetoxyparguer-9(11)-en-16-ol (1), 15-bromo-2,7,16,19-tetraacetoxyparguer-9(11)-ene (2), 15-bromo-2,19-diacetoxyparguer-9(11)-en-7,16-diol (3), 15-bromo-2,16,19-triacetoxyparguer-9(11)-en-7-ol (4), 15bromo-2,16-diacetoxyparguer-9(11)-en-7-ol (5), 15-bromoparguer-9(11)-en-16-ol (6), 15-bromoparguer-7-en-16-ol (7), two polyether triterpenes: thyrsiferol (8) and thyrsiferyl 23-acetate (9), and one C15-acetogenin, neolaurallene (10), were isolated from a sample of marine red alga Laurencia saitoi collected off the coast of Yantai. Their structures were established by detailed NMR spectroscopic analysis and comparison with literature data
Red algae of the Laurencia genus contain a wide range of unusual secondary metabolites, many of whic...
The marine red algae of the genus Laurencia have produced more 700 secondary metabolites and exhibit...
Five new C15 eight-membered cyclic ethers (1, 3–6) with a characteristic terminal cis ene–yne moiety...
Seven parguerane diterpenes: 15-bromo-2,7,19-triacetoxyparguer-9(11)-en-16-ol (1), 15-bromo-2,7,16,1...
Seven parguerane diterpenes: 15-bromo-2,7,19-triacetoxyparguer-9(11)-en-16-ol (1), 15-bromo-2,7,16,1...
Seven parguerane diterpenes: 15-bromo-2,7,19-triacetoxyparguer-9(11)-en-16-ol (1), 15-bromo-2,7,16,1...
We report on the chemical characteristics of the red alga Laurencia japonensis, collected off the co...
Three new halogenated sesquiterpenes, 10-bromo-7 alpha,8 alpha-expoxychamigr-1-en-3-ol (1), 10-bromo...
The red algal genus Laurencia is a prolific producer of halogenated secondary metabolites. A new tri...
Two new halogenated nonterpenoids C15-acetogenins, nangallenes A-B (1–2), together with two known ha...
Two new halogenated sesquiterpenes, (8b)-10-bromo-3-chloro-2,7-epoxychamigr-9-en-8-ol (1) and 2-brom...
Two new C15-acetogenins, 4-epi-isolaurallene (1) and 4-epi-itomanallene A (2) were isolated from a p...
Two new halogenated sesquiterpenes, (8 beta) 10 bromo-3-chloro-2,7-epoxychamigr-9-en-8-ol (1) and 2 ...
Chemical investigation of the marine red alga Laurencia pinnata collected from Nanji Island of China...
Five new pargueranes, 15-bromoparguer-9(11)-ene-2,7,16,19-tetrol 2,7,16-triacetate (20), 15-bromopar...
Red algae of the Laurencia genus contain a wide range of unusual secondary metabolites, many of whic...
The marine red algae of the genus Laurencia have produced more 700 secondary metabolites and exhibit...
Five new C15 eight-membered cyclic ethers (1, 3–6) with a characteristic terminal cis ene–yne moiety...
Seven parguerane diterpenes: 15-bromo-2,7,19-triacetoxyparguer-9(11)-en-16-ol (1), 15-bromo-2,7,16,1...
Seven parguerane diterpenes: 15-bromo-2,7,19-triacetoxyparguer-9(11)-en-16-ol (1), 15-bromo-2,7,16,1...
Seven parguerane diterpenes: 15-bromo-2,7,19-triacetoxyparguer-9(11)-en-16-ol (1), 15-bromo-2,7,16,1...
We report on the chemical characteristics of the red alga Laurencia japonensis, collected off the co...
Three new halogenated sesquiterpenes, 10-bromo-7 alpha,8 alpha-expoxychamigr-1-en-3-ol (1), 10-bromo...
The red algal genus Laurencia is a prolific producer of halogenated secondary metabolites. A new tri...
Two new halogenated nonterpenoids C15-acetogenins, nangallenes A-B (1–2), together with two known ha...
Two new halogenated sesquiterpenes, (8b)-10-bromo-3-chloro-2,7-epoxychamigr-9-en-8-ol (1) and 2-brom...
Two new C15-acetogenins, 4-epi-isolaurallene (1) and 4-epi-itomanallene A (2) were isolated from a p...
Two new halogenated sesquiterpenes, (8 beta) 10 bromo-3-chloro-2,7-epoxychamigr-9-en-8-ol (1) and 2 ...
Chemical investigation of the marine red alga Laurencia pinnata collected from Nanji Island of China...
Five new pargueranes, 15-bromoparguer-9(11)-ene-2,7,16,19-tetrol 2,7,16-triacetate (20), 15-bromopar...
Red algae of the Laurencia genus contain a wide range of unusual secondary metabolites, many of whic...
The marine red algae of the genus Laurencia have produced more 700 secondary metabolites and exhibit...
Five new C15 eight-membered cyclic ethers (1, 3–6) with a characteristic terminal cis ene–yne moiety...