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This Special Issue, comprising five articles, describes the synthetic methodologies and biological activity of different classes of bioactive marine metabolites and analogs crucial to favor pharmacological applications of these molecules.
Research & information: general --- Chemistry --- In-silico drug design --- virtual screening --- Avicennia alba --- gag polyprotein --- homology modeling --- ADMET --- molecular dynamics simulation --- divergent total synthesis --- marine natural products --- tetracyclic meroterpenoids --- aureol --- (−)-majusculoic acid --- anti-inflammation --- LPS --- CCK-8 --- animal studies --- marine alkaloids --- biological activity --- cancer --- cardiovascular diseases --- inflammation --- chemical synthesis --- ilamycins --- rufomycins --- cyclomarins --- tuberculosis --- malaria --- cyclopeptides --- biosynthesis --- total synthesis --- natural products --- n/a
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This Special Issue, comprising five articles, describes the synthetic methodologies and biological activity of different classes of bioactive marine metabolites and analogs crucial to favor pharmacological applications of these molecules.
In-silico drug design --- virtual screening --- Avicennia alba --- gag polyprotein --- homology modeling --- ADMET --- molecular dynamics simulation --- divergent total synthesis --- marine natural products --- tetracyclic meroterpenoids --- aureol --- (−)-majusculoic acid --- anti-inflammation --- LPS --- CCK-8 --- animal studies --- marine alkaloids --- biological activity --- cancer --- cardiovascular diseases --- inflammation --- chemical synthesis --- ilamycins --- rufomycins --- cyclomarins --- tuberculosis --- malaria --- cyclopeptides --- biosynthesis --- total synthesis --- natural products --- n/a
Choose an application
This Special Issue, comprising five articles, describes the synthetic methodologies and biological activity of different classes of bioactive marine metabolites and analogs crucial to favor pharmacological applications of these molecules.
Research & information: general --- Chemistry --- In-silico drug design --- virtual screening --- Avicennia alba --- gag polyprotein --- homology modeling --- ADMET --- molecular dynamics simulation --- divergent total synthesis --- marine natural products --- tetracyclic meroterpenoids --- aureol --- (−)-majusculoic acid --- anti-inflammation --- LPS --- CCK-8 --- animal studies --- marine alkaloids --- biological activity --- cancer --- cardiovascular diseases --- inflammation --- chemical synthesis --- ilamycins --- rufomycins --- cyclomarins --- tuberculosis --- malaria --- cyclopeptides --- biosynthesis --- total synthesis --- natural products --- In-silico drug design --- virtual screening --- Avicennia alba --- gag polyprotein --- homology modeling --- ADMET --- molecular dynamics simulation --- divergent total synthesis --- marine natural products --- tetracyclic meroterpenoids --- aureol --- (−)-majusculoic acid --- anti-inflammation --- LPS --- CCK-8 --- animal studies --- marine alkaloids --- biological activity --- cancer --- cardiovascular diseases --- inflammation --- chemical synthesis --- ilamycins --- rufomycins --- cyclomarins --- tuberculosis --- malaria --- cyclopeptides --- biosynthesis --- total synthesis --- natural products
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