AbstractA new pyridoacridine alkaloid named sagitol C (2) together with two known compounds; kuanoniamine C (1) and sagitol (3) were isolated from the EtOAc fraction of the Indonesian sponge Oceanapia sp. Their chemical structures were established on the basis of physical and spectroscopic methods 1D and 2D NMR, in addition to mass spectrometry and comparison with literature data. Sagitol C was found to exhibit cytotoxic activity when tested against different cancer cell lines
Marine sponges (porifera) have proved to be a prolific source of unique bioactive secondary metaboli...
The interest in the marine environment has been stimulated by the array of biological activities of ...
AbstractObjectiveTo screen the cytotoxic effects of some marine sponges extracts on HeLa and PC12 ce...
AbstractA new pyridoacridine alkaloid named sagitol C (2) together with two known compounds; kuanoni...
A new pyridoacridine alkaloid named sagitol C (2) together with two known compounds; kuanoniamine C ...
An investigation into the chemistry of four species of marine sponges has led to the isolation of t...
Marine sponges have been recognized as potentially rich sources of various bioactive molecules. In o...
Over the recent years, marine sponges have been the target of research as a source of new chemicals...
AbstractPyridoacridine alkaloids are unique marine nitrogenous compounds that represent a large fami...
Marine natural products have attracted the attention of scientists to isolate novel biologically act...
Marine natural products have attracted the attention of scientists to isolate novel biologically act...
The marine environment, a rich source of biological and chemical diversity, offers tremendous scope ...
The pyridoacridine alkaloids kuanoniamines A and C were isolated together with 24α-methylcholestanol...
A study of biologically active extracts of several Pacific Ocean marine sponges has led to the isola...
AbstractChemical investigation of the sponge Leucetta chagosensis, has led to the isolation of two n...
Marine sponges (porifera) have proved to be a prolific source of unique bioactive secondary metaboli...
The interest in the marine environment has been stimulated by the array of biological activities of ...
AbstractObjectiveTo screen the cytotoxic effects of some marine sponges extracts on HeLa and PC12 ce...
AbstractA new pyridoacridine alkaloid named sagitol C (2) together with two known compounds; kuanoni...
A new pyridoacridine alkaloid named sagitol C (2) together with two known compounds; kuanoniamine C ...
An investigation into the chemistry of four species of marine sponges has led to the isolation of t...
Marine sponges have been recognized as potentially rich sources of various bioactive molecules. In o...
Over the recent years, marine sponges have been the target of research as a source of new chemicals...
AbstractPyridoacridine alkaloids are unique marine nitrogenous compounds that represent a large fami...
Marine natural products have attracted the attention of scientists to isolate novel biologically act...
Marine natural products have attracted the attention of scientists to isolate novel biologically act...
The marine environment, a rich source of biological and chemical diversity, offers tremendous scope ...
The pyridoacridine alkaloids kuanoniamines A and C were isolated together with 24α-methylcholestanol...
A study of biologically active extracts of several Pacific Ocean marine sponges has led to the isola...
AbstractChemical investigation of the sponge Leucetta chagosensis, has led to the isolation of two n...
Marine sponges (porifera) have proved to be a prolific source of unique bioactive secondary metaboli...
The interest in the marine environment has been stimulated by the array of biological activities of ...
AbstractObjectiveTo screen the cytotoxic effects of some marine sponges extracts on HeLa and PC12 ce...