A significant number of halogenated low molecular weight metabolites have exhibited an
impressive array of biological properties ranging from antimicrobial to insecticidal activities …

It is sometimes assumed that halogenated organic molecules, organic chemicals containing
one or more carbon− chlorine, carbon− bromine, carbon− iodine, or carbon− fluorine bonds …

Macroalgae have been reported as an important source of halogenated aromatic secondary
metabolites, being the majority of these derivatives isolated from red algae. Halophenols …

Marine algae produce a cocktail of halogenated metabolites with potential commercial
value. Structures exhibited by these compounds go from acyclic entities with a linear chain …

In the course of our continued chemical investigations of marine organisms from the Gulf of
California, Mexico, we have recently described three new species of the halogen …

Covering: up to August 2010 Marine organisms are an important source of volatile
halogenated natural products. Marine algae, in particular, contribute significantly to the …

Macroalgae produce a wide range of monoterpenes as secondary metabolites of
mevalonate (MVA) and/or methylerythritol phosphate (MEP) pathway (often including …

Several species within genera of the family of red algae Bonnemaisoniaceae have yielded
halogenated secondary metabolites. Halogenated heptan-2-ones were isolated from …

In the last 40 years, since Irie and his coworkers began their study on the chemical
constituents of red algal genus Laurencia (Rhodomelaceae, Ceramiales), numerous marine …

Many marine algae are strong accumulators of halogens. Commercial iodine production
started by burning seaweeds in the 19th century. The high iodine content of certain …