Alexandrium ostenfeldii is a widespread toxic dinoflagellate that has recently bloomed across the Adriatic Sea, seriously threatening both shellfish consumers and aquacultures. In 2007 we reported on preliminary studies carried out on field samples and cultures of A. ostenfeldii. At the time, along with three major spirolides \u2013 among which 27-hydroxy-13,19-didesmethyl spirolide C (3) proved to be a novel compound \u2013 a number of new minor spirolides were detected. Unfortunately, for all of them only Mass Spectrometry based structural hypotheses could be ventured due to their very small amount. In the present paper we report on isolation and High Resolution Mass Spectrometry- and NMRbased structural elucidation of two of those minor ...
The dinoflagellate genus Alexandrium Halim has frequently been associated with harmful algal blooms....
Blooms of the toxic dinoflagellate Alexandrium tamarense (Lebour) Balech, a known producer of potent...
Spirolides are pharmacologically active macrocyclic imines discovered in shellfish and plankton size...
Alexandrium ostenfeldii is a widespread toxic dinoflagellate that has recently bloomed across the Ad...
The toxin profile of massive cultures of Alexandrium ostenfeldii collected along the North-western A...
This paper reports on the determination of the toxin profile of batch cultures of Alexandrium ostenf...
This paper reports on the first occurrence of fairly high numbers of Alexandrium ostenfeldii along t...
Using LC/MS methodology, spirolides were detected in two clonal isolates of Alexandrium ostenfeldii ...
A suite of biologically active compounds, fast-acting toxins called spirolides, were recently isolat...
A new subclass of spirolide marine toxins, represented by spirolides H (1) and I (2), were isolated ...
Three additional marine toxins, spirolides A (1), C (3), and 13-desmethyl-C (7), were isolated from ...
Alexandrium ostenfeldii is a toxic dinoflagellate that has recently bloomed in Ouwerkerkse Kreek, Th...
A novel group of toxins, the spirolides, has been investigated by several mass spectrometric (MS) me...
Spirolides are pharmacologically active macrocyclic imines discovered in plankton size-fractions and...
The dinoflagellate genus Alexandrium Halim has frequently been associated with harmful algal blooms....
Blooms of the toxic dinoflagellate Alexandrium tamarense (Lebour) Balech, a known producer of potent...
Spirolides are pharmacologically active macrocyclic imines discovered in shellfish and plankton size...
Alexandrium ostenfeldii is a widespread toxic dinoflagellate that has recently bloomed across the Ad...
The toxin profile of massive cultures of Alexandrium ostenfeldii collected along the North-western A...
This paper reports on the determination of the toxin profile of batch cultures of Alexandrium ostenf...
This paper reports on the first occurrence of fairly high numbers of Alexandrium ostenfeldii along t...
Using LC/MS methodology, spirolides were detected in two clonal isolates of Alexandrium ostenfeldii ...
A suite of biologically active compounds, fast-acting toxins called spirolides, were recently isolat...
A new subclass of spirolide marine toxins, represented by spirolides H (1) and I (2), were isolated ...
Three additional marine toxins, spirolides A (1), C (3), and 13-desmethyl-C (7), were isolated from ...
Alexandrium ostenfeldii is a toxic dinoflagellate that has recently bloomed in Ouwerkerkse Kreek, Th...
A novel group of toxins, the spirolides, has been investigated by several mass spectrometric (MS) me...
Spirolides are pharmacologically active macrocyclic imines discovered in plankton size-fractions and...
The dinoflagellate genus Alexandrium Halim has frequently been associated with harmful algal blooms....
Blooms of the toxic dinoflagellate Alexandrium tamarense (Lebour) Balech, a known producer of potent...
Spirolides are pharmacologically active macrocyclic imines discovered in shellfish and plankton size...