The species, strain designations, isolate locations, replicate growth rates and toxicities of the Gambierdiscus and Fukuyoa strains examined in this study.

The citations in the species column indicate where the species was described. The reference(s) under the strain designation indicate other publications where the strain has been studied. Many of the strains analyzed for CTX-like activity in this study were also assayed for maitotoxicity in separate investigations [32, 33]. The strain growth rates (± standard deviation) were determined from triplicate, independent cultures started for each isolate. Mean species growth rates and average toxicities were determined by averaging all replicate culture data for a given species. Toxicity was normalized both as femtograms (fg) CTX3C equivalents [eq.] cell-1 and per biovolume attograms (ag) CTX3C eq. μm-3. Numbers in parentheses in the data cells of the last three columns = coefficient of variation. Correlation coefficients (R2) for the time versus cell number relationships used to the calculate growth rates for each of the cultures exceeded 0.98.

物种列中的引用文献标注了该物种的正式发表来源。菌株编号下方的参考文献则指明了该菌株已被研究的其他相关文献。本研究中针对类西加毒素（CTX-like）活性开展检测的多数菌株，亦在两项独立研究[32, 33]中完成了mait毒素毒性（maitotoxicity）测定。菌株生长速率（±标准差）通过对每个分离株设置三次重复独立培养实验计算得到。某一物种的平均生长速率与平均毒性，通过对该物种所有重复培养实验的数据取算术平均值计算得到。毒性以两种方式进行归一化：一是以每细胞西加毒素3C（CTX3C）等效飞克（fg）数，二是以每立方微米生物体积中西加毒素3C（CTX3C）等效阿托克（ag）数。最后三列数据单元格中的括号内数值为变异系数。用于计算各培养物生长速率的时间与细胞数之间的相关系数（R²）均大于0.98。