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Surface lectin binding toAnabaena variabilis and to cultured and freshly isolatedAnabaena azollae

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Abstract

Five fluorescein isothiocyanate (FITC)-labeled lectins and Calcofluor white ST were tested for their binding abilities to vegetative cells and heterocysts of culturedAnabaena variabilis (AVA) and toA. azollae from four species ofAzolla; toAnabaena azollae freshly isolated fromAzolla pinnata (AP),A. caroliniana (AC),A. mexicana (AX), andA. filiculoides (AF); and to cultured akinetes ofAnabaena variabilis and four isolates ofA. azollae. Heterocysts of cultured cells of threeAnabaena isolates (APC, ACC, AXC) were most intensively surface-stained with soybean agglutinin fromGlycine max (SBA)-FITC; those of AX and AC were dimly stained with wheat germ agglutinin fromTriticum vulgaris (WGA); and only heterocysts of AX were dimly stained withDolichos biflorus agglutinin (DBA). Akinetes of cultured cells stained only with ConA. Vegetative cells and heterocysts of all four fresh isolates stained with Jack Beam aglutinin fromCanavalia ensiformis (ConA). None of the cell types were stained with either peanut agglutinin fromArachis hypogea (PNA) or Calcofluor.

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Authors and Affiliations

  1. Plant Biotechnology Research Laboratory, Department of Biology, Virginia Commonwealth University, 23508, Richmond, Virginia, USA

    Martha D. Berliner & Robert W. Fisher

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  1. Martha D. Berliner
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  2. Robert W. Fisher
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Berliner, M.D., Fisher, R.W. Surface lectin binding toAnabaena variabilis and to cultured and freshly isolatedAnabaena azollae . Current Microbiology 16, 149–152 (1987). https://doi.org/10.1007/BF01568394

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  • DOI: https://doi.org/10.1007/BF01568394

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