<p>Cultures were grown in double strength ASM-1 medium with (+N) and without (-N) nitrogen. The arrows indicate minute populations of autofluorescent cells in chlorotic <i>Microcystis</i> cultures.</p
Microcystis is a well-known toxic cyanobacterium that blooms in freshwater ecosystems around the wor...
Bacterial growth is often difficult to estimate beyond classical cultivation approaches. Low cell nu...
Microscopic images from Fe-limited culture (Fe -) , Mg-limited culture (Mg -) and control cultures o...
<p>The chlorotic cultures used in the regeneration experiments were obtained in double strength ASM-...
<p>The percentage of red autofluorescent cells in the culture was monitored by flow cytometry. Each ...
<p>The dot plots show the emission strengths of the cells before and after the addition of SYTO 9 to...
<p>The dot plots show the emission strengths of the cells before and after the addition of FDA to gr...
<p>The same microscopy field observed by phase contrast (left), autofluorescence (middle). The right...
Unialgal cultures of the flagellate algae Cyanophora paradoxa, Haematococcus lacustris, Monomastix s...
<p>Microscopy fields of SF214 cells grown at different conditions and observed by phase contrast and...
Cytograms of forward-scatter (FSC-H) vs. green fluorescence (530/30 nm) showing populations of Clado...
<p>A) Cyanobacteria under light microscope. B) Cyanobacteria under fluorescence microscope. Red auto...
<p><i> </i><b><i>autumnale</i></b><b>. </b><b>a–l</b>. Cultures of <i>Phormidium autumnale</i> 845 C...
Cellular autofluorescence can affect the sensitivity of fluorescence microscopic or flow cytometric ...
<p>(A) Fluorescence microscopy: Live transformed cells and isolated biosilica frustules were imaged ...
Microcystis is a well-known toxic cyanobacterium that blooms in freshwater ecosystems around the wor...
Bacterial growth is often difficult to estimate beyond classical cultivation approaches. Low cell nu...
Microscopic images from Fe-limited culture (Fe -) , Mg-limited culture (Mg -) and control cultures o...
<p>The chlorotic cultures used in the regeneration experiments were obtained in double strength ASM-...
<p>The percentage of red autofluorescent cells in the culture was monitored by flow cytometry. Each ...
<p>The dot plots show the emission strengths of the cells before and after the addition of SYTO 9 to...
<p>The dot plots show the emission strengths of the cells before and after the addition of FDA to gr...
<p>The same microscopy field observed by phase contrast (left), autofluorescence (middle). The right...
Unialgal cultures of the flagellate algae Cyanophora paradoxa, Haematococcus lacustris, Monomastix s...
<p>Microscopy fields of SF214 cells grown at different conditions and observed by phase contrast and...
Cytograms of forward-scatter (FSC-H) vs. green fluorescence (530/30 nm) showing populations of Clado...
<p>A) Cyanobacteria under light microscope. B) Cyanobacteria under fluorescence microscope. Red auto...
<p><i> </i><b><i>autumnale</i></b><b>. </b><b>a–l</b>. Cultures of <i>Phormidium autumnale</i> 845 C...
Cellular autofluorescence can affect the sensitivity of fluorescence microscopic or flow cytometric ...
<p>(A) Fluorescence microscopy: Live transformed cells and isolated biosilica frustules were imaged ...
Microcystis is a well-known toxic cyanobacterium that blooms in freshwater ecosystems around the wor...
Bacterial growth is often difficult to estimate beyond classical cultivation approaches. Low cell nu...
Microscopic images from Fe-limited culture (Fe -) , Mg-limited culture (Mg -) and control cultures o...
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