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...counts on accession A24750133 using standard cytological methods and flow cytometry on root and leaf cells respectively, showed that ''{{Taxon name|Solanum uma

...uggesting that ''{{Taxon name|D. phaeostigma}}'' is a tetraploid. Our flow cytometry and spore count results indicate that ''{{Taxon name|Dryopolystichum phaeos ...ame|Dryopolystichum phaeostigma}}'' spore and leaf nuclei inferred by flow cytometry.

.../10.1007/BF00327634</ref >). The nuclear DNA content (calculated from flow cytometry) averages 8.7–9.0 pg (Litvinchuk et al. 2013<ref name="B52">{{aut|Litvinc

...({{Taxon name|Anura}}, {{Taxon name|Pelobatidae}}): evidence from DNA flow cytometry.{{Taxon name|Amphibia}}-{{Taxon name|Reptilia}}22: 387–396. https://doi.o

...ologie 68: 15–18.</ref >). The nuclear DNA content (calculated from flow cytometry) averages 7.9 pg (Litvinchuk et al. 2013<ref name="B52">{{aut|Litvinchuk S}

...dison D}} (2020) Measuring genome sizes using read-depth, k-mers, and flow cytometry: methodological comparisons in beetles ({{Taxon name|Coleoptera}}). G3: Gen ...dison D}} (2020) Measuring genome sizes using read-depth, k-mers, and flow cytometry: methodological comparisons in beetles ({{Taxon name|Coleoptera}}). G3: Gen