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Complicated family relationships, or about taxonomic problems in the family Pyrenomonadaceae (Cryptophyceae)


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Figure 1

A model of a cryptophyte cell
A model of a cryptophyte cell

Figure 2

Schematic phylogeny of the Pyrenomonadaceae family after Majaneva et al. (2014) showing that it comprises three clades with a mixture of genera with ultrastructural differences in the inner periplast component.
Schematic phylogeny of the Pyrenomonadaceae family after Majaneva et al. (2014) showing that it comprises three clades with a mixture of genera with ultrastructural differences in the inner periplast component.

Figure 3

Schematic phylogeny of cryptophytes based on Altenburger et al. (2020) and Daugbjerg et al. (2018). Taxa with a plated inner periplast component (IPC) are underlined, taxa with sheet-like IPC are in bold, and taxa with dimorphic strains or pairs of both morphotypes identified are in bold and underlined. 2n and 1n refer to the ploidy of the cells. The tree was prepared with Mesquite software (Maddison & Maddison, 2023) and turned into graphic form with CorelDRAW Graphics Suite (Version 24.3.0.571, © Corel Corporation).
Schematic phylogeny of cryptophytes based on Altenburger et al. (2020) and Daugbjerg et al. (2018). Taxa with a plated inner periplast component (IPC) are underlined, taxa with sheet-like IPC are in bold, and taxa with dimorphic strains or pairs of both morphotypes identified are in bold and underlined. 2n and 1n refer to the ploidy of the cells. The tree was prepared with Mesquite software (Maddison & Maddison, 2023) and turned into graphic form with CorelDRAW Graphics Suite (Version 24.3.0.571, © Corel Corporation).
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1897-3191
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Inglés
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Temas de la revista:
Chemistry, other, Geosciences, Life Sciences