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Fig 1a : Favella serrata Line drawing, showing lorica structure, and cell morphology; Fig 1b: Favella serrata Drawing of original description after Möbius (1887)
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Fig 4: Favella serrata Lugol?s fixed cell, lateral view, showing pedicel, peduncle, oral rim, and ciliate cell
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Fig 5: Favella serrata Lugol?s fixed cell, lateral view, showing pedicel, peduncle, oral rim, and ciliate cell
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Fig 6: Favella serrata Lugol?s fixed and DAPI stained cell, illustrating shape and location of the macronuclei
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This form does not have a name as far as I know
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In a sample from the Tara expedition (Station 68) there were 30 large cells for about 1000 'normal-size' cells.
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Genetic material is shared between two individuals by the formation of a cytoplasmic bridge
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A pair of tintinnid ciliates caught in the act of exchanging genetic material.
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Specimen from the Scripps Canyon area in July 2009
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Lugol's-fixed specimen from the Bay of Villefranche in October 2010.
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This specimen is shown as viewed with transmitted light (left) and epifluoresence (visible light emitted when subjected to ultraviolet light) showing the algae it ate (right panel).
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Salpingella acuminata, live specimen from the Bay of Villefranche retracted in its lorica.
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Specimen from the California Curree Specimen from the California current Ecosystem
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Salpingella acuminata from the Chukchi Sea (Arctic). Sample provided by Eun Jin Yang
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Salpingella acuminata from the Chukchi Sea
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Salpingella acuminata from the Chukchi Sea. Station 2 of the Araon Cruise 003.
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The left panel shows a view with transmitted light and the right with epifluoresence which shows the chloprophyll fluoresencse (red & orange) of the algae it ate.