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01-pmnu780529-13
Fig. 1: micronucleus in interphase
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02-pmnu780529-16
Fig. 2: portion of the macronucleus
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03-pmnu820104-6
Fig. 3: grazing view of macronuclear envelope pores
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04-pmnu167
Fig. 4: freeze fracture view of nuclear envelope
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05-pmnu771202-9
Fig. 5: freeze fractured macronucleus with nucleolus
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06-pmnu810318-12
Fig. 6: four micronuclei
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07a-pmnu810318-16
Fig. 7a: detail of microtubular bands in micronuclei
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07b-pmnu
Fig. 7b: fluorescent images of P. multimicronucleatum
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08-pmnu2827
Fig. 8: micronucleus in anaphase showing daughter chromosomes
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09-pmnu2823
Fig. 9: one end of anaphase micronucleus
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10a-pmnu13019
Fig. 10a: QF-DE of a separation spindle area
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10b-pmnu13018
Fig. 10b: continuation of spindle in Fig. 10a
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11a-pmnu780606-3
Fig. 11a: conjugating cells fuse together
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11b-pmnu800304-6
Fig. 11b: conjugation occurs on day 6 of a culture age study
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12-pmnu800304-12
Fig. 12: self conjugating cell with pronuclei and macronucleus
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13-pmnu800304-13
Fig. 13: self conjugating cell following meiosis
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14-pmnu730110-6
Fig. 14: macronucleus with nucleoli in interphase
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15-pmnu800306-14
Fig. 15: nucleoli of macronucleus in stationary phase cell
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16-pmnu790418-9
Fig. 16: nucleoli of macronucleus shedding outer layer
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17-pmnu820527-2
Fig. 17: nucleoli of macronucleus form threads during shedding
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18-pmnu322
Fig. 18: experimentally induced changes in macronucleus
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19-pmnu800306-35
Fig. 19: stationary phase cell with disintegrating macronucleus
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20-pmnu701209-14
Fig. 20: intranuclear envelope bacterial endosymbiont
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