With regard to the embryonic development in residents,
higher percentages of egg maturation were observed
in clutches that were closer to their host. Usually the
eggs that were presented near the host tentacles showed
higher percentage in clutch maturation (98–100%), while
the host moved (more than 60 cm) from the clutches minimized
the percentage of maturation to 3.5% (A. sandaracinos
and P. biaculeatus) and 11.7–35.3% in A. percula, A. ocellaris,
A. sebae and A. clarkii (Fig. 5). Regression equations
(R2 = 0.907) of egg maturity exponentially decreased with
increase in host distance from the clutches (ONE WAY
ANOVA, F(5, 30) = 60.102, P < 0.01). Embryonic development
of normal egg on the 3rd day is shown in Fig. 6a, decayed
embryo (Fig. 6b) and undeveloped embryo (Fig. 6c). Fig. 6d
shows the presence of empty egg due to parasitic intrusion,
utilizing the yolk sacs.
With regard to the embryonic development in residents,higher percentages of egg maturation were observedin clutches that were closer to their host. Usually theeggs that were presented near the host tentacles showedhigher percentage in clutch maturation (98–100%), whilethe host moved (more than 60 cm) from the clutches minimizedthe percentage of maturation to 3.5% (A. sandaracinosand P. biaculeatus) and 11.7–35.3% in A. percula, A. ocellaris,A. sebae and A. clarkii (Fig. 5). Regression equations(R2 = 0.907) of egg maturity exponentially decreased withincrease in host distance from the clutches (ONE WAYANOVA, F(5, 30) = 60.102, P < 0.01). Embryonic developmentof normal egg on the 3rd day is shown in Fig. 6a, decayedembryo (Fig. 6b) and undeveloped embryo (Fig. 6c). Fig. 6dshows the presence of empty egg due to parasitic intrusion,utilizing the yolk sacs.
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