. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. 6-Jul 24-Sep 21-Jan Figure 7. "Inducible" (72-kDa isoform) levels of heat shock protein from mussels collected at each of the three sites. See Table 1 for statistical results, and Table 2 for temperature conditions experienced by mussels prior to each collection. In general, inducible forms were significantly higher in mussels from the horizontal site than in mussels from the north-facing site. Differences between the aerially exposed mussels and mussels from the tidepool were less consistent. equivalent, and in th
. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. 6-Jul 24-Sep 21-Jan Figure 7. "Inducible" (72-kDa isoform) levels of heat shock protein from mussels collected at each of the three sites. See Table 1 for statistical results, and Table 2 for temperature conditions experienced by mussels prior to each collection. In general, inducible forms were significantly higher in mussels from the horizontal site than in mussels from the north-facing site. Differences between the aerially exposed mussels and mussels from the tidepool were less consistent. equivalent, and in the other two months the levels were significantly lower in the horizontal mussels than in the north-facing mussels (September, P = ; May. P = ; Fig. 8). Constitutive (75 kDa) Form Horizontal microsite North-facing microsite Tidepool. 6-Jul 24-Sep 21-Jan Figure 8. "Constitutive" (75-kDa isoform) levels of stress proteins from mussels at each site. Constitutive forms are thought to be affected by multiple physiological parameters and do not necessarily change with thermal stress. See Table 1 for results of statistical analysis. Table 1 Results of statistical analyses of the 72-kDa form of ' 70 Effect of Site within Collection Date* 6 July 1999 24 September 1999 21 January 2000 8 May 2000 H = TP > N (F = P = ) H > TP = N (F - P = ) H = TP > N (F = P = ) H > TP = N (F = , P = ) Effect of Collection Date within Site Horizontal May > July = Sept. = Jan. (F = P = ) North-facing July = Sept. = May > Jan. (F = , P = ) Tidepool July = Sept. = Jan. = May (F = P = ) Overall analysis using a two-factor ANOVA indicated a significant effect of collection date (F = P = ). Site (F = P = ) and a significant interaction term (F = P = ). A series of one-way ANOVAs with Fisher's PLSD post hoc tests were used to discern the effects of site withi
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