Tegula funebralis

Feeding preferences of Tegula funebralis and chemical defenses in marine brown... [Pg.330]

Steinberg, P.D., Feeding preferences of Tegula funebralis and chemical defenses of marine brown algae, Ecol. Monogr., 55, 333, 1985. [Pg.320]

Figure 7.11. The effects of exposure temperature on protein synthetic patterns of isolated gill tissue from specimens of 13°C-acclimated Tegula funebralis. Autoradiographic images illustrate newly synthesized (35S-labeled) proteins of several size classes (molecular mass standards are shown in the left lane). Two specimens from each temperature of incubation are shown. At temperatures above 24°C, synthesis of heat-shock proteins in the molecular mass ranges of 38, 70, 77, and 90 kDa is induced. Hsp synthesis becomes an increasingly large fraction of protein synthesis as exposure temperature increases, and by 38°C, only synthesis of hsp70 is observed. By 39° C, no protein synthesis takes place. (Figure modified after Tomanek and Somero, 1999.)...

$Figure 7.11. The effects of exposure temperature on protein synthetic patterns of isolated gill tissue from specimens of 13°C-acclimated Tegula funebralis. Autoradiographic images illustrate newly synthesized (35S-labeled) proteins of several size classes (molecular mass standards are shown in the left lane). Two specimens from each temperature of incubation are shown. At temperatures above 24°C, synthesis of heat-shock proteins in the molecular mass ranges of 38, 70, 77, and 90 kDa is induced. Hsp synthesis becomes an increasingly large fraction of protein synthesis as exposure temperature increases, and by 38°C, only synthesis of hsp70 is observed. By 39° C, no protein synthesis takes place. (Figure modified after Tomanek and Somero, 1999.)...$

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