Roccheri M C, Sconzo G, La Rosa M, Oliva D, Abrignani A, Giudice G
Cell Differ. 1986 Mar;18(2):131-5. doi: 10.1016/0045-6039(86)90007-2.
It is demonstrated that sea urchin embryos of the species Sphaerechinus granularis are able to respond to heat shock by producing heat shock proteins at the same stage as embryos of Paracentrotus lividus, i.e. after hatching. Arbacia lixula embryos are able to synthesize heat shock proteins already at the stage of 64-128 blastomeres. Embryonic survival is observed if the embryos are heated at the stages at which they can synthesize the heat shock proteins. The inhibition of the bulk protein synthesis after heating at 31 degrees C is never less than 50%.
已证明,颗粒球海胆的胚胎能够在与紫球海胆胚胎相同的阶段,即孵化后,通过产生热休克蛋白来响应热休克。光棘球海胆胚胎在64 - 128个卵裂球阶段就能够合成热休克蛋白。如果胚胎在能够合成热休克蛋白的阶段受热,就会观察到胚胎存活。在31摄氏度受热后,总体蛋白质合成的抑制率从未低于50%。