“我们惊讶地得到了死亡受体，它不会对任何激素产生反应，因为以前那些同样的状态在蛋白质中只存在很短的时间。”桑顿说道。
"We were surprised to get a dead receptor that wouldn't respond to any hormones, because those same states had existed in the protein a relatively short time before," says Thornton.
为了找出蛋白功能不能逆转的原因，桑顿博士和同事们又仔细的对比了新老两种受体。
To figure out why they could go forward but not backward, Dr. Thornton and his colleagues looked closely again at the old and new receptors.
结果：桑黄能提高肝损伤大鼠的蛋白质合成能力，显著降低血清氨基酸转移酶水平和胶原成分含量。
Results: Synthesis of protein was improved and the serum levels of aminotransferases and collagen were significantly decreased in prophylactic group.
结果：桑黄能提高肝损伤大鼠的蛋白质合成能力，显著降低血清氨基酸转移酶水平和胶原成分含量。
Results: Synthesis of protein was improved and the serum levels of aminotransferases and collagen were significantly decreased in prophylactic group.
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