Timofeeva N M
Fiziol Zh SSSR Im I M Sechenova. 1983 Oct;69(10):1345-51.
Rats received for 7 days specialized high protein, fat and carbohydrate diets, in the conditions of maintenance of coprophagy and in the absence of hypodynamia, developed adaptive changes in the intestinal di- and tripeptide hydrolases. The enzyme adaptation was more pronounced in the proximal small intestine of the rats kept predominantly on the protein diet. The role of coprophagy as a possible mechanism of chemical homeostasis, is discussed.
大鼠在保持食粪行为且无运动不足的条件下，接受了7天的特殊高蛋白、高脂肪和高碳水化合物饮食，其肠道二肽和三肽水解酶发生了适应性变化。在主要以蛋白质饮食为主的大鼠近端小肠中，酶的适应性更为明显。本文讨论了食粪行为作为化学稳态可能机制的作用。
