Elschner M, Kolb E, Müller I, Vallentin G
Sektion Tierproduktion und Veterinärmedizin, Universität Leipzig.
Arch Exp Veterinarmed. 1991;45(1):131-43.
Studies were conducted into concentrations of RNA, DNA, and total protein in various skeletal muscles, diaphragm, right and left ventricles as well as in musculature of the oesophagus, stomach, and urinary bladder of 25 normally developed piglets and 24 sprayleg piglets of differentiated body weight (B.W.). DNA concentration was found to be at its highest in piglets of lowest B.W. The Protein: DNA-quotient increased along with growing B.W. The average value of this quotient in the anterior tibial muscle and brachial triceps muscle of sprayleg piglets was lower than that in normally developed piglets. Average values of the RNA:DNA quotients in the brachial triceps muscle, anterior section of the long dorsal muscle, left ventricle, and stomach muscles were also lower in sprayleg piglets. In newborn piglets, DNA concentrations in ventricles as well as in the muscles of the stomach and oesophagus were higher than those recordable from skeletal muscles. Causes of incapability of newborn piglets to stand on their own feet are discussed in some detail.
对25只发育正常的仔猪和24只体重有差异的跛行仔猪的各种骨骼肌、膈肌、左右心室以及食管、胃和膀胱的肌肉组织中的RNA、DNA和总蛋白浓度进行了研究。发现DNA浓度在体重最低的仔猪中最高。蛋白质与DNA的比值随着体重的增加而升高。跛行仔猪胫骨前肌和肱三头肌中该比值的平均值低于发育正常的仔猪。跛行仔猪肱三头肌、背最长肌前部、左心室和胃肌中RNA与DNA比值的平均值也较低。新生仔猪心室以及胃和食管肌肉中的DNA浓度高于骨骼肌中的可记录浓度。详细讨论了新生仔猪无法自主站立的原因。