Pokrovskiĭ V M, Vovereĭdt V V, Sheĭkh-zade Iu R
Biull Eksp Biol Med. 1982 Jul;94(7):6-8.
Experiments on papillary muscles of the cat heart have shown that the strength of contraction is a more adequate and sensitive criterion for evaluation of the effects of temperature, distension and contraction rate on myocardial contractility as compared to the strength of contraction. It is concluded that at the basis of the Starling law and chronoinotropic mechanisms there lies the contractility control exercised through changes in the contraction rate.
对猫心脏乳头肌进行的实验表明，与收缩力相比，收缩强度是评估温度、牵张和收缩速率对心肌收缩性影响的更充分且更敏感的标准。得出的结论是，在斯塔林定律和变时性机制的基础上，存在通过收缩速率变化进行的收缩性控制。
