In other words, as a larger volume of blood flows into the ventricle, the blood will stretch the walls of the heart, causing a greater expansion during diastole, which in turn increases the force of the contraction and thus the quantity of blood that is pumped into the aorta during systole. (ADD A COMMA AFTER THUS)
Initial lengths larger or smaller than this optimal value will decrease the force the muscle can achieve. Initial lengths that are larger or small than this optimal value will decrease the force that the muscle can achieve.
For larger sarcomere lengths, this is the result of less overlap of the thin and thick filaments; for smaller sarcomere lengths, the cause is the decreased sensitivity for calcium by the myofilaments. (Maybe change this wording up)
in the shifting along the line section, maybe switch up the format, its kind of confusing what has to do with what
The law was named after the two physiologists, Otto Frank and Ernest Starling, who first described it. (Frank-Starling law was named after Otto Frank and Ernest Starling, two physiologists who first described it.)
Just add citations throughout the article, not sure if thats just because copy and paste got weird but there is none