Is there no slowing of motility speed with increased body size in rat , human , horse and rhinoceros independent on temperature and skeletal muscle myosin isoform?
The scaling effect of body size and limb length on shortening velocity at the muscle fibre level, i.e. the decreasing shortening velocity associated with increasing body weight and limb length, was not confirmed at the motor protein level when including mammals of very large size. Thus, other factors than myosin structure and function appear to cause this scaling effect and thin filament isoform expression or myofilament lattice spacing are forwarded as alternative underlying factors.
Routine IOC is not necessary in the setting of mild gallstone pancreatitis with normalizing bilirubin values.