What is required to manage the high metabolic rates for the Mako's top speed swimming?

An efficient brain necessary to manage real-time adjustments in oxygen uptake and muscle firing

Achieving and sustaining the extreme speeds for which the Shortfin Mako is known demands extraordinarily high metabolic rates, which in turn necessitates precise physiological regulation across the entire organism. Managing this intensive energy expenditure in real-time requires a highly developed and efficient central nervous system. This neurological command center must constantly monitor and make immediate adjustments to critical functions such as oxygen absorption efficiency, the exact sequence and intensity of muscle firing sequences necessary for propulsion, and the continuous integration of sensory feedback from the surrounding three-dimensional water column. This dynamic, controlled acceleration proves the necessity of a superior neurological apparatus to govern such high-performance physiology.