ABSTRACT
Since the near-infrared spectroscopy can achieve the real-time monitoring of the change of HbO2, Hb, and BV and HbO2 is like O2, CO2, and lactic acid, closely linking with cellular energy metabolism, this experiment applies the latest international research achievement, NIRS technology, to monitor the change of partial skeletal muscle oxygen for male rowers while they are given increased loading training. Also, to make a comparative analysis of the metabolic characteristics of the gas detected synchronously with the help of this technology, we can discuss the athletes’ muscle oxygen change while they are training so that a portable and damage-free real-time monitoring method of inflection points of respiratory quotient hopefully can be found finally.
