“3 to 2700 seconds, where energy supply relies on glycogenolysis, PCR hydrolysis, and non-oxidative glycolysis to resynthetize ATP”… The anaerobic term seems nonsensical and outdated as oxygen is always present. Within 50 milliseconds, you’ve broken down ATP, PCR has restored it, glycogen has been broken down and lactate has been oxidised.
Yes, oxygen is always present. Since you have a clear understanding of the physiological mechanisms related to ATP resynthesis, you can appreciate that oxygen is not involved at the same rate across all intensities
“3 to 2700 seconds, where energy supply relies on glycogenolysis, PCR hydrolysis, and non-oxidative glycolysis to resynthetize ATP”… The anaerobic term seems nonsensical and outdated as oxygen is always present. Within 50 milliseconds, you’ve broken down ATP, PCR has restored it, glycogen has been broken down and lactate has been oxidised.
Yes, oxygen is always present. Since you have a clear understanding of the physiological mechanisms related to ATP resynthesis, you can appreciate that oxygen is not involved at the same rate across all intensities