When we step on the dynamic bicycle and start riding, the body immediately starts the 'blood sugar consumption engine'. The muscles of the lower limbs continue to contract during the pedalling action, forcing the glucose in the blood to break down rapidly through the glycolytic pathway to supply energy for the exercise. For example, for a person weighing 70kg, a single 30-minute ride can reduce blood glucose levels by 10-15%, especially when cycling 1-2 hours after a meal, which can effectively inhibit the steep rise in blood glucose peaks, as if installing a 'stabilising valve' for fluctuating blood glucose. This immediate energy consumption is not a short-lived effect, long-term regular riding indoor exercise bike with screen can trigger the body's deep metabolic changes - 3-5 times a week for more than 8 weeks of riding, can make the body's insulin sensitivity to enhance 20% -30%. This means that the cellular uptake of glucose is significantly enhanced, and the number of GLUT-4 glucose transporter proteins on the surface of muscle cells is increased, so that the body is able to process sugar more efficiently even at rest, thus improving the root cause of the problem of 'insulin resistance' that plagues so many people, and which is a key target for pre-diabetic interventions.
During prolonged cycling at low to moderate intensity, the body prioritises the use of fat as a source of energy, a process that not only helps to shape the buttocks and legs, but also reduces the need for the liver to synthesise new glucose through gluconeogenesis. Research data shows that people who ride exercise bike with a screen for more than 150 minutes per week have an average of 4.5 per cent less visceral fat area, which is an important trigger for insulin resistance. This triple regulation mechanism from 'sugar consumption' to 'fat metabolism' to 'insulin sensitivity enhancement' makes the cycling home machine a true metabolic optimisation tool. A true metabolic optimisation tool.