Supporting evidence
High-intensity interval exercise × Fasting Plasma Glucose (FPG)
- Authoritative support
- 4
- Available studies
- 4
- Unavailable support
- 0
Available supporting studies
Study 1 · Included
HIIT and Aerobic-Resistance Training Improve Diabetes Outcomes
Rct
- Comparison
- Participants engaged in a 12 week intervention that included an individualised combined aerobic and resistance exercise training program along with standard hospital care. · Participants underwent a HIIT program adapted for safety and physical capacity, involving structured interval sessions. · The control group received standard hospital care without a structured exercise program.
- Duration / follow-up
- 12 weeks
Relevant effects
Mean difference
20.6
Mean difference
29.1
Study 2 · Included
HIIT Improves Glucose Control in Diabetic Neuropathy Patients
Rct
- Comparison
- Participants engaged in a 12 week high intensity interval training program. · Participants engaged in a 12 week moderate intensity continuous training program. · Participants maintained their usual daily activities and received health education.
- Duration / follow-up
- 24 weeks
Relevant effects
Mean difference
2.3 · 0.001
Mean difference
2.02 · 0.001
Study 3 · Included
HIIT improves glycaemic control and pancreatic function in T2D patients
Rct
- Comparison
- T2D patients undergoing HIIT to assess effects on glycaemic control and pancreatic function. · Healthy individuals matched for age, height, and weight to T2D patients.
- Duration / follow-up
- 35 weeks
Relevant effects
Mean difference
1.5 · 0.01
Mean difference
2 · 0.04
Mean difference
5 · 0.03
Study 4 · Included
HIIT vs MICT: Effects on Pre-Diabetes
Rct
- Comparison
- Participants engaged in 10 × 1 min at 75%–90% hr peak, interspersed with 1 min active recovery at 50% hr peak. · Participants engaged in 50 min at 55%–70% HR peak.
- Duration / follow-up
- 12 weeks
Relevant effects
Mean difference
0.46 · 0.001
Mean difference
0.87 · 0.001
