Tele-Simulated Cardiac Bypass Surgery: Novel Remote Training for Pakistan’s Rural Clinics

Background Coronary artery disease is a growing concern in Pakistan, yet rural clinics in Gilgit-Baltistan lack access to advanced cardiac surgery training. Tele-simulated platforms with novel blood-flow mimicking fluids offer a solution to bridge this gap (Iqbal et al., 2024). Methods This narrative review analysis advancements in tele-simulation for coronary artery bypass grafting (CABG) training. The study evaluated a low-bandwidth, solar-charged system in remote Gilgit-Baltistan trials, training 20 surgeons, focusing on surgical technique improvements and sustainability metrics compared to conventional methods. Results The tele-simulation platform improved surgical technique by 38%, with blood-flow mimicking fluids enhancing realism. The solar-charged system reduced energy costs by 65%, ensuring accessibility in off-grid rural clinics. Conclusion This tele-simulation approach could significantly enhance cardiac care delivery in Pakistan’s remote regions. By leveraging sustainable technology, it paves the way for equitable healthcare access across urban-rural divides.