Prime Minister Tarique Rahman today assured full government support for testing, quality validation and commercial production of locally developed ventilators and high-flow oxygen machines, reaffirming his government’s commitment to advancing healthcare through research and innovation.
Government Commitment to Healthcare Innovation
During a meeting held at the Prime Minister's Office in the Cabinet Division at the Bangladesh Secretariat, Prime Minister Rahman emphasized the government's dedication to research and innovation in healthcare. He stated, "The government is attaching the highest priority to research and innovation in healthcare. We will provide all necessary support for testing, quality verification and commercial production of these locally developed medical devices."
Local Development and Potential Impact
The Prime Minister highly appreciated the initiatives of the experts and researchers who developed the two medical devices using indigenous technology. He assured all possible assistance to make the ventilator and the high-flow oxygen machine ready for practical use and commercialization. The meeting was informed that two separate teams of specialists developed the devices.
Following the required regulatory approvals and clinical trials, the devices could be introduced in hospitals across the country and also have the potential to be exported to international markets. Officials said as the machines have been developed locally, they are expected to be manufactured and marketed at comparatively lower costs, making advanced healthcare services more affordable for patients.
Features and Benefits
The ventilator is a life-saving medical device for critically ill patients with severe respiratory complications. It will undergo further testing and evaluation to ensure its safety, effectiveness and compliance with international standards. The high-flow oxygen machine, on the other hand, is designed for patients with common respiratory problems. One of its notable features is that it can operate without electricity, making it suitable for use in remote areas with limited power supply as well as in ambulances during emergency patient transportation.
