Ghana: Deputy Health Minister Calls for Stronger Use of Technology in Malaria Prevention
Dr. Grace Ayensu-Danquah, Ghana's Deputy Minister of Health, advocates for enhanced use of technology in malaria prevention during a regional workshop in Accra.
During a regional workshop in Accra, Dr. Grace Ayensu-Danquah, the Deputy Minister of Health for Ghana, emphasized the urgent need for African nations to adopt stronger technological approaches in the prevention of malaria. This call to action stemmed from her keynote address at the Tech Enabled Larval Source Management workshop, organized by the National Malaria Elimination Programme of the Ghana Health Service, AGAMAL, and SORA Technology. Dr. Ayensu-Danquah highlighted that effectively combating malaria involves focusing on prevention at the source rather than primarily relying on treatment.
The workshop, attended by health officials, technical experts, and innovators from various African countries, aimed to share knowledge and strategies to combat malaria, a disease that continues to pose significant health challenges across the continent. By bringing together various stakeholders, the event aimed to foster collaboration and innovation in identifying new technological solutions that can be employed in larval source management. Dr. Ayensu-Danquah's remarks underscore the growing recognition of the role technology can play in public health, particularly in developing innovative, sustainable methods of disease prevention.
Dr. Ayensu-Danquah reinforced Ghana's commitment to advancing its malaria elimination strategies through the utilization of modern technologies. As the nation grapples with malaria's public health implications, her call for a proactive approach is vital in mobilizing resources and fostering regional collaboration among African countries to effectively manage and eventually eliminate this preventable disease. The emphasis on 'Prevention at the Source' resonates with broader public health goals, as the impact of malaria continues to be felt, and new, tech-based strategies could pave the way for improved health outcomes for affected populations.