By: Nathan Ojara
GULU||Uganda |The Atomic Energy Council (AEC) has officially authorized the Gulu Regional Cancer Institute to resume use of its Computed Tomography (CT) scanner, restoring a vital diagnostic service for cancer patients in northern Uganda.
The CT unit had been out of service since December last year after a short circuit caused significant technical damage to the machine. The incident also compromised the scanner’s protective door, triggering serious radiation safety concerns after reports that patients may have been exposed during the malfunction.
Following the breakdown, the institute halted all CT imaging services and initiated repair efforts. Funding to support the restoration was secured last month, enabling technicians to fix both the scanner and the damaged shielding door. Despite completing the repairs, the facility could not immediately resume operations due to regulatory requirements mandating a full safety inspection by the AEC.
During the months-long suspension, patients requiring CT imaging were referred to the nearby Gulu Regional Referral Hospital.There, individuals reportedly paid between UGX 120,000 and UGX 150,000 per scan-an added financial burden for many already coping with costly cancer treatment.
Last Friday, a specialized AEC inspection team visited the cancer institute to conduct a comprehensive assessment of the repaired equipment and overall radiation safety compliance. The evaluation included checks on machine performance, shielding integrity, and adherence to operational safety protocols.
After confirming that all standards had been met, the council granted approval for the immediate resumption of CT scan services.
Health officials at the institute have welcomed the development, noting that access to on-site CT imaging is crucial for timely diagnosis, treatment planning, and monitoring of cancer patients. The restoration is expected to ease congestion at referral facilities and reduce out-of-pocket costs for patients.
The incident has also highlighted the importance of regular maintenance, infrastructure resilience, and strict regulatory oversight in managing high-risk medical equipment.
