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Radiopharmacy services and staffing patterns in South African academic hospitals

Radiopharmacy services and staffing patterns in South African academic hospitals
Photo by polina miloserdova / Unsplash
Key Takeaway
Note the low availability of radiopharmacists in South African academic hospitals despite consistent physician staffing.

This retrospective, descriptive, and quantitative cohort study assessed the pattern of radiopharmacy services and staffing within nuclear medicine departments at 7 South African academic hospitals (representing a 78% response rate from 9 SAAHs). The researchers evaluated staffing levels, equipment availability, and patient volumes.

Results indicated that all participating hospitals employed nuclear medicine physicians, with numbers ranging from 2 to 13 and an average of 5. All hospitals also employed at least one medical physicist, with staffing ranging from 1 to 4. However, radiopharmacist availability was low, as only 2 of 7 hospitals had radiopharmacists, with only one present in each of those facilities. Regarding equipment, all 7 hospitals possessed SPECT-CT cameras, while 6 of 7 hospitals had PET-CT cameras, with one hospital referring PET patients to a private hospital. In 2022, the average number of nuclear medicine patients seen per hospital was 7,040.

Safety and tolerability data were not reported. The study does not explicitly detail specific limitations, though the findings are based on a specific subset of academic hospitals. The data suggest that developing norms for Africa, including centralized radiopharmaceutical production and aligning staffing with international guidelines, may be necessary to support optimal patient services and research in these settings.

Study Details

Study typeCohort
EvidenceLevel 3
PublishedApr 2026
View Original Abstract ↓
Nuclear medicine (NM) is being embraced by undeveloped countries as a specialty. Due to the high costs involved in establishing new NM and radiopharmacy centres, proper planning is essential. This study describes the pattern of radiopharmacy services and staffing in NM departments in South African Academic hospitals (SAAHs); which can aid planning of new NM and radiopharmacy centres in similar settings. The study was retrospective, descriptive, and quantitative. An anonymized questionnaire was sent via Survey Monkey® to the nine SAAHs to determine nuclear medicine patient numbers by scan type, identify cameras, equipment, staffing levels, commonly used radiopharmaceuticals, and define the basic requirements for establishing new facilities. The response rate was 78% (7/9 hospitals). Average number of NM patients seen per hospital was 7,040 for 2022. All hospitals had SPECT-CT cameras; six had PET-CT cameras and one referred PET patients to a private hospital. All hospitals had NM physicians (range 2–13, average 5) and at least one medical physicist (range 1–4). Only two hospitals had radiopharmacists (only one in each). To promote optimal patient services and support research in SAAHs, norms must be developed that are applicable to Africa. Appropriate staff quotas and equipment are required for the African setting to promote optimal use of radiopharmaceuticals and enable NMs to operate to their full potential. Key things to help in planning and establishing new radiopharmacy centers include; adopting centralized radiopharmaceutical production and aligning staffing with international guidelines.
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