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Histology and Cytopathology Capacity in the Public Health Sector in Kenya
Nathan R Brand1, Nicholas Wolf1, John Flanigan1
1Nathan R. Brand, Consultant for Leidos Biomedical, Frederick; Nicholas Wolf and John Flanigan, National Cancer Institute, Bethesda, MD; Nathan R. Brand, Columbia University College of Physicians and Surgeons, New York, NY; Richard Njoroge and Alfred Karagu, Ministry of Health; and Alfred Karagu, National Cancer Institute of Kenya, Nairobi, Kenya.
Insights
Kenya
Area of Science:
- Medical diagnostics
- Public health laboratory services
- Cancer pathology
Background:
- Histology and cytopathology are essential for cancer diagnosis and treatment.
- The capacity of pathology laboratories in Kenya was previously unknown.
- Assessing laboratory infrastructure is crucial for healthcare planning.
Purpose of the Study:
- To assess the capacity of public sector pathology laboratories in Kenya.
- To evaluate the services offered, including histology and cytopathology.
- To establish baseline data for capacity building initiatives.
Main Methods:
- A national survey was conducted among public hospitals in Kenya.
- Data collected via standardized, self-administered questionnaires.
- Survey focused on April-June 2017, covering 2016 caseloads.
Main Results:
- 11 out of 15 public hospitals completed the survey.
- Total caseload of 26,472 for key diagnostic services in 2016.
- 55% could perform histology with a 14-day median turnaround; 82% maintained cancer case registers, but only 11% used electronic systems.
- No labs were externally accredited, but 91% were pursuing accreditation for clinical pathology.
Conclusions:
- The study provides a baseline of histology and cytopathology capacity in Kenyan public hospitals.
- Findings will inform the Ministry of Health for targeted interventions.
- Hospitals show commitment to quality through pursuit of accreditation.
Purpose:
Histology and cytopathology services are necessary for cancer diagnosis and treatment. However, the current capacity of Kenya's pathology laboratories is unknown. A national survey was conducted among public sector pathology laboratories to assess their capacity to perform histology, fine-needle aspiration, and bone marrow aspiration.
Methods:
Between April and June 2017, we identified all public hospitals that provide pathology services in Kenya. In total, two national and 13 county referral hospitals met the inclusion criteria and were sent a standardized, pretested, self-administered questionnaire.
Results:
A total of 11 hospitals (73%) completed the survey. The reported total caseload of histology, fine-needle aspiration, and bone marrow aspiration for 2016 was 26,472. All of the facilities staffed a pathologist and were providing cancer-related diagnostic services. Nine (82%) of the hospitals maintain a register of diagnosed cancer cases, but only one (11%) of those uses an electronic system. Six (55%) of the surveyed hospitals were able to perform histology with a median turnaround time of 14 days. Six (55%) laboratories regularly referred some specimens elsewhere for interpretation, but three of these centers relied on patients for transportation of the specimen to the referral institution. No laboratories were accredited by an external organization; however, 10 (91%) of the laboratories were working toward achieving accreditation, but only for clinical pathology services.
Conclusion:
This study describes the current status of histology and cytopathology capacity in Kenya's public sector hospitals. It provides useful baseline information needed by the Ministry of Health to develop necessary capacity building and referral-strengthening interventions. A high proportion of hospitals are working to achieve accreditation points toward their commitment to providing quality services to the Kenyan public.
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