Design and Implementation of the Retinoblastoma Collaborative Laboratory

Area of Science:

• Ophthalmology
• Oncology
• Digital Health

Background:

• Retinoblastoma is a significant pediatric eye cancer globally.
• Limited access to specialized pathology services can hinder timely diagnosis and treatment in resource-limited settings.
• The establishment of centralized pathology laboratories is crucial for improving cancer care outcomes.

Purpose of the Study:

• To detail the design and implementation of the Retinoblastoma Collaborative Laboratory (RbCoLab) in Kenya.
• To establish a central hub for processing retinoblastoma specimens from across Kenya.
• To leverage digital pathology for enhanced diagnostic services and patient care.

Main Methods:

• Centralized processing of retinoblastoma specimens in Nairobi using evidence-based standard operating procedures.
• Utilization of digital scanning technology for image acquisition.
• Online dissemination of digital pathology reports to clinicians nationwide.
• Development of a sustainable 'Robin Hood' business model for service delivery.

Main Results:

• Implementation of standard operating procedures improved pathology report accuracy, completeness, and timeliness.
• Digital technology integration facilitated knowledge and skills transfer among healthcare professionals.
• A bidirectional educational network enhanced understanding of cancer pathology's clinical importance.
• The 'Robin Hood' model supported the sustainability and scalability of cancer pathology services.

Conclusions:

• Evidence-based protocols, comprehensive training, and collaboration are vital for improving retinoblastoma patient care in Kenya.
• Digital pathology, as an integrated component of care, enables continuous learning and expertise development through consultation.
• The RbCoLab model demonstrates a successful approach to enhancing specialized diagnostic services in resource-limited environments.