Optimizing healthcare for blood donors at risk of transfusion-transmissible infections: pre-implementation mixed methods protocol

TL;DR

This study aims to improve healthcare for blood donors in the Peruvian Amazon who test positive for infections by integrating services and using digital tools.

Contribution

The study introduces a participatory, mixed-methods approach to co-design and pilot an innovation for integrating blood donor care in resource-limited settings.

Findings

The study will co-design and pilot an innovation to improve care for blood donors at risk of infections.

It will use a mixed-methods implementation science approach to address gaps in blood donor healthcare.

The findings will inform scalable, context-specific interventions for low- and middle-income countries.

Abstract

In the Peruvian Amazon, a significant proportion of replacement blood donors test reactive for HIV, HTLV-1/2, and other transfusion-transmissible infections but often receive no subsequent care. Optimizing healthcare for these individuals can mitigate adverse outcomes by enabling early diagnosis and management. Effective coordination between Blood Bank and Infectious Diseases services is essential to provide comprehensive care. To address this challenge, this study applies an Implementation Science approach to design and assess an innovation that enhances healthcare for blood donors affected by transfusion-transmissible infections. A pre-implementation mixed methods study will be conducted at two hospitals in the Peruvian Amazon, employing the Consolidated Framework for Implementation Research (CFIR) and a systems engineering tool (mapping). The study will focus on the inner setting domain of CFIR and map the care continuum to identify contextual determinants that may influence implementation. It has three specific aims planned for the future: first, to use a convergent mixed methods approach to examine the care continuum of blood donors and the inner settings; second, to co-design an innovation through qualitative and participatory methods, integrating Blood Bank and Infectious Diseases services via the hospital information management system; and third, to evaluate the feasibility, appropriateness, and acceptability of the co-designed innovation through a pilot. Replacement blood donation and fragmented healthcare systems are common challenges in other low- and middle-income countries. The findings of this study can inform future implementation research and policy in similar settings.

Main findings: This study will co-design and pilot an innovation to improve how blood donors at risk of transfusion-transmissible infections receive screening results, confirmatory testing, and care, by integrating Blood Bank and Infectious Diseases services through digital tools.Added knowledge: This study employs a participatory, mixed-methods implementation science approach to systematically assess and address gaps in blood donor healthcare, providing a scalable methodology while ensuring context-specific, actionable interventions for resource-limited settings.Global health impact for policy and action: This study will drive digital innovations in blood donor healthcare to strengthen blood safety and infectious disease control, while framing a pragmatic, adaptable approach for integrating fragmented healthcare systems in resource-limited settings.

Main findings: This study will co-design and pilot an innovation to improve how blood donors at risk of transfusion-transmissible infections receive screening results, confirmatory testing, and care, by integrating Blood Bank and Infectious Diseases services through digital tools.

Added knowledge: This study employs a participatory, mixed-methods implementation science approach to systematically assess and address gaps in blood donor healthcare, providing a scalable methodology while ensuring context-specific, actionable interventions for resource-limited settings.

Global health impact for policy and action: This study will drive digital innovations in blood donor healthcare to strengthen blood safety and infectious disease control, while framing a pragmatic, adaptable approach for integrating fragmented healthcare systems in resource-limited settings.

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