Clinical Scorecard: Effective Implementation of the Twinning Model for International Neurosurgery Partnerships: A Validation Analysis
At a Glance
Category
Detail
Condition
Neurosurgical conditions including traumatic brain injuries, hydrocephalus, spinal trauma, intracranial infections, congenital conditions, tumors, and degenerative spinal diseases
Key Mechanisms
International neurosurgical twinning model (INTIMA) involving phased collaboration, resource donation, multidisciplinary education, and capacity building
Target Population
Patients requiring neurosurgical care in resource-limited settings, specifically in West African countries such as The Gambia
Care Setting
Neurosurgical departments in low- and middle-income countries with limited infrastructure and specialist availability
Key Highlights
INTIMA model phases: Initial professional linkage, Justification visit, Philanthropic travel, Targeted benevolent donation, and Focus clinical partnerships
Multidisciplinary team approach including neurosurgeons, nurses, intensive care staff, occupational therapists, biomedical engineers, and neuroanesthesiologists
Significant increase in neurosurgical case volume and complexity following the mission, demonstrating sustainable impact
Guideline-Based Recommendations
Diagnosis
Utilize multidisciplinary collaboration including radiology and laboratory services for comprehensive neurosurgical diagnosis
Classify surgical complexity using standardized scales such as the British United Provident Association (BUPA) Schedule
Management
Implement microneurosurgery techniques supported by donated equipment such as operating microscopes and high-speed drills
Provide education and training to surgical nurses, perioperative and postoperative care teams, and patients with spinal cord injuries
Establish sustainable partnerships through phased twinning models to build local neurosurgical capacity
Monitoring & Follow-up
Collect prospective surgical volume and outcome data before, during, and after missions to assess impact
Engage multidisciplinary teams in continuous strategic meetings to maintain collaboration and quality of care
Risks
Resource limitations and inconsistent access to neurosurgical training centers may impede care delivery
Complex microneurosurgical procedures require adequate infrastructure and trained personnel to minimize complications
Patient & Prescribing Data
Patients undergoing neurosurgical procedures in The Gambia and similar LMIC settings
Introduction of microneurosurgery and enhanced perioperative care increased surgical volume and complexity, indicating improved treatment capacity
Clinical Best Practices
Adopt a phased twinning model to establish professional linkages and sustainable neurosurgical partnerships
Ensure multidisciplinary involvement including nursing, intensive care, occupational therapy, and biomedical engineering
Provide targeted donations of essential neurosurgical equipment to resource-limited centers
Conduct education programs for surgical teams and patients to optimize perioperative and postoperative care
Monitor surgical activity longitudinally to validate partnership effectiveness and guide future missions
by Alba Corell, John N. Jabang, Job Manneh, Ebrima K. Manneh, Magnus Tisell, Christian Brandt, Tomas Majing, Camilla Smedberg, Charlotte Förars, Sarinah Rebucas, Pascal Goswell, Tove Ronold, Caroline Landén, Anders Engström, Pia Sorto, Enoch Uche, Daouda Wague, Youssoupha Sakho, Jimmy Sundblom
FOXC1 duplications were the second most common monogenic finding among genetically solved juvenile open-angle glaucoma cases in one registry, supporting the use of copy-number variant analysis in early-onset glaucoma testing.
