DMEK-Track is an innovative project to revolutionize corneal transplant follow-ups through AI-powered analysis of intermediate-level OCT (Optical Coherence Tomography) scans. By uploading scans to the portal, ophthalmologists can receive risk assessments from other healthcare professionals. This improves timely response effectiveness and collaborative expert consultations.


By deploying DMEK-Track, healthcare professionals can promptly identify post-transplant complications, ensuring rapid response to patient needs and reducing the frequency of high-level imaging.  

Enhanced Monitoring

DMEK-Track allows for continuous and detailed monitoring of corneal transplant patients. The system detects potential issues early by using AI to analyze OCT scans. This proactive approach can lead to better long-term outcomes and less invasive treatment.


The platform makes specialized post-operative care accessible to patients regardless of location. This convenience means better patient compliance with follow-up regimens.

Cost Efficiency

By employing intermediate-level OCT scans analyzed through AI, DMEK-Track avoids the higher costs associated with advanced imaging techniques. The financial burden on healthcare systems is lessened. Patients also benefit from the reduced need for potentially expensive travel to specialty centers. 


This system saves time for patients and healthcare providers by streamlining the follow-up process. For patients, it means quicker access to post-operative care. It frees up time for physicians to manage more cases or concentrate on complex ones.

Education and Training

DMEK-Track provides a database of cases and outcomes as an educational resource for health professionals. Through real-world examples, it enhances the learning curve for less experienced physicians. It also encourages knowledge sharing among professionals in the field.

Collaborative Care

By creating a network of specialists through the forum feature, DMEK-Track fosters a collaborative environment for patient care. This can lead to more accurate diagnoses and better-informed treatment plans. It also builds a community that can swiftly adapt to new best practices. 


The initiative promotes sustainability by reducing the need for travel, hence lowering carbon emissions. It demonstrates how technology can be leveraged to provide eco-friendly healthcare solutions. The reduced travel benefits the environment and lowers the indirect costs of healthcare delivery.

Scalability and Adaptability

DMEK-Track's model can be applied to other surgical follow-up care, paving the way for broader telemedicine applications. Its scalability and adaptability demonstrate the potential for remote follow-up management in various healthcare scenarios. It can also be adapted to situations where healthcare professionals of different specialties are limited and geographical location restrictions exist.

Capacity Boost

By alleviating the pressure on specialized centers and healthcare professionals, DMEK-Track allows for more efficient use of medical resources. This increase in capacity can lead to more patients being treated within the same infrastructural constraints. Ultimately, it improves the healthcare system's ability to deliver services without additional investments in facilities. 

Patient Comfort

DMEK-Track enhances patient comfort by reducing post-operative care's physical and emotional stress. Less travel and shorter wait times lead to a better overall patient experience. Increased comfort levels can also promote faster recovery and better compliance with follow-up care.

Benefits for Patients:

Patients benefit from DMEK-Track as it minimizes travel and waiting times, making post-transplant care more comfortable and accessible. They no longer need to journey to far-off specialized centers, saving time and reducing stress. Frequent, accessible monitoring means issues can be detected and addressed sooner, leading to better health outcomes and patient satisfaction. The convenience of local monitoring increases adherence to follow-up appointments, which is essential for successful transplant outcomes.  

Benefits for Health Professionals:

DMEK-Track simplifies the corneal transplant follow-up process, reducing the workload on specialist physicians and allowing them to focus on critical cases. The platform acts as a digital colleague, providing second opinions and fostering a collaborative environment for shared learning and decision-making. Through AI assistance, physicians can enhance their diagnostic skills, particularly in interpreting OCT scans, which benefits their ongoing professional development.

Benefits for Healthcare Systems, Providers and Authorities:

DMEK-Track is a cost-effective solution that increases the capacity of transplant services by enabling efficient use of resources and reducing the need for high-level imaging. Reducing patient travel to specialized centers cuts costs associated with healthcare delivery and contributes to environmental sustainability. The DMEK-Track platform significantly improves care follow-up processes in remote areas, laying the groundwork for the development of future telehealth systems.