The system’s synchronized software and applications
provide a streamlined communication channel for healthcare providers, facilitating the exchange of comprehensive patient data across various examination, screening, diagnostic, surgical, and pathological procedures.
This seamless data sharing supports continuity of care, allowing specialists in dermatology, plastic surgery, and pathology to access the complete patient record, collaborate effectively, and make informed decisions, especially in complex cases like skin cancer. This approach not only enhances diagnostic accuracy but also improves patient outcomes by ensuring all relevant information is readily accessible in real time.
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The mobile applications for both patients and certified healthcare professionals (HCPs)
are a vital component of the system, bridging the gap between patients and providers in a convenient, user-friendly format. By enabling patients to actively participate in their care through digital photos and standardized medical documentation, the app facilitates efficient monitoring, follow-up, and assessment processes.
Certified HCPs benefit from having a structured platform to document, track, and communicate findings, which can enhance both the quality and consistency of care. This streamlined process encourages a proactive approach to health management, especially crucial in areas such as skin cancer, where timely intervention can be critical.
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The integration of a deep learning (AI) sub-module
dedicated to continually learning from daily clinical experiences represents a forward-thinking approach to enhancing diagnostic precision. By analyzing patterns, outcomes, and feedback from real-world cases, this AI component can adapt and refine its diagnostic algorithms over time.
This evolving system helps ensure that the telemedicine platform not only maintains but also improves its accuracy, supporting HCPs in making patient-centered, evidence-based decisions. The result is a system that learns from every interaction, ultimately raising the standard of care and providing a robust tool for early and accurate detection of conditions, particularly skin cancer. The AI module is intended to be a useful assistant. At the same time, it can always be activated or deactivated as desired.
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TiS-skincs module
is envisioned as a robust solution specifically tailored for teledermoscopy skin cancer screening (cs). With its two software sub-modules and a mobile application, it offers an accessible and scalable platform for various healthcare professionals (HCPs) across different levels of care.
Key Features and Functions of the TiS-skincs:
Two Software Sub-Modules:
- Primary Screening Module (PCP-focused): Designed for primary care physicians (PCPs), this sub-module provide simplified tools for initial skin assessments, image capturing, and documentation. It may guide PCPs through standardized screening protocols, enabling them to identify suspicious lesions or abnormalities.
- Advanced Diagnostic Module (DE-focused): Tailored for dermoscopy experts (DEs), this sub-module offer more detailed tools for image analysis, annotation, and comparison with past records. It include AI-assisted diagnostics and pattern recognition to support expert review and more complex assessments.
Accompanying Mobile Applications:
- For HCPs: Provides flexibility for HCPs to access patient records, capture images, and review data on the go. Enables seamless communication and updates between PCPs, DEs, and other specialists.
- For Patients: Offers a user-friendly interface for patients to upload images, complete pre-screening questionnaires, and stay informed about their appointments or results.
Modularity and Accessibility:
The System’s modular design allows it to adapt to different user expertise levels, ensuring accessibility for a broad range of HCPs, from general practitioners to specialized dermatologists.
This adaptability enhances collaboration across primary care physicians, dermoscopy experts, and other healthcare providers, facilitating timely skin cancer detection and efficient patient referrals when needed.
TiS-skin
cs module, thus supports comprehensive, multi-tiered care, making skin cancer screening more accessible and coordinated across various healthcare settings.
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TiS-skindsc module
is an advanced information system tailored for the dermoscopic (dsc) diagnosis of skin lesions and diseases, offering standardized tools for dermoscopic evaluation.
Key Features and Functions of the TiS-skindsc:
Modular Dermoscopic Software:
- Standardized Evaluation: The software provides structured dermoscopic evaluation protocols, ensuring consistent and reliable assessments across different users. Standardization likely supports accuracy in diagnosing various skin lesions and diseases.
- Adaptable for All Experience Levels: The software’s modularity makes it accessible for all HCPs, from beginners to expert dermoscopists. It could offer tiered interfaces or adjustable toolsets to match users’ expertise, providing guidance to less experienced physicians while enabling advanced functionalities for experts.
Integration with Two Mobile Applications:
- For Healthcare Professionals: This mobile app allows HCPs to capture high-quality images of skin lesions, document findings, and access patient records on-the-go. It may also enable real-time consultation between providers at different levels of expertise.
- For Patients: Provides patients with the ability to upload images for remote assessment, track appointment schedules, receive follow-up instructions, and access educational materials on skin health.
Enhanced Collaboration and Communication:
- Connected System: The software and mobile apps are designed to communicate seamlessly, supporting collaboration between primary care physicians, dermatologists, and dermoscopy experts. This enables efficient referrals and second opinions when needed.
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TiS-skinse module
intends to be a comprehensive telemedicine solution designed for skin examinations (se), with three software sub-modules and two mobile applications in the fields of dermatology, plastic surgery and skin pathology. This integration offers seamless communication between the system’s components and enhances the overall functionality for both healthcare professionals (HCPs) and patients.
The three software sub-modules aim to provide specific functionality for each area:
- Dermatology :- Focused on skin assessments, lesion tracking, and identifying potential conditions such as skin cancer or other dermatological conditions.
- Plastic Surgery: Aiding in pre-surgical planning, post-surgical care, offering tools for visualizing and monitoring skin lesion sites after procedures, and perhaps most valuable, aiding the pathology with photo enriched biopsy requests.
- Pathology: Offering the ability to analyze the specimen in more detail and more rapidly report on skin biopsies and other samples to assist in a quicker and more accurate diagnosis.
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The basis of the TiS-skin information system
It was designed based on a set of data widely accepted at the national and/or international level, reflecting the currently supported professional standards and practices in the diagnosis and treatment of skin cancer.
These standards and practices are found in publications from the following national and international bodies/organizations: International Dermoscopy Society, American Society of Plastic Surgeons, British Association of Plastic Reconstructive and Aesthetic Surgery, Royal College of Surgeons of England, College of American Pathologists, The Royal College of Pathologists of the UK, American Joint Committee on Cancer, International Classification of Disease, World Health Organization Classification of Skin Tumors, The Royal College of Pathologists of Australasia, The Skin Cancer College Australia.
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