Decentralized Corneal Health Research Platform
Facilitating collaboration among patients, researchers, and funders to optimize research funding processes and promote new therapies
Project Background
With the rising incidence of eye diseases globally, there is an urgent need for more effective research and treatment methods
With the rising incidence of eye diseases (particularly corneal diseases) globally, there is an urgent need for more effective research and treatment methods. Decentralized Science (DeSci) can meet this need by incentivizing innovation, enhancing transparency, and streamlining intellectual property management.
Our project aims to build a decentralized research platform focused on corneal health to facilitate collaboration among patients, researchers, and funders, optimize research funding processes, and promote the development of new therapies.
Project Objectives
- Facilitate collaboration among patients, researchers, and funders
- Optimize research funding processes
- Promote the development of new therapies
- Enhance the democratization level of scientific research
- Establish an active scientific research community aligned with decentralization principles
Core Highlights
Our platform offers various innovative features to promote the development of corneal health research
Decentralized Funding Support
Emulating Molecule's success, using smart contracts to provide direct funding for research projects through a token economy model for financing and rewards.
Intellectual Property Protection
Using a Proof of Invention (PoI) system to ensure researchers can safely and authentically submit and register their research outcomes through blockchain technology.
Promoting Community Participation
Building an active community (similar to VitaDAO) to attract researchers, patients, and volunteers to participate in research projects and funding decision processes.
Open Data Sharing
Creating a shared database allowing researchers to upload their data and research results to promote collaboration across researchers, especially in corneal disease research.
Technology and Tool Integration
Integrating existing technological tools such as Matrix Bio to analyze users' health and genetic data, providing more insights for research and helping identify potential treatments.
Implementation Plan
Our project will be implemented in four phases to ensure the smooth development and promotion of the platform
Platform Design and Development
Collaborate with technical teams to develop the platform's infrastructure, ensuring user-friendliness with necessary contract functionalities.
Community Recruitment and Promotion
Recruit researchers and patients through online seminars and social media campaigns. Publicize how decentralized funding can impact the corneal health field.
Launch Crowdfunding and Fund Projects
Conduct crowdfunding campaigns, raise project funds, and determine priority research directions.
Project Execution and Evaluation
Launch key research projects, use the decentralized platform for data collection and result sharing, and continuously optimize platform features based on feedback.
Current Research Background
In corneal health, top universities and research institutions worldwide are conducting extensive research
Research on corneal regeneration, exploring cell therapy applications in corneal injury repair
Smith et al.
Project on corneal gene therapy, aiming to treat hereditary corneal diseases through gene editing technologies
Jones et al.
Multicenter clinical trials for chronic keratitis, providing data support for the effectiveness of new therapies
Brown et al.
Research on optical imaging technology, aiding in early diagnosis of corneal diseases
Li et al.
Our platform will facilitate the sharing and application of these research findings, accelerating innovation and development in the field of corneal health.
Join Our Research NetworkContact Us
If you're interested in our project or would like to learn more, please feel free to contact us