Interactive 3D Gene Exploration Application for Medical Research and Education

The client faces challenges in enabling users—educators, researchers, and students—to intuitively explore complex gene-disease relationships, biomarkers, and genetic clusters through engaging and comprehensible visualizations, to facilitate expanded research and education efforts.

A medical research and educational institution aiming to enhance gene and disease research visualization through interactive technology.

• Create an interactive application that allows users to select specific diseases and explore associated genes via visual interfaces.
• Enable visualization of gene clusters and relationships using multiple display options for comprehensive understanding.
• Design an intuitive, engaging, video game-like experience to improve user engagement and comprehension.
• Implement scalable and secure technology to support multiple users and ensure data privacy.

• User authentication and login system to personalize research experience.
• Disease selection interface with a dropdown list of health conditions.
• Generation of gene lists associated with selected diseases.
• Clickable visual lists to explore positive and negative gene relationships.
• Multiple visualization modes for genome clusters, including five distinct visual options.
• Intuitive front-end interface designed for simplicity and user engagement, resembling a video game environment.

• Gene and disease databases for real-time data retrieval.
• User account management and authentication systems.

• Application should support scalability for a growing user base.
• Ensure fast load times and responsive interactions within the 3D environment.
• Maintain high security standards for data privacy and user information.

The developed interactive genomic visualization app is expected to significantly enhance user engagement and comprehension of complex genetic relationships. This will facilitate advanced research, improve educational outcomes, and promote broader dissemination of genomic knowledge, leading to increased research productivity and potential innovations in medical diagnosis and treatment strategies.