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CASE STUDIES - IMAGENE.ME
Immersive sales platform for purchasing genetic tests

Rebranding and new key visual development

UX/UI design and website deployment

Optimization of user journey and purchasing process

Front-end and back-end implementation

Creation of video content and 3D animations

Application - Community - Communication
Immersive sales platform for purchasing genetic tests

CONCEPT

IMAGENE.ME is an innovative company specializing in genetic testing and personalized medicine, offering comprehensive DNA analysis, including Whole Exome Sequencing (WES). These tests support the diagnosis of specific health issues and diseases, enabling a more informed approach to prevention and treatment. To improve accessibility and user understanding, IMAGENE.ME required a modern, intuitive platform that allows users to explore testing packages and seamlessly transition to further ordering and results analysis processes.

Project

 Our goal was to create a seamless UX/UI experience, improving user interactions and making the website both aesthetically advanced and functionally efficient. The project combined a sleek, glassmorphism-inspired design with an optimized user flow and a high-performance back-end and front-end system to ensure smooth content management and product administration.

Innovative company specializing in genetic testing and personalized medicine, offering comprehensive DNA analysis, including Whole Exome Sequencing (WES).

Step by
Step

SPECIFICATIONS

The IMAGENE.ME project included a complete UX/UI overhaul, rebranding, and full-stack website deployment covering both front-end and back-end development. User experience optimization improved navigation and accessibility to genetic testing services. The implementation of modern web technologies ensured high performance, responsiveness, and user-friendly interactions, while dynamic multimedia content further enhanced engagement. Thanks to these improvements, users can better understand how genetic analysis helps diagnose specific health issues and diseases.

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