BLV Diagnostic Platform

Client

Alberta, Canada

Technologies

• Molecular Biology

• Protein Engineering

• Assay Development

• Diagnostic Prototype Design

Project Overview

An industry-driven biotechnology project focused on developing a diagnostic platform for Bovine Leukemia Virus (BLV) using proprietary material science technology. The project integrated molecular biology, protein engineering, and prototype development to create a scalable diagnostic solution adaptable to diverse laboratory environments.

Scope of Work

• Designed DNA constructs and molecular cloning strategies.

• Performed PCR, protein expression, and purification workflows.

• Developed protein immobilization methods for engineered materials.

• Built adaptable workflows suitable for low-infrastructure settings.

Innovation

Combined molecular biology with advanced material science to translate laboratory research into a functional diagnostic platform. The project emphasized flexible development strategies that enable prototype creation without reliance on extensive laboratory infrastructure.

Results

• Developed a functional biological component for a diagnostic prototype.

• Optimized protein immobilization and assay workflows.

• Demonstrated scalable and adaptable prototype development.

• Supported the translation of biotechnology research into practical diagnostic applications.

Technical Impact

Established a flexible development framework that enables organizations to move efficiently from concept to functional biotechnology prototypes through scalable molecular workflows, assay development, and engineering strategies.