Another high-impact publication powered by MIRA! We're proud to share that a research team has achieved a major breakthrough in CRISPR diagnostics — with results published in a journal with IF = 15.0 🧬 The innovation: 🔬 Decoupled the dual functions of crRNA — enabling tunable cleavage activity without modifying guide sequences 🧪 Created a highly customizable clinical nucleic acid detection platform ✅ Overcame long-standing challenges in traditional CRISPR systems Why MIRA? The team chose MIRA isothermal amplification technology from AMP-FUTURE BIOTECH as their go-to nucleic acid amplification tool — delivering reliable, rapid, and field-ready performance that perfectly complements next-generation CRISPR diagnostics. This work represents a significant step forward in translating molecular diagnostics from lab to clinic. MIRA empowers next-gen CRISPR. CRISPR expands the frontiers of diagnosis. Together, we're shaping the future of molecular medicine.
We're proud to share that a research team has achieved a major breakthrough in CRISPR diagnostics — with results published in a journal with IF = 15.0 🧬
The innovation:
🔬 Decoupled the dual functions of crRNA — enabling tunable cleavage activity without modifying guide sequences
🧪 Created a highly customizable clinical nucleic acid detection platform
✅ Overcame long-standing challenges in traditional CRISPR systems
Why MIRA?
The team chose MIRA isothermal amplification technology from AMP-FUTURE BIOTECH as their go-to nucleic acid amplification tool — delivering reliable, rapid, and field-ready performance that perfectly complements next-generation CRISPR diagnostics.
This work represents a significant step forward in translating molecular diagnostics from lab to clinic.
MIRA empowers next-gen CRISPR. CRISPR expands the frontiers of diagnosis. Together, we're shaping the future of molecular medicine.