🧬 Groundbreaking research — MIRA powers next‑generation CRISPR diagnostics! We're excited to congratulate our research collaborators on their latest work published in Nature Communications — developing a TEMPO One‑Pot CRISPR‑Cas12a platform for extraction‑free SNP genotyping and rapid pathogen detection. What makes this breakthrough stand out: 🔬 MIRA isothermal amplification serves as the core nucleic acid amplification engine — rapidly providing sufficient substrates for Cas12a within a single‑pot system ⚡ Thermodynamically programmed primers ensure amplification occurs before CRISPR activation — preventing signal loss and maximizing sensitivity 📱 Field‑ready design — compatible with lyophilized chips and smartphone‑based readout, using oral swab samples ⏱️ Results in just 30 minutes — with attomolar sensitivity and 100% concordance with clinical sample testing This platform demonstrates exactly what MIRA can do when combined with cutting‑edge CRISPR technology — enabling extraction‑free, rapid, sensitive, and specific on‑site molecular diagnostics. Proud to see MIRA at the heart of this innovation. 🧬
We're excited to congratulate our research collaborators on their latest work published in Nature Communications — developing a TEMPO One‑Pot CRISPR‑Cas12a platform for extraction‑free SNP genotyping and rapid pathogen detection.
What makes this breakthrough stand out:
🔬 MIRA isothermal amplification serves as the core nucleic acid amplification engine — rapidly providing sufficient substrates for Cas12a within a single‑pot system
⚡ Thermodynamically programmed primers ensure amplification occurs before CRISPR activation — preventing signal loss and maximizing sensitivity
📱 Field‑ready design — compatible with lyophilized chips and smartphone‑based readout, using oral swab samples
⏱️ Results in just 30 minutes — with attomolar sensitivity and 100% concordance with clinical sample testing
This platform demonstrates exactly what MIRA can do when combined with cutting‑edge CRISPR technology — enabling extraction‑free, rapid, sensitive, and specific on‑site molecular diagnostics.
Proud to see MIRA at the heart of this innovation. 🧬