Strategies of SalivaNano

SalivaNano solutions

AI-Enhanced Salivary Diagnostics for Oral and Systemic Diseases

Leveraging bioinformatics and AI, we develop saliva-based platforms to diagnose diseases like Diabetes, COVID-19, Zika, CHIKV, Amelogenesis imperfect and Hepatitis B/D, offering non-invasive, scalable, and eco-friendly solutions for public health.

Sustainable Biophotonic Platform for Salivary Diagnostics

Our eco-friendly diagnostic platform integrates bioinformatics and biophotonics (ATR-FTIR) to detect diseases using saliva. This sustainable solution eliminates toxic reagents, reduces medical waste, and enhances public health access with rapid, non-invasive testing.

Bioactive Molecules for On-Demand Therapy

Using salivary peptides and functionalized nanoparticles, we create targeted, cost-effective therapies for chronic and emerging diseases, focusing on sustainability and minimal environmental impact.

Magnetic Nanoparticle Platforms for Enhanced Detection

Magnetic bead technology combined with bioactive molecules captures and concentrates pathogens like SARS-CoV-2, significantly improving diagnostic accuracy in low-resource settings.

We Integrate sustainability and AI in SalivaNano solutions.

At SalivaNano, we prioritize sustainability in every aspect of our work. Our salivary diagnostic platforms are designed to significantly reduce environmental impact by eliminating harmful reagents, minimizing medical waste, and utilizing recyclable materials. By replacing invasive, resource-heavy testing methods with saliva-based solutions, we lower the ecological footprint of diagnostics.

Additionally, we harness the power of artificial intelligence to develop on-demand bioactive molecules, tailored to target specific diseases. This AI-driven approach accelerates the discovery and production of custom molecules, offering innovative and sustainable solutions for both diagnostics and therapies. Our focus is not only on improving public health but also on creating environmentally responsible technologies for the future.