Nanozyme Aptasensors Show Promise for Faster Food, Health, and Environmental Testing
By pairing robust artificial enzymes with highly selective aptamers, nanozyme aptasensors could help detect disease biomarkers, pathogens, and contaminants faster, but the review shows that…
Read the full articleYou might also wanna read

How protein biosensors can shrink the timeline of medical emergencies
Proteins are important diagnostic targets because they are involved in almost every biological process; over the last two decades, scientist
Nanobiosensoren für massgeschneiderte Medizin: Ruzicka-Preis für Prof. Nako Nakatsuka
Für ihre Pionierarbeit zur Entwicklung aptamer-modifizierter Biosensoren erhält Nako Nakatsuka, ehemals Senior Scientist im Laboratory of Bi

Nanostructures improve hazard detection and removal in aquaculture
Nanostructured sensors and treatment materials could detect toxins, metals, microplastics and pathogens faster while improving aquaculture s
AI-Driven Protein Binder Design: Progress and Pitfalls in Evaluation Practices
Build better molecules with frontier AI models. With AI, we help every scientist reshape biology.

Machine learning frees freshwater toxin sensors from repeated calibration
Machine learning boosts nanostructured biosensors to detect toxic algal compounds accurately across diverse freshwater conditions without re

Gold nanoparticle sensor detects early liver fibrosis without a tissue biopsy
Detects minute signals in a small blood sample, paving the way for early diagnosis of the disease that causes the liver to harden.

Comments
Sign in to join the conversation.
No comments yet. Be the first.