Nanophage Scaffolds

Advanced detection device using sensors and machine learning algorithms to accurately identify nanoparticles in various environments with high precision and reliability.

An innovative nanotechnology-based platform designed to enhance diagnostic sensitivity and efficiency in specimen processing. Published in Nature Communications, this technology improves detection capability in diagnostic applications.

Silica-based nanomaterials engineered for in vitro diagnostic applications and biomedical research. These functional nanoparticles serve as critical components in diagnostic assays, immunoassays, and laboratory testing platforms. Available in customizable configurations to support clinical laboratory workflows and medical device development.

High-sensitivity imaging probes utilizing near-infrared fluorescence technology for microscopic visualization and extended observation periods. These probes support regenerative medicine research and cancer imaging applications.

Nanoparticles composed of gold used in diagnostic assays, immunoassays, and research applications. These particles provide optical properties suitable for colorimetric detection and other diagnostic methodologies.

Magnetic fluorescence encoded nanoreactor platform technology for multiplexed bioanalytical assays. Enables simultaneous detection of multiple analytes across diverse disease conditions and diagnostic applications. Accelerates diagnostic test development and expands testing capacity for clinical laboratories.

Magnetic nanomaterials engineered for in vitro diagnostic applications and biomedical research. These materials function as carriers in immunoassays, cell separation, and diagnostic test platforms. Available in customized formulations to support clinical laboratory and IVD instrumentation requirements.

Nanopore-based genetic sequencing platform enabling direct DNA/RNA analysis. Provides rapid molecular diagnostics for genetic testing and disease detection applications.

Gold and silver nanomaterials designed for in vitro diagnostic applications and biomedical research. These materials serve as functional components in diagnostic assays, imaging contrast agents, and laboratory detection systems. Available as custom formulations to support IVD kit development and clinical laboratory testing.

Portable biosensor system for rapid multi-analyte blood diagnostics using nanotech sensors and AI algorithms. Detects up to six biological markers simultaneously from whole blood samples in minutes, with results displayed on integrated screen and cloud-accessible data storage. Applicable to traumatic brain injury assessment, infectious disease screening, and point-of-care clinical diagnostics across medical and environmental settings.

HookDin avidin conjugated on monodisperse nano gold particles for enhanced signal amplification in diagnostic tests. Provides three times higher signal intensity compared to standard streptavidin-based conjugates.

Ultra-miniaturized nanosensor technology for real-time temperature and force measurement in clinical and diagnostic applications. The patented sensor element offers nanoscale precision with minimal footprint, enabling measurement in confined spaces where conventional sensors cannot fit. Applications include biomarker detection, process monitoring, and customized diagnostic solutions across healthcare environments.