Based on lanthanides technology, Bright-Dtech™ nanoparticles are 100-1000x brighter than Quantum dots.
Strong brightness implies more accurate detection and reduced detection limits.
Bright-Dtech™ can detect new unexploited biomarkers for the identification of pathologies, and for early disease diagnosis through ultra-fluorescent nanoparticles.
Bright-Dtech™ benefits
Poly-Dtech technology Your advantages
Discover cutting-edge Bright-Dtech™ ultra-fluorescent nanoparticles and reliable immunoassay solutions.
Access these innovative options for biomarker detection in research and diagnostics from our new partner Poly-Dtech.
Research Products
· Ready-to-use conjugated nanoparticles
· Conjugation kits
Bright-Dtech™ fluorescent dyes offer you an innovative solution to have a higher detection sensitivity with easy-to-use protocols, applicable in various molecular and cellular biology techniques.
Link-Dtech™ conjugation kits allow linkage reactions to be carried out or performed without requiring access to specialized chemistry capabilities. The kits are designed to be specific in order to have strong and stable coupling which does not disturb the desired interactions.
· Conjugation kits
Bright-Dtech™ fluorescent dyes offer you an innovative solution to have a higher detection sensitivity with easy-to-use protocols, applicable in various molecular and cellular biology techniques.
Link-Dtech™ conjugation kits allow linkage reactions to be carried out or performed without requiring access to specialized chemistry capabilities. The kits are designed to be specific in order to have strong and stable coupling which does not disturb the desired interactions.
TR-FLISA kits
FLISA-Dtech™ are a cutting-edge solution designed for accurate and reliable detection of target molecules in biological samples. The Bright-Dtech™ technology has been developed to provide high-performance results in TR-FLISA.
TR-FRET kits
Choose these kits and gain the possibility of targeting biomarkers via the TR-FRET technique. The Bright-Dtech™ technology allows you to improve the sensitivity of traditional assays by lowering the detection limits of the analyte and increasing the dynamic range.