Spirofluorene-isophorone bridging groups enable nonlinear optical chromophores with high electro-optic coefficients and fast modulation speeds.
A labeling dye featuring a polymethine structure enhances fluorescent intensity and photostability for biomolecule detection.
Modified carbocyanine dyes with substituted indolium rings deliver enhanced fluorescence intensity and photostability.
Liposomes displaying glycan ligands bind CD33 receptors to induce microglial phagocytosis.
Infrared curable chromogenic composition resolves plate inspection difficulty by forming visible images without conventional development processing.
Segmented filter pixels manage wavelength absorption to resolve the trade-off between signal-to-noise ratio and device complexity.
Asymmetric cyanine dyes bind short single-stranded RNA to emit stable fluorescence, enabling detection of 0.5 ng targets in mixed samples.
Covalent bonding of cationic and anionic moieties in a xanthene dye prevents salt exchange, improving heat resistance and solubility.
An optical filter combines a near-infrared absorbing dye with a dielectric multilayer film to shield infrared light while maintaining visible light transmittance.
A red to near-infrared photoinduced thermal-initiating composition triggers free radical polymerization using a heat-generating dye and thermal initiator.
A near-infrared cutoff filter composition combines specific absorbing compounds to maintain stable spectral characteristics under high temperature and humidity.
Whispering gallery mode dielectric cavities amplify neuronal signals to enable high resolution monitoring without surgical implantation.
Encrypted markers stay invisible until developer treatment reveals fluorescence, preventing unauthorized copying while enabling secure authentication.
Weakly luminescent cyanine dyes act as efficient non-fluorescent energy acceptors in fluorescence resonance energy transfer systems.
Rigid diamine linkers transfer energy from acridinium donors to fluorophores, resolving wavelength shifting limitations in multiplexed diagnostic assays.