Breast cancer cells synchronous labelg and separation ...

Cancer cells synchronous labelg and separation based on aptamer and fluorescence-magnetic silica nanoprobes. The aptamer as the promisg recognition element was used stead of antibodies. The silica nanoprobe takes advantage of photostable property, superparamagnetism, and good biocompatibility.

Detection of breast cancer cells usg targeted magnetic ...

Moreover, SQUID-detected magnetic relaxometry shows great potential for improvg breast cancer detection sensitivity and specificity over current methodologies, which, when combed with advances tumor-specific delivery of detection and therapeutic nanoparticles, will eventually contribute to improved clical monitorg and outcomes for patients with breast cancer.