Water-soluble QDs Quantum Dots
Due to its special spectrochemical property, Qdots enables simultaneous detection of multiple components of bio-molecules. Therefore, it will have prosperous application in the fields of biochemistry, molecular biology, cell biology, genetics, proteomics, drug screening, cell imaging, immunoassay, in vivo imaging, diagnosis and treatment of tumors, and interaction of biological macromolecules etc.
PL Emission | FWHM | Surface Group | Concentration | QD Amount |
450±10 nm | < 25 nm | PEG-COOH | 10 nmol / mL | 10 nmol |
MPA-COOH | 20 nmol | |||
470±10 nm | < 25 nm | PEG-COOH | 10 nmol / mL | 10 nmol |
MPA-COOH | 20 nmol | |||
525±10 nm | < 25 nm | PEG-COOH | 10 nmol / mL | 10 nmol |
MPA-COOH | 20 nmol | |||
545±10 nm | < 28 nm | PEG-COOH | 10 nmol / mL | 10 nmol |
MPA-COOH | 20 nmol | |||
625±10 nm | < 28 nm | PEG-COOH | 10 nmol / mL | 10 nmol |
MPA-COOH | 20 nmol | |||
645±10 nm | < 30 nm | PEG-COOH | 10 nmol / mL | 10 nmol |
MPA-COOH | 20 nmol | |||
InP/ZnS QDs | ||||
PL Emission | FWHM | Surface Group | Concentration | QD Amount |
525±10 nm | ≤ 40 nm | PEG-COOH | 10 nmol / mL | 10 nmol |
MPA-COOH | 20 nmol | |||
545±10 nm | ≤ 40 nm | PEG-COOH | 10 nmol / mL | 10 nmol |
MPA-COOH | 20 nmol | |||
565±10 nm | ≤ 40 nm | PEG-COOH | 10 nmol / mL | 10 nmol |
MPA-COOH | 20 nmol | |||
625±10 nm | ≤ 55 nm | PEG-COOH | 10 nmol / mL | 10 nmol |
MPA-COOH | 20 nmol | |||
645±10 nm | ≤ 55 nm | PEG-COOH | 10 nmol / mL | 10 nmol |
MPA-COOH | 20 nmol |