GlowDot Ex: 580 nm
Invented by C. Vijaya Kumar, PhD at University Of Connecticut
GlowDot Ex: 432 nm
Invented at University Of Connecticut
- Datasheet
- References (2)
- Inventor Info
Info
| Catalogue Number | 153881 |
| Type | Fluorescent Probe |
| Relevance |
Fluorescent protein-based nanoparticles that are rapidly internalized into the cytoplasm of cells and are available at a variety of excitation/emission wavelengths to meet diverse research needs. Highlights: Biocompatible nanoparticles Highly fluorescent Rapid cellular uptake Suitable for live cell imaging |
| Research Area | Fluorescent Cell Imaging, Other |
| Storage | 4C |
| Notes | Solid (1 mg); GlowDot; 35nm; ± 5 nm; Ex: 254 nm; Ex: 432 nm; Em: 472 nm; shelf life of 2 months |
GlowDot Ex: 543 nm
Invented by C. Vijaya Kumar, PhD at University Of Connecticut
GlowDot Ex: 494 nm
Invented by C. Vijaya Kumar, PhD at University Of Connecticut
GlowDot Ex: 402 nm
Invented by C. Vijaya Kumar, PhD at University Of Connecticut
GlowDot Ex: 365 nm
Invented by C. Vijaya Kumar, PhD at University Of Connecticut
GlowDot Ex: 350 nm
Invented by C. Vijaya Kumar, PhD at University Of Connecticut
GlowDot Ex: 340 nm
Invented by C. Vijaya Kumar, PhD at University Of Connecticut
GlowDot Ex: 254 nm
Invented by C. Vijaya Kumar, PhD at University Of Connecticut
References: 2 entries
Deshapriya et al. 2015. Bioconjug Chem. 26(3):396-404. PMID: 25642999.
Fluorescent, bioactive protein nanoparticles (prodots) for rapid, improved cellular uptake.
Europe PMC ID: 25642999
Add a reference
References: 2 entries
Deshapriya et al. 2015. Bioconjug Chem. 26(3):396-404. PMID: 25642999.
Fluorescent, bioactive protein nanoparticles (prodots) for rapid, improved cellular uptake.
Add a reference
