MDCK(NBL-2)-EGFP cell line

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location: Home > Products > EGFP Stable Cell Lines > MDCK(NBL-2)-EGFP
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  • MDCK(NBL-2) MDCK(NBL-2)-EGFP-MDCK(NBL-2)
  • Transfection MDCK(NBL-2)-EGFP-Transfection
  • MDCK(NBL-2)-EGFP cell line MDCK(NBL-2)-EGFP-产品图
MDCK(NBL-2)-EGFP Copy Product Info
Catalog#: YC-C005-EGFP-P
Size: 1*10^6
Culture method: 89%MEM+10%FBS+1% NEAA
  • MDCK(NBL-2) MDCK(NBL-2)-EGFP-MDCK(NBL-2)
  • Transfection MDCK(NBL-2)-EGFP-Transfection
  • MDCK(NBL-2)-EGFP cell line MDCK(NBL-2)-EGFP-产品图
MDCK(NBL-2)-EGFP Copy Product Info
Catalog#: YC-C005-EGFP-P
Size: 1*10^6
Culture method: 89%MEM+10%FBS+1% NEAA

Detailed Product Information

Cell Info

Product category EGFP Stable Cell Lines Mycoplasma test negative
Cell Morphology Epithelial-like, adherent Culture method 89%MEM+10%FBS+1% NEAA
Passage ratio 1:3~1:4 Species Dog
Reporter gene EGFP Resistance gene puro
Product category
EGFP Stable Cell Lines
Mycoplasma test
negative
Cell Morphology
Epithelial-like, adherent
Culture method
89%MEM+10%FBS+1% NEAA
Passage ratio
1:3~1:4
Species
Dog
Reporter gene
EGFP
Resistance gene
puro

Description

Enhanced green fluorescent protein (EGFP) is a bioengineered version of green fluorescent protein (GFP). Its fluorescence intensity is more than 6 times greater than that of GFP. It is more suitable than GFP as a reporter gene to study gene expression, regulation, cell differentiation, protein localization and transport in organisms. Ubigene's MDCK(NBL-2)-EGFP cell line was constructed on the basis of wild-type MDCK(NBL-2) cells by lentiviral transduction, which can stably express EGFP for a long time. The cell line has low passage, high activity and good condition, and is suitable for flow cytometry, fluorescence imaging and other experiments.
luc产品描述
EGFP luminescence principle

Product Advantage

  • icon
    Easy to use
    These cell lines were constructed by lentiviral transduction, can stably express EGFP fluorescent protein without adding any enzyme and substrate, can fluoresce under UV or blue light excitation, and are not easy to quench, and can be detected by bioluminescence in vitro and in vivo.
  • icon
    Curated cells
    These cell lines are optimized with high-quality, low passage, high activity and good condition, which can be used to complete high-throughput screening of drugs and in vivo fluorescence tracking experiments, and can also be used as control cell lines in lentivirus infection experiments.

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