BEAS-2B-Luc cell line

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location: Home > Products > Luciferase Stable Cell Lines > BEAS-2B-Luc
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  • BEAS-2B-Luc BEAS-2B-Luc-BEAS-2B-Luc
  • BEAS-2B-Luc cell line BEAS-2B-Luc-产品图
BEAS-2B-Luc Copy Product Info
Catalog#: YC-B005-Luc-P
Size: 1*10^6
Culture method: 90% DMEM+10% FBS
  • BEAS-2B-Luc BEAS-2B-Luc-BEAS-2B-Luc
  • BEAS-2B-Luc cell line BEAS-2B-Luc-产品图
BEAS-2B-Luc Copy Product Info
Catalog#: YC-B005-Luc-P
Size: 1*10^6
Culture method: 90% DMEM+10% FBS

Detailed Product Information

Cell Info

Product category Luciferase Stable Cell Lines Mycoplasma test negative
Cell Morphology Epithelial-like, adherent Culture method 90% DMEM+10% FBS
Passage ratio 1:3~1:4 Species Human
Reporter gene Luciferase Resistance gene puro
Product category
Luciferase Stable Cell Lines
Mycoplasma test
negative
Cell Morphology
Epithelial-like, adherent
Culture method
90% DMEM+10% FBS
Passage ratio
1:3~1:4
Species
Human
Reporter gene
Luciferase
Resistance gene
puro

Description

Luciferase is the general name of a class of enzymes that catalyze the oxidation and luminescence of luciferin or fatty aldehydes in organisms. Currently, firefly luciferase is the most commonly used enzyme in scientific research. This enzyme can catalyze the oxidative decarboxylation of D2 luciferin, produce activated oxidized luciferin, and emit reddish biological fluorescence. Because luciferase is based on the mutual reaction between enzyme and substrate, it has the characteristics of strong specificity, high sensitivity and signal-to-noise ratio, as well as strong penetration ability of biological fluorescent tissue. Ubigene's BEAS-2B-Luc cell line was constructed on the basis of wild-type BEAS-2B cells by lentiviral transduction, which can stably express firefly luciferase for a long time. This cell line has low passage, high activity and good condition, and can be directly used for in vivo cell injection, which can well help you with the research of transcription factor regulation mechanism, in vivo imaging, cell tracking and other experiments.
luc产品描述
Imaging process of stable tumor cell lines in vivo
Luciferase validation
Sample Compound
pore 1
Compound
pore 2
Compound
pore 3
Average Expressed
multiple
BEAS-2B-Luc 1125655193 676991 595175 375642453.0 264972.277
BEAS-2B 1125 1722 1406 1417.667
STR Profile
Loci STR Info (Sample Cell)
Sample Cell Line:BEAS-2B
STR Info (Cell bank)
Cell Line:BEAS-2B
Allele1Allele2Allele3Allele1Allele2Allele3
D5S818 12131213
D13S317 13131313
D7S820 10131013
D16S539 12121212
VWA 17181718
TH01 79.379.3
AMEL XYXY
TPOX 611611
CSF1PO 912912
D12S391 1718
FGA 2024
D2S1338 2223
D21S11 2830
D18S51 1819
D8S1179 1315
D3S1358 1517
D6S1043 1218
PENTAE 58
D19S433 13.215.2
PENTAD 313
D1S1656 1414
* STR authentication data of this cell line matches with that of cell lines sourced from ATCC, DSMZ, JCRB, and RIKEN databases.
Conclusion: The STR identification of this cell is correct.

Product Advantage

  • icon
    Easy to use
    Luciferase Stable Cell Line in our cell bank can stably express luciferase. It can be directly used for in vivo injection to detect the tumorigenicity of cells.
  • icon
    Sensitive accurate
    Luciferase Stable Cell Line in our cell bank have high specificity and high sensitivity, enables high imaging quality, and its luminescence intensity can be accurately quantified.
  • icon
    Curated cells
    Our Luciferase Stable Cell Lines have been optimized and have low passages, high activity and good cell condition, applicable for detection or tumorigenesis experiment.

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