• 1 mL E-Gel 1 Kb Plus DNAラダー(x 2) • 1 mL 1X E-Gelサンプルローディングバッファー
室温または4℃で最大6カ月間保存できます。6カ月以上保管する場合は、20℃で保管してください。
よくあるご質問(FAQ)
Can I know the sequences of Invitrogen DNA ladders?
Sequences of Invitrogen DNA and RNA ladders are proprietary.
Are Invitrogen DNA ladders composed of linear or circular/supercoiled DNA?
Invitrogen DNA ladders contain linear dsDNA fragments.
Are Invitrogen DNA ladders composed of single-stranded or double-stranded DNA fragments?
Invitrogen DNA ladders are composed of double-stranded DNA fragments only.
I'm seeing anomalous migration of my DNA ladder. What happened?
This can happen if the marker was heated. Please ensure that the ladders are not heated before use.
What is the difference between the TrackIt DNA Ladders and other DNA ladders?
TrackIt DNA Ladders contain two tracking dyes in the sample buffers, which serve as visual markers for tracking electrophoresis progress through the gel, and also to indicate when maximum resolution is achieved. The tracking dyes should not obscure your visualization of DNA bands in the ladder, as the dyes run outside the limits of most DNA bands in the ladder.
TrackIt Cyan/Orange Loading Buffer is formulated with unique tracking dyes, Xylene Cyanol FF and Orange G. We recommend TrackIt Cyan/Orange Loading Buffer for DNA fragments between 10 bp and 1 kb.
The TrackIt Cyan/Yellow Loading Buffer is formulated with unique tracking dyes, Xylene Cyanol FF and Tartrazine. We recommend TrackIt Cyan/Yellow Loading Buffer for DNA fragments between 100 bp and 10 kb. The molecular weights are Xylene Cyanol FF, 638.6; Orange G, 452.4; Tartrazine, 534.4.
Note: The TrackIt DNA Ladders are not recommended for use with polyacrylamide gels and are not designed for quantitation.
Computational prediction and experimental validation of novel markers for detection of STEC O157:H7.
Authors:Wang GQ, Zhou FF, Olman V, Su YY, Xu Y, Li F
Journal:World J Gastroenterol
PubMed ID:21528067
'To identify and assess the novel makers for detection of Shiga toxin producing Escherichia coli (STEC) O157:H7 with an integrated computational and experimental approach.'
Determination of the mode of action of enterolysin A, produced by Enterococcus faecalis B9510.
Authors:Khan H, Flint SH, Yu PL
Journal:J Appl Microbiol
PubMed ID:23639072
The current study aimed to visualize the damage caused by enterolysin A to the cells of sensitive strains and to find out cleavage site within the peptidoglycan moiety of bacterial cell walls. ... More
High isoprenoid flux Escherichia coli as a host for carotenoids production.
Authors:Suh W
Journal:Methods Mol Biol
PubMed ID:22144352
A noncarotenogenic microbe E. coli was engineered for high production of carotenoids. To increase the isoprenoid flux, the chromosomal native promoters of the rate-controlling steps (dxs, idi and ispDispF) in the isoprenoid pathway were replaced with a strong bacteriophage T5 promoter (P(T5)) by using the ?-Red recombinase system in combination ... More