ROTI®Load 2, non reducing, 4x conc., 10 ml, glass

Catalog nr. K930.1
Carl Roth

Volume: 10 ml
Value Packs: 1 piece
Prix:
Prix réduit€21,00
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Description

ROTI®Load 2, non reducing, 4x conc., Density (D) 1,158 g/cm³, Storage temp. +15 to +25 °C

ROTI®Load 1 (reducing) as well as ROTI®Load 2 and 3 (non-reducing) represent special gel loading buffers for protein gel electrophoresis. They have been designed to protect your proteins during sample preparation and to stabilise sensitive peptide bonds. Protein degradation is efficiently prevented by those buffer systems. ROTI®Load are 4x concentrated ready-to-use solutions, which may be used directly for sample loading.

Well tested and proven sample buffer for protein gel electrophoresis that has been modified and further developed based on the original formulation acc. to Laemmli (Nature 227, 1970). For depiction of protein complexes, secondary structures, and for native gels.

  • Formulation acc. to Laemmli (modified)
  • Stabilises peptide bands
  • For protein complexes and secondary structures
  • For native gels
Directions for use

ROTI®Load protein gel loading buffers are usually used as 1x concentrated solution. ROTI®Load can either be added to the prepared sample or the precipitated proteins are dissolved directly into ROTI®Load. Optionally, heat the ROTI®Load mixed sample to 95 °C for 5 minutes to break hydrogen bonds and stretch the peptide chains.

ROTI®Load 2 prevents degradation of proteins while heating during sample preparation, additionally keeping the sample pH value constant during gel electrophoresis. Being a phosphate-buffered ready-to-use solution, ROTI®Load 2 already contains all necessary denaturing reagents, bromophenol blue as dye and glycerol as density increasing reagent. ROTI®Load 2 may be supplemented with 20 µl/ml DTT solution (1 M), in order to gain a loading buffer using DTT as reducing reagent rather than β-Mercaptoethanol.

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What is this article?

ROTI®Load 2, non reducing, 4x conc., 10 ml, glass is the article on this page. Luminix Health distributes Carl Roth for laboratory use. It sits in Electrophoresis systems & power supplies, inside Electrophoresis, in Microbiologie.

An electrophoresis system is the tank and the electrodes. A power supply holds voltage, current or power. The gel size the tank accepts and the voltage range of the supply are the specification. A power supply that cannot hold a constant voltage will not run a method that demands one.

Electrophoresis pulls charged molecules through a gel. Smaller ones move farther. Agarose gels separate nucleic acids. Polyacrylamide gels separate proteins. A comb forms the wells. A power supply holds the voltage or the current. The gel percentage is the sieve. A marker lane is how the bands are named. The methods are in the PubMed literature. Sequences of the nucleic acids are on NCBI Nucleotide.

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The category is Electrophoresis. The sub-category is Electrophoresis systems & power supplies. The catalogue is Microbiologie.

Shelves beside this one are Gels, combs & casting accessories.

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