Skip to content

Warenkorb

Der Warenkorb ist leer.

Gesamt (exkl. MwSt.) £0,00
Warenkorb überprüfen & bezahlen

Protein Molecular Weight Marker

Produktgrößen
200 ul
£202,00
MB-201-0200-200UL
Über dieses Produkt
SKU:
MB-201-0200
Zusätzliche Namen:
Protein ladder, Protein marker, Protein standard, Protein molecular weight standard, Molecular weight marker, Protein molecular weight ladder, Protein marker, Mw marker, Mw standard
Anwendung:
SDS-PAGE
Buffer:
See application note.
CE/IVD:
RUO
Konzentration:
1X
Weitere Details:
This protein molecular weight marker is a cocktail containing seven purified proteins that range in size from 14 to 120 kDa and thus span a molecular weight range common to most proteins and protein subunits. The protein mixture has been formulated to yield well-defined bands after SDS-polyacrylamide gel electrophoresis and staining with Coomassie blue or other common staining techniques.
Physischer Zustand:
Liquid (in 1x Loading Buffer)
Versandbedingungen:
Dry Ice
Spezifität:
Protein Molecular Weight Marker is supplied in 1X loading buffer and is ready-to-use. This product are unstained markers optimized for use with Coomassie blue staining, but the loading volume can be adjusted for compatibility with other staining methods (i.e. silver staining). The intensity of the 67 kDa bovine albumin band has been increased to serve as a reference.
Lagerbedingungen:
-20[o]C
Hersteller:
Rockland Inc
Typ:
Buffers & General Consumables: Others
SDS PAGE Results of Protein Molecular Weight Marker 14-120kDa. Lane 1: Opal Prestained Molecular Weight Marker (11-245kDa) (p/n MB-210-0500). [7uL] Lane 2: Protein Molecular Weight Marker (14-120kDa) (p/n MB-201-0200). [5uL] 4-20% Gel, Coomassie Stained.
SDS PAGE of Protein Molecular Weight Marker, 14-120 kDa
SDS-Page of Protein Molecular Weight Marker. Lane 1: Protein Molecular Weight Marker 12.5 uL. Lane 2: Protein Molecular Weight Marker 10.0 uL. Lane 3: Protein Molecular Weight Marker 7.5 uL. Lane 4: Protein Molecular Weight Marker 5.0 uL. Exact molecular weights are detailed on image 1.