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CCF2-FA (free acid) Non-distribution product as customer accommodation.

CCF2-FA (free acid)

$4260.00

Specifications

For Use With (Application) Cellular imaging, pharma and biopharma, protein assays and analysis, target and lead identification and validation, Ideal for cell lysate applications, required for cells that contain a cell wall. CCF2-FA can also be used as a control to acquire the excitation and emission spectra for CCF2-AM and CCF4-AM, protein biology, cell-based reporter assays, cell-based β-lactamase assays, drug discovery and development, target and lead identification and validation, kinase biology, kinase pathway analysis, g-protein coupled receptor biology, cell-based GPCR reporter assays, nuclear receptor biology, cell-based nuclear receptor reporter assays, pathway biology, cellular pathway analysis assays, other cellular pathway assay products, enzyme reporter assays, beta-lactamase activity assays
Molecular Weight 856g/mol
Product Type CCF2-FA
Storage Requirements –5 to –30°C
Substrate Type beta-Lactamase
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Products 1
Catalog Number Mfr. No. Quantity Price Quantity & Availability  
Catalog Number Mfr. No. Quantity Price Quantity & Availability  
K1027 Non-distribution product as customer accommodation. View Documents LIFE TECHNOLOGIES
K1027
1mg Each for $4,260.00
N/A
Description

Description

CCF2-FA (Free Acid) is a fluorescence resonance energy transfer (FRET) substrate that consists of a cephalosporin core linking B7-hydroxycoumarin to fluorescein. This product is intended for use as a beta-lactamase substrate in a GeneBLAzer™ cell-based assay.

GeneBLAzer™ cell-based assays typically utilize the membrane-permeant ester forms (CCF2-AM and CCF4-AM) of the negatively charged fluorescent beta-lactamase substrates, CCF2 and CCF4. These lipophilic esters readily enter the cell, where cleavage by endogeneous cytoplasmic esterases rapidly converts them into their negatively charged forms, thereby trapping them in the cytosol.

CCF2-FA is essentially the CCF2 substrate without the esters found in the AM version. CCF2-FA is de-esterified and used in cell lysate applications, bypassing loading across the cell membrane and de-esterification steps. Cell lysates are the preferred method for applications using cells that contain a cell wall. CCF2-FA can also be used as a control to acquire the excitation and emission spectra for CCF2-AM and CCF4-AM.
Specifications

Specifications

Cellular imaging, pharma and biopharma, protein assays and analysis, target and lead identification and validation, Ideal for cell lysate applications, required for cells that contain a cell wall. CCF2-FA can also be used as a control to acquire the excitation and emission spectra for CCF2-AM and CCF4-AM, protein biology, cell-based reporter assays, cell-based β-lactamase assays, drug discovery and development, target and lead identification and validation, kinase biology, kinase pathway analysis, g-protein coupled receptor biology, cell-based GPCR reporter assays, nuclear receptor biology, cell-based nuclear receptor reporter assays, pathway biology, cellular pathway analysis assays, other cellular pathway assay products, enzyme reporter assays, beta-lactamase activity assays
CCF2-FA
beta-Lactamase
856g/mol
–5 to –30°C

For Research Use Only. Not for use in diagnostic procedures.

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