MacroSep® BIO-Gold HPR significantly reduces the hydrophobic interaction of the stationary phase. Specially engineered for analysis of hydrophobic proteins, lipid peptides, polypeptides with aliphatic side chains and membrane-spanning peptides. In addition, HPR may be useful for fluorine modified biologics based upon a fluorophilicity interaction. This reduced interaction can yield less retention of hydrophobic biological molecules, yielding better recoveries and quicker separations. HPR is the most hydrophilic of the MacroSep BIO-Gold phases. MacroSep BIO-Gold HPR consists of unique perfluorinated aliphatic bonded groups which are highly hydrophilic and reduce the hydrophobic interaction of the stationary phase resulting in less retention of hydrophobic biological molecules with better recoveries and faster separations. Specially engineered for analysis of hydrophobic proteins, lipid peptides, polypeptides with aliphatic side chains and membrane-spanning peptides. In addition, HPR may be useful for fluorine modified biologics based upon a fluorophilicity interaction.
Features and Benefits:
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The 10 mm guard cartridge holder provides protection against compounds that irreversibly absorb onto the stationary phase. It also provides the ultimate in column protection with a selectable filter frit for elimination of particulates along with a guard cartridge packed with a selectable stationary phase to protection against compounds that irreversibly absorb onto the stationary phase.
MacroSep® BIO-Gold HPR significantly reduces the hydrophobic interaction of the stationary phase. This reduced interaction can yield less retention of hydrophobic biological molecules, yielding better recoveries and quicker separations. HPR is the most hydrophilic of the MacroSep BIO-Gold phases. MacroSep BIO-Gold HPR consists of unique perfluorinated aliphatic bonded groups which are highly hydrophilic and reduce the hydrophobic interaction of the stationary phase resulting in less retention of hydrophobic biological molecules with better recoveries and faster separations.
MacroSep® BIO-Gold HPR significantly reduces the hydrophobic interaction of the stationary phase. This reduced interaction can yield less retention of hydrophobic biological molecules, yielding better recoveries and quicker separations. HPR is the most hydrophilic of the MacroSep BIO-Gold phases. MacroSep BIO-Gold HPR consists of unique perfluorinated aliphatic bonded groups which are highly hydrophilic and reduce the hydrophobic interaction of the stationary phase resulting in less retention of hydrophobic biological molecules with better recoveries and faster separations.
MacroSep® BIO-Gold HPR significantly reduces the hydrophobic interaction of the stationary phase. This reduced interaction can yield less retention of hydrophobic biological molecules, yielding better recoveries and quicker separations. HPR is the most hydrophilic of the MacroSep BIO-Gold phases. MacroSep BIO-Gold HPR consists of unique perfluorinated aliphatic bonded groups which are highly hydrophilic and reduce the hydrophobic interaction of the stationary phase resulting in less retention of hydrophobic biological molecules with better recoveries and faster separations.
MacroSep® BIO-Gold HPR significantly reduces the hydrophobic interaction of the stationary phase. This reduced interaction can yield less retention of hydrophobic biological molecules, yielding better recoveries and quicker separations. HPR is the most hydrophilic of the MacroSep BIO-Gold phases. MacroSep BIO-Gold HPR consists of unique perfluorinated aliphatic bonded groups which are highly hydrophilic and reduce the hydrophobic interaction of the stationary phase resulting in less retention of hydrophobic biological molecules with better recoveries and faster separations.
