Recombinant Protein A covalently bound to magnetic beads for use in chromatin immunoprecipitations (ChIP assays). These protein A beads provide users a more rapid, reproducible & efficient reagent for collecting immunocomplexes vs. agarose beads.More >>
Recombinant Protein A covalently bound to magnetic beads for use in chromatin immunoprecipitations (ChIP assays). These protein A beads provide users a more rapid, reproducible & efficient reagent for collecting immunocomplexes vs. agarose beads. Less <<
This blend of protein A+G magnetic beads allows for the use of a wider range of antibodies than A or G alone & provides a rapid, reproducible & efficient collection of immunocomplexes for chromatin immunoprecipitations (ChIP) and RNA immunoprecipitations (RIP) assaysMore >>
This blend of protein A+G magnetic beads allows for the use of a wider range of antibodies than A or G alone & provides a rapid, reproducible & efficient collection of immunocomplexes for chromatin immunoprecipitations (ChIP) and RNA immunoprecipitations (RIP) assays Less <<
This blend of protein A+G magnetic beads allows for the use of a wider range of antibodies than A or G alone & provides a rapid, reproducible & efficient reagent for collecting immunocomplexes for ChIP assays as well as RIP assays.More >>
This blend of protein A+G magnetic beads allows for the use of a wider range of antibodies than A or G alone & provides a rapid, reproducible & efficient reagent for collecting immunocomplexes for ChIP assays as well as RIP assays. Less <<
Magna ChIP HT96 ChIP & Thermal Plates allow running of partial plates to minimize the risk of cross contamination of samples in sensitive endpoint analyses, such as qPCR.More >>
Magna ChIP HT96 ChIP & Thermal Plates allow running of partial plates to minimize the risk of cross contamination of samples in sensitive endpoint analyses, such as qPCR. Less <<
The Magna ChIP HT96 Thermal Plate set allows running of partial plates to minimize the risk of cross contamination of samples in sensitive endpoint analyses, such as qPCR.More >>
The Magna ChIP HT96 Thermal Plate set allows running of partial plates to minimize the risk of cross contamination of samples in sensitive endpoint analyses, such as qPCR. Less <<
Recombinant Protein G covalently bound to magnetic beads for use in chromatin immunoprecipitations (ChIP assays). These protein G beads provide users a more rapid, reproducible & efficient reagent for collecting immunocomplexes vs. agarose beads. More >>
Recombinant Protein G covalently bound to magnetic beads for use in chromatin immunoprecipitations (ChIP assays). These protein G beads provide users a more rapid, reproducible & efficient reagent for collecting immunocomplexes vs. agarose beads. Less <<
Recombinant protein A covalently bound to magnetic beads. These protein A magnetic beads provide users a rapid, reproducible & efficient reagent for collecting immunocomplexes for ChIP assays.More >>
Recombinant protein A covalently bound to magnetic beads. These protein A magnetic beads provide users a rapid, reproducible & efficient reagent for collecting immunocomplexes for ChIP assays. Less <<
The Magna ChIP HT96 ChIP Plate se allows running of partial plates to minimize the risk of cross contamination of samples in sensitive endpoint analyses, such as qPCR.More >>
The Magna ChIP HT96 ChIP Plate se allows running of partial plates to minimize the risk of cross contamination of samples in sensitive endpoint analyses, such as qPCR. Less <<
Recombinant protein G covalently bound to magnetic beads. These protein G magnetic beads provide users a rapid, reproducible & efficient reagent for collecting immunocomplexes for chromatin immunoprecipitations (ChIP) assays.More >>
Recombinant protein G covalently bound to magnetic beads. These protein G magnetic beads provide users a rapid, reproducible & efficient reagent for collecting immunocomplexes for chromatin immunoprecipitations (ChIP) assays. Less <<