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9) In size exclusion chromatography, * smaller proteins are eluted faster than larger molecules cross-linking of polymer which comprises the stationary phase determines the pore size the most positively charge proteins are eluted last large proteins migrate the slowest through the column 10) In isoelectric focusing, * charge on the protein does not change as the protein migrates through the gel a protein has a net positive charge when it reaches a pH equal to its pI proteins can be separated based on their pI a thermal gradient is created in the presence of an electric field

          9) In size exclusion chromatography, *
smaller proteins are eluted faster than larger molecules
cross-linking of polymer which comprises the stationary phase determines the pore size
the most positively charge proteins are eluted last
large proteins migrate the slowest through the column
10) In isoelectric focusing, *
charge on the protein does not change as the protein migrates through the gel
a protein has a net positive charge when it reaches a pH equal to its pI
proteins can be separated based on their pI
a thermal gradient is created in the presence of an electric field

9) In size exclusion chromatography, *
smaller proteins are eluted faster than larger molecules
cross-linking of polymer which comprises the stationary phase determines the pore size
the most positively charge proteins are eluted last
large proteins migrate the slowest through the column
10) In isoelectric focusing, *
charge on the protein does not change as the protein migrates through the gel
a protein has a net positive charge when it reaches a pH equal to its pI
proteins can be separated based on their pI
a thermal gradient is created in the presence of an electric field

Added by Cindy M.

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