chem59n01 55 · phenyl-sepharose cl 4b using increasing ph and decreasing eluant polarity. fraction...

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Page 1: Chem59n01 55 · phenyl-Sepharose CL 4B using increasing pH and decreasing eluant polarity. Fraction numbers correspond to those of Fig. 6. wdsp water:dioxane-soluble proteins. Mobilities
Page 2: Chem59n01 55 · phenyl-Sepharose CL 4B using increasing pH and decreasing eluant polarity. Fraction numbers correspond to those of Fig. 6. wdsp water:dioxane-soluble proteins. Mobilities
Page 3: Chem59n01 55 · phenyl-Sepharose CL 4B using increasing pH and decreasing eluant polarity. Fraction numbers correspond to those of Fig. 6. wdsp water:dioxane-soluble proteins. Mobilities
Page 4: Chem59n01 55 · phenyl-Sepharose CL 4B using increasing pH and decreasing eluant polarity. Fraction numbers correspond to those of Fig. 6. wdsp water:dioxane-soluble proteins. Mobilities
Page 5: Chem59n01 55 · phenyl-Sepharose CL 4B using increasing pH and decreasing eluant polarity. Fraction numbers correspond to those of Fig. 6. wdsp water:dioxane-soluble proteins. Mobilities
Page 6: Chem59n01 55 · phenyl-Sepharose CL 4B using increasing pH and decreasing eluant polarity. Fraction numbers correspond to those of Fig. 6. wdsp water:dioxane-soluble proteins. Mobilities
Page 7: Chem59n01 55 · phenyl-Sepharose CL 4B using increasing pH and decreasing eluant polarity. Fraction numbers correspond to those of Fig. 6. wdsp water:dioxane-soluble proteins. Mobilities
Page 8: Chem59n01 55 · phenyl-Sepharose CL 4B using increasing pH and decreasing eluant polarity. Fraction numbers correspond to those of Fig. 6. wdsp water:dioxane-soluble proteins. Mobilities