ELECTROKINETIC PHENOMENA VII. RELATIONSHIP BETWEEN ELECTRIC MOBILITY, CHARGE, TITRATION CURVE, AND OPTICAL ROTATION OF PROTEIN

Abramson , Harold A.; Grossman , E. B.

doi:10.1085/jgp.15.5.605

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Article| May 20 1932

ELECTROKINETIC PHENOMENA : VII. RELATIONSHIP BETWEEN ELECTRIC MOBILITY, CHARGE, TITRATION CURVE, AND OPTICAL ROTATION OF PROTEIN

Harold A. Abramson,

Harold A. Abramson

From the Laboratory of General Physiology, Harvard University, Cambridge

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E. B. Grossman

From the Laboratory of General Physiology, Harvard University, Cambridge

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Author and Article Information

Harold A. Abramson

From the Laboratory of General Physiology, Harvard University, Cambridge

E. B. Grossman

From the Laboratory of General Physiology, Harvard University, Cambridge

Accepted: March 10 1932

Online ISSN: 1540-7748

Print ISSN: 0022-1295

Copyright, 1932, by The Rockefeller Institute for Medical Research

1932

J Gen Physiol (1932) 15 (5): 605–610.

https://doi.org/10.1085/jgp.15.5.605

The specific rotation of egg albumin, gliadin, and gelatin (40°C.) is discussed in connection with available data on (a) mobility, (b) titration curve, and (c) osmotic pressure. It seems likely that the change in specific rotation with pH of protein solutions is proportional to the change in net charge.

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Copyright, 1932, by The Rockefeller Institute for Medical Research

1932

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ELECTROKINETIC PHENOMENA : VII. RELATIONSHIP BETWEEN ELECTRIC MOBILITY, CHARGE, TITRATION CURVE, AND OPTICAL ROTATION OF PROTEIN

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