Sulfur in Proteins

Content: 
Front Matter, Page iii
Copyright, Page iv
PARTICIPANTS, Pages v-vi
INTRODUCTION, Page vii
I. 1 - CHEMICAL MODIFICATION OF THIOL AND DISULFIDE GROUPS IN PROTEINS AND PEPTIDES, Pages 3-14, J.M. Swan
I. 2 - THE INTRODUCTION OF NEW SULFHYDRYL GROUPS AND DISULFIDE BONDS INTO PROTEINS, Pages 15-24, Reinhold Benesch, Ruth E. Benesch
I. 3 - DISULFIDE BONDS IN PROTEINS, Pages 25-31, James E. Turner, Margaret B. Kennedy, Felix Haurowitz
I. 4 - THE VARYING REACTIVITY OF THE CYSTINE OF WOOL, Pages 33-49, H. Lindley
I. 5 - A HIGH-SULFUR PROTEIN FROM WOOL, Pages 51-54, J.M. Gillespie
I. 6 - THE DECOMPOSITION OF KERATIN BY MICROORGANISMS, Pages 55-57, Joseph J. Noval, Walter J. Nickerson
I. 7 - THE SUPERCONTRACTION OF KERATIN FIBERS BY LITHIUM BROMIDE, Pages 59-71, Alfred E. Brown, Lawrence G. Beauregard
II. 1 - SOME CHEMICAL PROPERTIES OF THE SULFHYDRYL GROUP IN BOVINE PLASMA ALBUMIN, Pages 75-92, Elwood V. Jensen
II. 2 - RELATIVE PROBABILITIES OF ISOMERS IN CYSTINE-CONTAINING RANDOMLY COILED POLYPEPTIDES, Pages 93-108, Walter Kauzmann
II. 3 - BIOGENESIS OF PROTEIN FIBERS: THE CLOTTING OF BLOOD PLASMA, Pages 109-124, L. Lorand, Ann Jacobsen, Lily E. Fuchs
III. 1 - THE ROLE OF SULFUR IN SOME METAL-PROTEINS, Pages 127-140, Irving M. Klotz, Themis A. Klotz
III. 2 - THE ROLE OF SULFUR IN CYTOCHROME c, Pages 141-151, H. Tuppy
III. 3 - THE CYSTINE/CYSTEINE CONTENT OF HEMOGLOBINS, Pages 153-172, T.H.J. Huisman
III. 4 - SULFHYDRYL GROUPS AND THE OXYGENATION OF HEMOGLOBIN, Pages 173-187, Austen Riggs
III. 5 - RELATION OF IRON TO SULFHYDRYL GROUPS IN FERRITIN, Pages 189-196, Abraham Mazur, Saul Green
IV. 1 - SOME ASPECTS OF PROTEIN STRUCTURE IN RELATION TO THE ROLE OF —SH AND —S—S— GROUPS IN ENZYMIC CATALYSIS, Pages 199-213, P.D. Boyer, A.R. Schulz
IV. 2 - MECHANISM OF ACTION OF ALCOHOL DEHYDROGENASES FROM YEAST AND LIVER AND β-GALACTOSIDASE OF E. COLI, Pages 215-243, Kurt Wallenfels, Horst Sund, Marie Luise Zarnitz, Om Prakash Malhotra, Jürgen Fischer
IV. 3 - DETERMINATION AND PROPERTIES OF SULFHYDRYL GROUPS IN YEAST ALCOHOL DEHYDROGENASE, Pages 245-265, Frederic L. Hoch, Bert L. Vallee
IV. 4 - FLUOROMETRIC ANALYSIS OF COENZYME BINDING AND THIOL INTERACTIONS ON GLYCERALDEHYDE-3-PHOSPHATE AND LACTIC DEHYDROGENASES, Pages 267-278, Sidney F. Velick
IV. 5 - ON THE ORDER OF DISULFIDE BOND REDUCTION IN RIBONUCLEASE, Pages 279-288, F.H. White Jr., C.B. Anfinsen
V. 1 - CYSTEINE AND CYSTINE CONTENT OF MUSCLE PROTEIN FRACTIONS, Pages 291-295, Andrew G. Szent-Györgyi, R.E. Benesch, R. Benesch
V. 2 - THE ROLE OF SH GROUPS IN THE INTERACTION OF MYOSIN WITH PHOSPHATE COMPOUNDS AND WITH ACTIN, Pages 297-315, J. Gergely, A. Martonosi, M.A. Gouvea
V. 3 - STUDIES ON THE FUNCTIONAL SULFHYDRYL GROUPS OF MYOSIN AND ACTIN, Pages 317-336, Michael Bárány
VI. 1 - THE MASKED —SH GROUP IN TOBACCO MOSAIC VIRUS PROTEIN, Pages 339-346, H. Fraenkel-Conrat
VI. 2 - STRUCTURE AND FUNCTION IN T2 BACTERIOPHAGE, Pages 347-364, Lloyd M. Kozloff
VII. 1 - THE ROLE OF THIOL GROUPS IN THE STRUCTURE AND FUNCTION OF THE MITOTIC APPARATUS, Pages 367-389, Daniel Mazia
VII. 2 - MULTIPLE FUNCTIONS OF SULFUR IN MITOSIS, Pages 391-408, Herbert Stern
VII. 3 - FUNCTION OF PROTEIN DISULFIDE REDUCTASE IN CELLULAR DIVISION OF YEASTS, Pages 409-424, Walter J. Nickerson, G. Falcone
VIII - SUMMARY, Pages 427-442, J.T. Edsall
AUTHOR INDEX, Pages 443-452
SUBJECT INDEX, Pages 453-469