Immobilized Enzymes

Content: 
Contributors to volume XLIV
Pages xi-xiv

Preface
Page xv
Klaus Mosbach

Volumes in series
Pages xvii-xx

[1] Introductionk
Pages 3-7
Klaus Mosbach

[2] Functional groups on enzymes suitable for binding to matrices Original Research Article
Pages 11-19
Paul A. Srere, Kosaku Uyeda

[3] Immobilization of enzymes to agar, agarose, and sephadex support Original Research Article
Pages 19-45
Jerker Porath, Rolf AxГ©n

[4] Enzymes immobilized to cellulose Original Research Article
Pages 46-53
M.D. Lilly

[5] Immobilization of enzymes to various acrylic copolymer Original Research Article
Pages 53-65
Rolf Mosbach, Ann-Christin Koch-Schmidt, Klaus Mosbach

[6] Immobilization of enzymes on hydroxyalkyl methacrylate gel Original Research Article
Pages 66-83
Jaroslava TurkovГЎ

[7] Enzymes covalently bound to polyacrylic and polymethacrylic copolymers Original Research Article
Pages 84-107
R. Epton, Barbara L. Hibbert, T.H. Thomas

[8] Immobilization of enzymes on neutral and ionic carriers Original Research Article
Pages 107-117
G. Manecke, J. SchlГјnsen

[9] Immobilization of enzymes on nylon Original Research Article
Pages 118-134
William E. Hornby, Leon Goldstein

[10] Covalent coupling methods for inorganic support materials Original Research Article
Pages 134-148
Howard H. Weetall

[11] Adsorption and inorganic bridge formations Original Research Article
Pages 148-169
Ralph A. Messing

[12] Techniques of enzyme entrapment in gels Original Research Article
Pages 169-183
K.F. O'Driscoll

[13] Immobilization of steroid-transforming microorganisms in polyacrylamide Original Research Article
Pages 183-190
Per-Olof Larsson, Klaus Mosbach

[14] A method for continuous production of polyacrylamide-entrapped enzyme beads Original Research Article
Pages 191-195
A. Köstner, M. Mandel

[15] Preparation and properties of enzymes immobilized by copolymerization Original Research Article
Pages 195-201
D. Jaworek, H. Botsch, J. Maier

[16] Microencapsulation of enzymes and biologicals Original Research Article
Pages 201-218
T.M.S. Chang

[17] Enzyme entrapment in liposomes Original Research Article
Pages 218-227
Gregory Gregoriadis

[18] Fiber-entrapped enzymes Original Research Article
Pages 227-243
Dino Dinelli, Walter Marconi, Franco Morisi

[19] Collagen-immobilized enzyme systems Original Research Article
Pages 243-263
W.R. Vieth, K. Venkatasubramanian

[20] Chemically aggregated enzymes Original Research Article
Pages 263-280
Georges B. Broun

[21] Photochemical immobilization of enzymes and other biochemicals Original Research Article
Pages 280-288
Patrick Guire

[22] Nonaqueous synthesis of polystyryl lysozyme Original Research Article
Pages 288-290
H.D. Brown, S.K. Chattopadhyay

[23] Physical immobilization of enzymes by hollow-fiber membranes Original Research Article
Pages 291-317
R.P. Chambers, W. Cohen, W.H. Baricos

[24] Immobilized enzymes—miscellaneous methods and general classification Original Research Article
Pages 317-332
Oscar R. Zaborsky

[25] Assay procedures for immobilized enzymes Original Research Article
Pages 335-353
Bo Mattiasson, Klaus Mosbach

[26] Investigation of the physical properties of immobilized enzymes Original Research Article
Pages 357-372
E.Kendall Pye, Britton Chance

[27] Microfluorometry of product formation in single enzyme-sepharose beads using fluorogenic substrates Original Research Article
Pages 373-379
M. Sernetz, H. Puchinger

[28] Characterization of immobilized enzymes by chemical methods Original Research Article
Pages 383-393
Detlef Gabel, Rolf AxГ©n

[29] Kinetic behavior of immobilized enzyme systems Original Research Article
Pages 397-443
L. Goldstein

[30] Activity correlations between similarly modified soluble and immobilized enzymes Original Research Article
Pages 444-450
David F. Ollis, Rathin Datta

[31] Multistep enzyme systems Original Research Article
Pages 453-478
K. Mosbach, B. Mattiasson

[32] The glucose oxidase—catalase system Original Research Article
Pages 478-488
James C. Bouin, Mokhtar T. Atallah, Herbert O. Hultin

[33] Immobilized subunits Original Research Article
Pages 491-503
William W.-C. Chan

[34] Covalently bound glutamate dehydrogenase for studies of subunit association and allosteric regulation Original Research Article
Pages 504-515
Harold E. Swaisgood, H.Robert Horton, Klaus Mosbach

[35] Immobilization as a means of investigating the acquisition of tertiary structure in chymotrypsinogen Original Research Article
Pages 516-526
H.Robert Horton, Harold E. Swaisgood

[36] Conformational transitions in immobilized proteases Original Research Article
Pages 526-538
Detlef Gabel, Volker Kasche

[37] Immobilized hemoproteins Original Research Article
Pages 538-546
Eraldo Antonini, Maria Rosaria Rossi Fanelli

[38] Immobilized proteins in single crystals Original Research Article
Pages 546-558
F.A. Quiocho

[39] Mechanochemistrry of immobilized enzymes: A new approach to studies in fundamental enzymology: I. Regulation by mechanical means of the catalytic properties of enzymes attached to polymer fibers Original Research Article
Pages 558-571
I.V. Berezin, A.M. Klibanov, G.P. Samokhin, Karel Martinek

[40] Mechanochemistry of immobilized enzymes: A new approach to studies in fundamental enzymology: II. Regulation of the rate of enzymic protein-protein interaction in polyacrylamide gel Original Research Article
Pages 571-576
I.V. Berezin, A.M. Klibanov, V.S. Goldmacher, Karel Martinek

[41] Enzyme electrodes and solid surface fluorescence methods Original Research Article
Pages 579-633
George G. Guilbault

[42] The applications of immobilized enzymes in automated analysis Original Research Article
Pages 633-646
William E. Hornby, George A. Noy

[43] Monitoring of air and water for enzyme inhibitors Original Research Article
Pages 647-658
Louis H. Goodson, William B. Jacobs

[44] Immobilized enzymes in microcalorimetry Original Research Article
Pages 659-667
Г…ke Johansson, Bo Mattiasson, Klaus Mosbach

[45] Enzyme Thermistor Devices Original Research Article
Pages 667-676
Bengt Danielsson, Klaus Mosbach

[46] Methods for the therapeutic applications of immobilized enzymes Original Research Article
Pages 676-698
Thomas Ming Swi Chang

[47] Medical applications of liposome-entrapped enzymes Original Research Article
Pages 698-709
Gregory Gregoriadis

[48] Immunoenzymic techniques for biomedical analysis Original Research Article
Pages 709-717
Stratis Avrameas

[49] Immobilized-enzyme reactors Original Research Article
Pages 717-738
M.D. Lilly, P. Dunnill

[50] Production of l-aspartic acid by microbial cells entrapped in polyacrylamide gels Original Research Article
Pages 739-746
Ichiro Chibata, Tetsuya Tosa, Tadashi Sato

[51] Production of l-amino acids by aminoacylase adsorbed on DEAE-sephadex Original Research Article
Pages 746-759
Ichiro Chibata, Tetsuya Tosa, Tadashi Sato, Takao Mori

[52] Production of 6-aminopenicillanic acid with immobilized Escherichia coli acylase Original Research Article
Pages 759-768
E. Lagerlöf, L. Nathorst-Westfelt, B. Ekström, B. Sjöberg

[53] Process engineering of glucose isomerization by collagen-immobilized whole microbial cells Original Research Article
Pages 768-776
W.R. Vieth, K. Venkatasubramanian

[54] Scale-Up studies on immobilized, purified glucoamylase, covalently coupled to porous ceramic support Original Research Article
Pages 776-792
H.H. Weetall, W.P. Vann, W.H. Pitcher Jr., D.D. Lee, Y.Y. Lee, G.T. Tsao

[55] The preparation, characterization, and scale-up of a lactase system immobilized to inorganic supports for the hydrolysis of acid whey Original Research Article
Pages 792-809
Wayne H. Pitcher Jr., James R. Ford, Howard H. Weetall

[56] Continuous production of high-fructose syrup by cross-linked cell homogenates containing glucose isomerase Original Research Article
Pages 809-821
Poul BГёrge Poulsen, Lena Zittan

[57] Lactose reduction of milk by fiber-entrapped ОІ-galactosidase. Pilot-plant experiments Original Research Article
Pages 822-830
Mauro Pastore, Franco Morisi

[58] On the potential of soluble and immobilized enzymes in synthetic organic chemistryf Original Research Article
Pages 831-844
J.Bryan Jones

[59] The synthesis of porphobilinogen by immobilized Оґ-aminolevulinic acid dehydratase Original Research Article
Pages 844-849
Daniel Gurne, David Shemin

[60] Properties and applications of an immobilized mixed-function hepatic drug oxidase Original Research Article
Pages 849-856
L.L. Poulsen, S.S. Sofer, D.M. Ziegler

[61] Immobilized coenzymes Original Research Article
Pages 859-887
Klaus Mosbach, Per-Olof Larsson, Christopher Lowe

[62] Covalent immobilization of adenylate kinase and acetate kinase in a polyacrylamide gel: Enzymes for ATP regeneration Original Research Article
Pages 887-897
George M. Whitesides, Andre Lamotte, Orn Adalsteinsson, Clark K. Colton

[63] Artificial enzyme membranes Original Research Article
Pages 901-929
D. Thomas, G. Broun

[64] Immobilization of lactic dehydrogenase Original Research Article
Pages 929-936
Francis E. Stolzenbach, Nathan O. Kaplan

Author index
Pages 937-958

Subject index
Pages 959-999