Immobilized Enzymes and Cells Part B

Content: 
Contributors to volume 135
Pages ix-xii

Preface
Pages xiii-xv
Klaus Mosbach

Volumes in series
Pages xix-xxx

[1] Characterization of immobilized biocatalysts Original Research Article
Pages 3-30
K. Buchholz, J. Klein

[2] A survey of enzyme coupling techniques Original Research Article
Pages 30-65
William H. Scouten

[3] Tresyl chloride-activated supports for enzyme immobilization Original Research Article
Pages 65-78
Kurt Nilsson, Klaus Mosbach

[4] Colored sulfonyl chloride as an activating agent for hydroxylic matrices Original Research Article
Pages 79-84
William H. Scouten, Will van den Tweel, Hans Kranenburg, Matthijs Dekker

[5] Immobilization of proteins and ligands using chlorocarbonates Original Research Article
Pages 84-90
Talia Miron, Meir Wilchek

[6] Polymers bearing isonitrile functional groups as supports for enzyme immobilization Original Research Article
Pages 90-102
Leon Goldstein

[7] 1,1′-Carbonyldiimidazole-mediated immobilization of enzymes and affinity ligands Original Research Article
Pages 102-117
Milton T.W. Hearn

[8] Immobilization of enzymes on transition metal-activated support Original Research Article
Pages 117-130
John F. Kennedy, J.M.S. Cabral

[9] Covalent immobilization of proteins by techniques which permit subsequent release Original Research Article
Pages 130-141
H. Robert Horton, Harold E. Swaisgood

[10] Immobilization of glycoenzymes through carbohydrate chains Original Research Article
Pages 141-146
G.P. Royer

[11] Immobilization of enzymes and microorganisms by radiation polymerization Original Research Article
Pages 146-153
Koji Kawashima

[12] Immobilization of nucleoside diphosphatase at the allosteric site using pyridoxal 5′-phosphate derivatives Original Research Article
Pages 154-160
Mitsuo Yamazaki, Norio Kawakita

[13] Use of monoclonal antibodies for the preparation of highly active immobilized enzymes Original Research Article
Pages 160-170
Beka Solomon, Zeev Hollander, Rela Koppel, Ephraim Katchalski-Katzir

[14] Overview Original Research Article
Pages 173-175
P. Brodelius, K. Mosbach

[15] Cell immobilization in calcium alginate Original Research Article
Pages 175-189
C. Bucke

[16] Immobilization of cells in carrageenan Original Research Article
Pages 189-198
Ichiro Chibata, Tetsuya Tosa, Tadashi Sato, Isao Takata

[17] Immobilization of living microbial cells in polyacrylamide gel Original Research Article
Pages 198-216
G.K. Skryabin, K.A. Koshcheenko

[18] Gel entrapment of whole cells in cross-linked prepolymerized polyacrylamide-hydrazide gels Original Research Article
Pages 216-222
Amihay Freeman

[19] Entrapment of microbial and plant cells in beaded polymers Original Research Article
Pages 222-230
K. Nilsson, P. Brodelius, K. Mosbach

[20] Entrapment of biocatalysts with photo-cross-linkable resin prepolymers and urethane resin prepolymers Original Research Article
Pages 230-252
Saburo Fukui, Kenji Sonomoto, Atsuo Tanaka

[21] Immobilization of microbial cells in an epoxy carrier system Original Research Article
Pages 252-259
J. Klein, B. Kressdorf

[22] Entrapment of microbial cells in chitosan Original Research Article
Pages 259-268
K.D. Vorlop, J. Klein

[23] Entrapment of microbial cells in cellulose gel Original Research Article
Pages 268-282
Yu-Yen Linko, P. Linko

[24] Microbial cells entrapped in cellulose acetate beads Original Research Article
Pages 282-293
SilvГ­a Giovenco, Walter Marconi, Paolo Pansolli

[25] Immobilization of enzymes and microbial cells in gelatin Original Research Article
Pages 293-299
Vincenzo Scardi

[26] Methods for selecting and growing mixed cultures in biofilm fluidized sand beds Original Research Article
Pages 300-307
Irving J. Dunn

[27] Immobilization of microbial cells by adsorption to solid supports Original Research Article
Pages 307-318
Pierre Monsan, Gilbert Durand, Jean Marie Navarro

[28] Immobilization of mycelial cells on celite Original Research Article
Pages 318-333
Kodzo Gbewonyo, Jurg Meier, Daniel I.C. Wang

[29] Immobilization of yeast cells by adsorption on wood chips Original Research Article
Pages 333-340
J. Lamptey, M. Moo-Young

[30] Cell immobilization by covalent linkage Original Research Article
Pages 341-357
VladimГ­r JirkuЛљ, Jaroslava TurkovГЎ

[31] Immobilization of microbial cells on transition metal-activated supports Original Research Article
Pages 357-372
J.M.S. Cabral, John F. Kennedy

[32] Immobilization of cells by entrapment in membrane reactors Original Research Article
Pages 372-387
M.L. Shuler

[33] Mammalian cell culture Original Research Article
Pages 387-393
Kjell Nilsson

[34] Flat bed hollow fiber reactors for large-scale cultivation of animal cells Original Research Article
Pages 393-399
Joseph Feder

[35] Entrapment of animal cells Original Research Article
Pages 399-410
K. Nilsson, W. Scheirer, H.W.D. Katinger, K. Mosbach

[36] Techniques for the immobilization of plant cells Original Research Article
Pages 410-421
Keith Lindsey, Michael M. Yeoman

[37] Immobilization of plant protoplasts using microcarriers Original Research Article
Pages 421-433
Chris H. Bornman, Anders Zachrisson

[38] Immobilization of plant protoplasts by entrapment Original Research Article
Pages 434-439
L. Linsefors, P. Brodelius

[39] Entrapment techniques for chloroplasts, cyanobacteria, and hydrogenases Original Research Article
Pages 440-454
P.E. Gisby, K.K. Rao, D.O. Hall

[40] Immobilized organelles in cross-linked proteins Original Research Article
Pages 454-472
Jean-Noël Barbotin, Marie-Françoise Cocquempot, Véronique Larreta-Garde, Brigitte Thomasset, Gérard Gellf, Jenny D. Clement-Metral, Daniel Thomas

[41] Overview
Page 475
L. Andersson, K. Mosbach

[42] Properties of immobilized subunits of 20ОІ-hydroxysteroid dehydrogenase Original Research Article
Pages 475-483
Giacomo Carrea, Piero Pasta

[43] Use of immobilized subunits for the purification of oligomeric and self-associating proteins Original Research Article
Pages 484-491
Emilia Chiancone, Maurizio Gattoni

[44] Immobilized subunits of alkaline phosphatase Original Research Article
Pages 492-501
Susan McCracken, Edward Meighen

[45] Electron paramagnetic resonance studies of immobilized chymotrypsin Original Research Article
Pages 502-512
James E. Bailey, Douglas S. Clark

[46] Nuclear magnetic resonance studies of immobilized cells Original Research Article
Pages 512-528
H.J. Vogel, P. Brodelius, H. Lilja, E.M. Lohmeier-Vogel

[47] Enzyme studies at subzero temperatures using immobilized substrates Original Research Article
Pages 528-536
Claude Balny, Pierre Douzou

[48] Kinetic studies of immobilized О±-chymotrypsin in aprotic solvents Original Research Article
Pages 537-546
Myron L. Bender

[49] Spectroscopic methods for characterization of immobilized alcohol dehydrogenase Original Research Article
Pages 546-554
Helga Schneider-Bernlöhr, Helmut Dietrich, Michael Zeppezauer

[50] Oscillatory phenomena in immobilized enzyme systems Original Research Article
Pages 554-569
J.F. Hervagault, D. Thomas

[51] Chemical stabilization of conformational states of aspartate transcarbamoylase Original Research Article
Pages 569-577
Caroline A. Enns, William W.-C. Chan

[52] Chemical stabilization of conformational states of dCMP deaminase Original Research Article
Pages 577-585
MosГЁ Rossi, C.A. Raia, C. Vaccaro

[53] Reactivation of immobilized enzymes Original Research Article
Pages 586-596
V.V. Mozhaev, I.V. Berezin, Karel Martinek

[54] Use of immobilized proteinases and peptidases to study structural changes in proteins Original Research Article
Pages 596-604
Harold E. Swaisgood, George L. Catignani

Author index
Pages 605-627

Subject index
Pages 629-675