Rapid Mixing and Sampling Techniques in Biochemistry

Content: 
Inside Front Cover, Page ii
Front Matter, Page iii
Copyright, Page iv
Participants, Pages v-vi
Preface, Pages vii-viii
INTRODUCTORY REMARKS, Pages 3-4, B. Chance
THE ORIGIN OF THE HARTRIDGE-ROUGHTON RAPID REACTION VELOCITY METHOD, Pages 5-13, F.J.W. Roughton
FLASH PHOTOGRAPHS OF JET COLLISION PHENOMENA, Pages 17-19, Maarten Sangster
A CURVED COAXIAL MIXER WITH TWO CIRCULAR INLET CHANNELS, Pages 21-31, G. Czerllnski
A TEN JET MIXER, Pages 33-38, Robert L. Berger
CAVITATION IN RAPID FLOW APPARATUSES, Pages 39-47, Britton Chance
GENERAL DISCUSSION: RAPID MIXING AND FLUID FLOW, Pages 49-54, R.L. Berger
II - BALL MIXERS, Pages 57-60, Robert L. Berger, Robert L. Bowman
THE “MOVING MIXING CHAMBER”, Pages 61-66, Martin Klingenberg
MULTIPLE RAPID MIXING OF MICRO-SAMPLES BY A GUN-TYPE PROJECTION SYSTEM AND ITS RAPID SPECTROSCOPIC EVALUATION, Pages 67-70, D.W. Lübbers
A SIMPLE, MICRO STOPPED-FLOW APPARATUS, Pages 71-85, Philipp Strittmatter
A STOPPED FLOW APPARATUS, Pages 89-103, Julian M. Sturtevant
A THERMAL STOPPED-FLOW APPARATUS, Pages 105-113, R.L. Berger, L.C. Stoddart
GENERAL DISCUSSION: STOPPED FLOW, Pages 115-122, Q.H. Gibson
THE PULSED FLOW APPARATUS, Pages 125-130, Britton Chance
CONTINUOUS FLOW METHODS ADAPTED FOR EPR APPARATUS, Pages 131-134, L.H. Piette
CONTINUOUS FLOW METHODS ADAPTED FOR EPR APPARATUSES, Pages 135-149, D.C. Borg
GENERAL DISCUSSION: FLOW APPARATUSES, Pages 151-154, B. Chance
PHOTOCHEMICAL ACTIVATION APPARATUS USING FLASH TUBES, Pages 157-164, C. Greenwood
PHOTOCHEMICAL ACTIVATION APPARATUS WITH OPTICAL MASER, Pages 165-174, Don DeVault
A COMBINATION OF TEMPERATURE-JUMP AND FLOW TECHNIQUES, Pages 175-181, M. Eigen, L. DeMaeyer
COMBINED TEMPERATURE JIMP-FLOW APPARATUS, Pages 183-190, G. Czerlinski
RAPID FREEZING OF LIQUIDS BY COLLIDING JETS, Pages 193-194, Maarten Sangster
QUENCHING BY SQUIRTING INTO COLD IMMISCIBLE LIQUIDS, Pages 195-203, R.C. Bray
AN EXPERIMENTAL EVALUATION OF THE BRAY RAPID-FREEZING TECHNIQUE, Pages 205-218, Graham Palmer, Helmut Beinert
EFFECTS OF QUENCHING TECHNIQUES ON RESULTS OF FAST SAMPLING EXPERIMENTS, Pages 219-222, Toivo Savioja
GENERAL DISCUSSION: LIQUID-LIQUID QUENCHING, Pages 223-225, R.E. Davies
RAPID ARREST OF METABOLISM WITH MELTING FREON, Pages 229-237, D.F. Cain, R.E. Davies
THE RAPID-FREEZING METHOD FOR THE INTERRUPTION OF MUSCULAR CONTRACTION, Pages 239-254, Wilfried F.H.M. Mommaerts, Myron O. Schilling
METABOLITE ASSAY IN FROZEN SAMPLES OF LIVER TISSUE, Pages 255-265, Th. Bücher, K. Krejci, W. Rüssmann, H. Schnitger, W. Wesemann
GENERAL DISCUSSION: SOLID-LIQUID QUENCHING, Pages 267-272, R.E. Davies
ROTATING STOPCOCK AND ASPIRATOR TYPE SAMPLERS, Pages 275-287, K.K. Lonberg-Holm
RAPID SAMPLING WITH SINGLE DROP ALIQUOTS, Pages 289-302, Rudolf H. Eisenhardt
THREE FAST SAMPLING TECHNIQUES FOR BIOKINETIC EXPERIMENTS WITH RADIOISOTOPES, Pages 303-309, Jorma K. Miettinen
MULTICHANNEL SYRINGE-TYPE SAMPLER FOR LARGE SCALE EXPERIMENTS, Pages 311-317, V. Moses, K.K. Lonberg-Holm
TECHNIQUES FOR FOLLOWING RAPID INHIBITOR-INDUCED CHANGES IN THE OPERATION OF THE PHOTOSYNTHETIC CARBON REDUCTION CYCLE, Pages 319-331, J.A. Bassham, Martha Kirk
TECHNIQUES FOR STUDYING KINETICS IN MITOCHONDRIAL SUSPENSIONS, Pages 333-337, Martin Klingenberg, Erich Pfaff, Achim Kröger
A COMPARISON OF THE RESOLUTION OF CHEMICAL AND OPTICAL SAMPLING, Pages 339-344, T.E. Barman, H. Gutfreund
SUMMARY DISCUSSION: CORRELATION OF MIXING, SAMPLING, AND STOPPING TECHNIQUES, Pages 345-348, B. Hess
CONCLUDING REMARKS, Page 349, Rudolf H. Eisenhardt
EDITOR'S NOTE, Page 353
APPENDIX I - ON THE APPLICATION OF FLUID DYNAMICS TO THE DEVELOPMENT OF RAPID MIXING TECHNIQUES, Pages 355-361, H.K. Wiskind
APPENDIX II: - MIXERS, Pages 363-366, Robert L. Berger
APPENDIX III - ENERGY DISSIPATION IN MIXING, Pages 367-370, G. Czerlinski
APPENDIX IV - THE ELECTROMAGNETIC FLOW METER, Pages 371-372, G. Czerlinski
APPENDIX V - PERTURBATION OF ACCELERATED BIOSTRUCTURES, Pages 373-386, M. Sangster
APPENDIX VI - CONDITIONS FOR COMBINING THE RAPID FLOW TECHNIQUE WITH THE TEMPERATURE JUMP METHOD, Pages 387-393, G. Czerlinski
INDEX, Pages 395-400