Dummer / Mackenzie Robertson Medical Electronic Laboratory Equipment 1967-68

Pergamon Electronics Data Series
1. Auflage 2014
ISBN: 978-1-4831-9482-0
Verlag: Elsevier Science & Techn.
Format: PDF
Kopierschutz: 1 - PDF Watermark

E-Book, Englisch, 1320 Seiten, Web PDF

Medical Electronic Laboratory Equipment 1967-68 provides information of a comprehensive range of electronic and nucleonic equipment for use in laboratories concerned with all branches of medical research. This book covers a variety of topics, including amplifiers, computers, chromatographs, gamma encephalographs, display systems, kidney function systems, scintillation cameras, and ultrasonic equipment. Organized into 10 chapters, this book begins with an overview of a wide-section of the equipment available in the specialized field. This text then provides general descriptive data of equipment with considerable operating and applications information. Other chapters consider a large number of illustrations showing equipment in use, as well as the case histories, analyses, and references. This book presents as well data from Europe, United States, and Japan that are useful as a practical guide and manual by all concerned with the acquisition, assessment, and use of electronic equipment for medical research. This book is a valuable resource for readers interested in acquiring medical electronics equipment.

Autoren/Hrsg.

Dummer, G. W. A.

Mackenzie Robertson, J.

Inhaltsverzeichnis

1;Front Cover;1
2;Medical Electronic Laboratory Equipment 1967-68;4
3;Copyright Page;5
4;Table of Contents ;12
5;PREFACE;6
6;INDEX TO TO MANUFACTURERS' PRODUCTS - ACKNOWLEDGMENTS;7
7;CHAPTER 1. A SURVEY OF ACCOMPLISHMENTS IN BIO-ENGINEERING;299
7.1;SIMULATION AND THE LIVING SYSTEM;299
7.2;SIMULATION IN PHYSIOLOGY;299
7.3;NERVE CELL STUDIES;300
7.4;STUDIES OF BIOCHEMICAL-REACTION KINETICS;300
7.5;INVESTIGATIONS INTO THE DYNAMICS OF CIRCULATION;300
7.6;HOMEOSTATIC SIMULATIONS;301
7.7;FUTURE OF PHYSIOLOGICAL SIMULATION;302
7.8;FURTHER CONSIDERATIONS IN SYSTEM DYNAMICS;303
7.9;THE OUTLOOK IN CIRCULATORY-SYSTEM STUDIES;303
7.10;POSSIBILITIES IN HOMEOSTATIC SIMULATIONS;303
7.11;THE FUTURE OF NEUROMUSCULAR SIMULATIONS;303
7.12;BIBLIOGRAPHY;304
8;CHAPTER 2. A CO2 REBREATHING STUDY: THE DETERMINATION OF CO2 PARTIAL PRESSURE DURING REBREATHING;306
8.1;PROBLEM DISCUSSION;306
8.2;THE PHYSICAL SYSTEM;306
8.3;DERIVATION OF MATHEMATICAL MODEL;307
8.4;PHYSICAL CONSTANTS;308
8.5;COMPUTER DIAGRAM;310
8.6;RESULTS AND CONCLUSIONS;311
8.7;ACKNOWLEDGEMENTS;311
9;CHAPTER 3. THE HUMAN PUPIL SERVOMECHANISM;313
9.1;INTRODUCTION;313
9.2;SYSTEM ANALYSIS;313
9.3;PHYSICAL SYSTEM;313
9.4;SCALING AND MECHANIZATION;313
9.5;RESULTS;315
9.6;EQUIPMENT COMPLEMENT;315
9.7;REFERENCES;315
10;CHAPTER 4. RESPIRATORY CONTROL SYSTEM;316
10.1;INTRODUCTION;316
10.2;NOTE;318
10.3;GENERAL;320
10.4;PART LIST;320
10.5;GENERAL;325
10.6;SPECIFICATION;328
10.7;GENERAL;332
10.8;APPLICATIONS;333
10.9;GENERAL DATA;339
10.10;DESCRIPTION;346
10.11;ORDERING;354
10.12;PRINCIPLE OF OPERATION;356
10.13;ADVANTAGES;357
10.14;TESTS;357
10.15;OPERATING THE INSTRUMENT;358
10.16;BLOOD CELL COUNTING;359
10.17;SPECIFICATIONS;360
10.18;ACCESSORIES AVAILABLE;360
10.19;MAGNETIC TAPE RECORDS EPILEPTIC STUDIES AT UNIVERSITY OF CALIFORNIA;377
10.20;TECHNICAL IN FORMATION;380
10.21;COST;382
10.22;SERVICE;382
10.23;PRINCIPLE OF OPERATION;392
10.24;GENERAL SPECIFICATIONS;394
10.25;USING THE SCENOSCOPE TO VIEW VECTORCARDIOGRAMS;397
10.26;SYSTEM COVERS MOST RADIOLOGICAL MEASUREMENTS;402
10.27;ADVANTAGES;402
10.28;DESCRIPTION OF SYSTEM;403
10.29;TECHNICAL DATA;404
10.30;THE CON-RAD TLD SYSTEM READOUT INSTRUMENT;405
10.31;CON-RAD TLD SYSTEM DOSIMETERS;406
10.32;DESCRIPTION ( INSTRUMENT IS ILLUSTRATED ON OPPOSITE PAGE);407
10.33;GENERAL ;412
10.34;CONSTRUCTION;412
10.35;RANGE OF APPLICATIONS;412
10.36;RECORDING SYSTEM;413
10.37;OPERATION;413
10.38;ECONOMY AND SERVICE;413
10.39;RECORDING PROGRAME;414
10.40;STANDARD ACCESSORIES;414
10.41;TECHNICAL SPECIFICATIONS;414
10.42;RECORDING;420
10.43;ORDERING IN FORMATION;420
10.44;ELECTRODES AVAILABLE FOR IMMEDIAT ESHIPMENT;426
10.45;PACKAGING;426
10.46;FLO-PROBE CODE DESIGNATIONS;448
10.47;STANDARD PLUG-IN AMPLIFIER MODULE;456
10.48;SPECIFICATIONS FOR MODELS 610B AND 610BR;470
10.49;ELECTROPHORESIS AS THE BASIS OF DIAGNOSIS;474
10.50;ELECTROPHORESIS AS AN ANALYTICAL METHOD;475
10.51;DESCRIPTION OF AN ANALYSIS ( HUMAN SERUM);476
10.52;DETAILS OF THE MEASURING SYSTEM;476
10.53;EVALUATION;477
10.54;SCHLIEREN ATTACHMENT;478
10.55;ACCESSORIES;478
10.56;SEPARATING CELL WITH RECTIFIER. EXTINCTION RECORDER WITH INTEGRAT OR ERI 65;489
10.57;SEPARATING CELL WITH RECTIFIER;489
10.58;EXTINCTION RECORDER WITH INTEGRATOR ERI 65;491
10.59;FEATURES;497
10.60;SPECIFICATIONS;501
10.61;SHIPPING SPECIFICATION;503
10.62;GENERAL;504
10.63;CONTROL PANEL;505
10.64;SPECIFICATION;505
10.65;DESCRIPTION;508
10.66;OPERATING CONTROLS;508
10.67;SAMPLE CELLS;509
10.68;OPTICAL SYSTEM;509
10.69;APPLICATIONS;509
10.70;SPECIFICATION;510
10.71;SPECIFICATIONS;517
10.72;GENERAL;519
10.73;FEATURES;519
10.74;ACCESSORIES AND SPARES;522
10.75;COUNTING EQUIPMENT (FOR BOTH TYPES);524
10.76;THERMOGRAPHY IN MEDICAL DIAGNOSIS AND RESEARCH;535
10.77;THERMAL RADIATION FROM THE HUMAN BODY;537
10.78;DEVELOPMENT OF INFRARED RADIATION THERMOMETRY;537
10.79;CLINICAL INVESTIGATIONS WITH THE PYROSCAN;538
10.80;INFRARED CHARACTERISTICS OF HUMAN SKIN;543
10.81;PRINCIPLES OF THERMAL SCANNING APPARATUS;543
11;CHAPTER 5. BIBLIOGRAPHY OF THERMOGRAPHY;546
11.1;EQUIPMENT FOR MICRO-IMMUNOELECTROPHORESIS;557
11.2;OPERATING INSTRUCTIONS;566
11.3;PERFORMANCE FEATURES;567
11.4;SPECIFICATIONS;568
11.5;ORDERING INFORMATION;568
11.6;LASER HEAD UNIT;574
11.7;POWER UNIT;574
11.8;'Q' SWITCHED LASER;574
11.9;MATERIALS;574
11.10;INFORMATION REQUIRED WITH ENQUIRIES;574
11.11;SPECIFICATION FOR DEMOUNTABLE D.C. GAS LASER;580
11.12;INSTALLATION — TECHNICAL REQUIREMENTS;587
11.13;WIRING DIAGRAM;602
11.14;THE ELECTRONIC EQUIPMENT;606
11.15;APPLICATIONS;609
11.16;THE EIGHT INNOVATIONS INCORPORATED IN THIS INSTRUMENT ARE DESCRIBED ON THE PAGES FOLLOWING;616
11.17;AUXILIARY EQUIPMENT;620
11.18;TECHNICAL SPECIFICATIONS;620
11.19;APPLICATION SERVICE AND WORKSHOPS IN ULTRAMICROTOMY;621
11.20;ORDERING INFORMATION;622
11.21;RECOMMENDED INITIAL EQUIPMENT;622
11.22;EXAMPLES OF CLINICAL RECORDS;650
11.23;SAFETY;650
11.24;BIBLIOGRAPHY;653
11.25;GENERAL INFORMATION;662
11.26;KEY TO CONTROL PANEL ILLUSTRATION;664
11.27;ELECTROCARDIOGRAPHY;664
11.28;PULSE WAVE DISPLAY;666
12;CHAPTER 6. ELECTROENCEPHALOGRAPHY AS APPLIED TO ANAESTHESIA;667
12.1;PROCEDURE FOR SETTING UP WARNING LEVELS ON THE PHASE III VIDEOGRAPH;669
12.2;SPECIFICATION OF ELECTROENCEPHALOGRAPH PRE-AMPLIFIER;670
12.3;LOW LEVEL COUNTING FACILITY NE 8106;688
12.4;ARM COUNTER NE 8111;689
12.5;BIBLIOGRAPHY;754
13;CHAPTER 7. SELECTED BIBLIOGRAPHY OF LIGHT SCATTERING;805
13.1;INTRODUCTION;805
13.2;A. BOOKS;805
13.3;B. REVIEW ARTICLES;805
13.4;C. THEORY - PARTICLES;806
13.5;D. THEORY MACROMOLECULES;807
13.6;E. THEORY - CHARGED SYSTEM;808
13.7;F. METHODS AND TECHNIQUES;809
13.8;G. AEROSOLS;810
13.9;H. SOLIDS;811
13.10;I. OPALESCENCE AND CRITICAL PHENOMENA;811
13.11;J. SYSTEMS ORIENTED BY FLOW OR ELECTRIC FIELD;812
13.12;K. SYNTHETIC POLYMERS (NONIONIC);812
13.13;L. POLYETHYLENE AND POLYPROPYLENE;814
13.14;M. COPOLYMERS;815
13.15;N. POLYMER LATEXES AND EMULSIONS;815
13.16;O. ELECTROLYTES AND SYNTHETIC POLYELECTROLYTES;816
13.17;P. DETERGENTS;817
13.18;Q. SILICA AND SILICATES;817
13.19;R. INORGANIC SOLS;818
13.20;S. PROTEINS;818
13.21;T. NUCLEIC ACIDS AND NUCLEOPROTEINS;821
13.22;U. POLYSACCHARIDES (IONIC AND NONIONIC);822
13.23;V. CELLULOSES;823
13.24;DESCRIPTION AND GENERAL INFORMATION;866
13.25;RECORDERS, RECORDING AND DISPLAY SYSTEMS;872
13.26;TAPE RECORDER TRACES BRAIN WAVES IN EEG EXPERIMENTS;875
13.27;EXAMPLES OF RECORDING CHANNELS BY ELECTRONICS FOR MEDICINE, INC;902
13.28;THE ELECTRONICS FOR MEDICINE MODEL DR8 RESEARCH RECORDER;904
13.29;GENERAL DESCRIPTION AND OPERATION;1025
13.30;OUTLINES OF A FEW OF THE CLINICAL APPLICATIONS OF THE BROOKLINE METABOLIC SCALE;1029
13.31;CLINICAL EXAMPLE;1038
14;CHAPTER 8. THE MEASUREMENT OF SMALL SPECIFIC ACTIVITIES IN THE LABORATORY AND IN NUCLEAR MEDICINE;1039
14.1;MEASUREMENT TIME;1040
14.2;DETECTION OF SIGNIFICANT VARIATIONS: SCANNING PROBLEMS;1040
14.3;MEASUREMENT OF CONCENTRATIONS WHICH VARY IN RESPECT TO TIME;1041
14.4;MEASUREMENT WITH INTEGRATOR CIRCUITS;1041
14.5;MEASUREMENT BY COUNTING IMPULSES;1042
14.6;OPTIMAL RECONSTRUCTION OF THE PRIMARY PHENOMENON;1043
14.7;SCINTILLATION SCANNER TYPE XL 1500;1050
14.8;INTERCHANGEABLE COLLIMATORS;1052
14.9;Features of the Baird-Atomic Autofluoroscope;1061
14.10;The Detector;1061
14.11;Display Modes;1062
14.12;Autofluoroscope Controls;1062
14.13;Operating Conveniences;1071
14.14;System Components;1071
14.15;REFERENCES;1082
15;CHAPTER 9. USEFUL REFERENCES FOR SCINTILLATION COUNTING;1083
15.1;TECHNICAL SPECIFICATIONS;1108
15.2;BIBLIOGRAPHY;1108
16;CHAPTER 10. CLINICAL APPLICATION OF AN ATOMIC ABSORPTION SPECTROPHOTOMETER LINEAR IN CONCENTRATION;1152
16.1;INTRODUCTION;1152
16.2;INSTRUMENTATION;1153
16.3;DETERMINATION OF CALCIUM AND MAGNESIUM IN URINES;1154
16.4;PRECISION OF DETERMINATIONS ON RECONSTITUTED SERA;1155
16.5;IONIZATION INTERFERENCE ON CALCIUM;1156
16.6;DISCUSSION;1156
16.7;REFERENCES;1157
17;APPENDIX;1310