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Recent Advances in Medical Thermology Edited by
E. Francis]. Ring Royal National Hospital for Rheumatic Diseases Bath, United Kingdom
and
Barbara Phillips St. Martin's Hospital Bath, United Kingdom
PLENUM PRESS • NEW YORK AND LONDON
Library of Congress Cataloging in Publication Data
International Congress of Thermology (3rd: 1982: Bath, Avon) Recent advances in medical thermology.
"Proceedings of the Third International Congress of Thermology, held March 29-April 2, 1982, in Bath United Kingdom." - T.p. verso.
Includes bibliographical references and index. 1. Medical thermography-Congresses. 2. Thermography-Congresses. 3. Body
temperature-Regulation-Congresses. 1. Ring, E. F. J. II. Phillips, Barbara (Barbara Helen) III. Title. [DNLM: 1. Body temperature-Congresses. 2. Heat-Therapeutic use-Congresses. 3. Thermography-Congresses. W3 IN579 3rd 1982r/ WB 469 161 1982r] RC78.7.T5155 1982 616.07'2 84-3366 ISBN 978-1-4684-7699-6 ISBN 978-1-4684-7697-2 (eBook) DOI 10.1007/978-1-4684-7697-2
Proceedings of the Third International Congress of Thermology, held March 29-April 2, 1982, in Bath, United Kingdom
© 1984 Plenum Press, New York Softcover reprint of the hardcover lst edition 1984
A Division of Plenum Publishing Corporation 233 Spring Street, New York, N.Y. 10013
Ali rights reserved
No part of this book may be reproduced, stored in a retrieval system, or transmitted, in any form or by any means, electronic, mechanical, photocopying, microfilming, recording, or otherwise, without written permission from the Publisher
FOREWORD
I am delighted to have been invited to Bath for the opening of this Third International Congress of Thermology. The connection between the Congress and the City of Bath is significant. The properties of sunlight have been recognized throughout the centuries. Indeed, many ancient religions were based on the worship of the sun gods. The study of radiant heat was pioneered by Sir William Herschel, whose experiments led him to the study of heat and ultimately of infrared radiation. His son, John, furthered these experiments and formed an image by evaporating alcohol with carbon. In modern technology, infrared radiation plays a vital role in a wide range of applications. Thermal imaging is widely used in the manufacturing industries, especially plastics, glass and paper. The motor industry, for example, employs thermography in the design of windscreens and tire development. Chemical plants and refineries also use it in the important control of expensive energy losses. The communications industry makes extensive use of thermal imaging since overheating and cracks in insulation may cause the unscheduled shut-down of expensive equipment. There is now a special thermal imaging system for the examination of very large scale integrated circuits to help in the development of diagnostic tools for examining circuits which now have features of 1 micron in size, making the conventional method of mechanical probing impossible. This revolution in probing will enable us to maintain the high levels of quality control which are essential in the communications industry.
In medicine, the connection between temperature and disease has, of course, been recognized for centuries, and for a long time the thermometer was the principal tool for medical thermography, but the last twenty years have brought about a technical revolution. Thermal imaging has gone beyond the natural limits of human sight and allowed us to reach into the invisible world of infrared radiaiton. At the sametime, other techniques for viewing the human body have developed, using X-rays, gamma rays, ultrasound and now magnetic fields. But infrared imaging has the great advantage that the doctor realizes the information through a natural source of energy and it is, therefore, completely safe to use it for examination.
v
vi FOREWORD
This conference brings together experts from a wide range of technical and medical disciplines. Medical research has increasingly become a team exercise. Disease and sickness know no frontiers and medical science cannot meet the world's needs without a continuing committment to exchange and fertilize ideas and concepts. The understanding of body temperature from childhood to old age, and the effects of disease, is still developing, and the purpose of this International Congress is to compare and discuss recent progress in these subjects. Three main areas of medicine - diseases of the circulation, arthritis and cancer - form special parts of the Congress programme and a forum is provided for doctors, scientists and engineers to collaborate in furthering the knowledge of medical thermography.
In opening this Congress, I wish you all the best of success and would ask you to give some thought to the immortal words of that great poet Milton:
"Accuse not nature, she hath done her part; Do thou but thine, •.• "
His Royal Highness Prince Michael of Kent
Opening Address Third International Congress of Thermology Bath, United Kingdom
PREFACE
Increasing interest in human body temperature has derived from the development of improved technology. Thermal imaging in particular has opened up many areas for study in the last 20 years. This book contains a collection of papers based on the Third International Congress of Thermology. The Congress, opened by His Royal Highness the Duke of Kent, was held in Bath, United Kingdom, in April 1982.
A comprehensive review of new thermal technology applied to clinical medicine was given. The main themes of thermal physiology, instrumentation and technology, and their applications in vascular, locomotor and malignant diseases were represented. As this Congress is held every four years under the auspices of the European Association of Thermology, it forms a valuable basis for evaluating techniques of research interest. It also indicates those techniques which are more applied to clinical diagnosis. Since the majority of these procedures are non-invasive, an increasing trend to monitoring disease in response to treatment is shown.
Acknowledgements are especially due to those colleagues who applied their expertise in the scientific programme and the review of the many manuscripts. They are:
Dr R P Clark Physiology Dr C H Jones Instrumentation and Technique Dr E D Cooke Vascular diseases Dr D P Page Thomas Locomotor diseases Dr A M Stark Malignant diseases.
We are particularly grateful to Dr R P Clark and Mr M Goff for their sustained assistance in preparing the many figures and illustrations found in this book. A considerable proportion of the work has been carried by Miss J Elswood and Miss F A H Davies in typing and preparing the many and varied manuscripts.
vii
viii PREFACE
We are grateful to His Royal Highness Prince Michael of Kent for opening the Congress and to the Congress Chairman Mr K Lloyd-Williams of Bath.
Francis J Ring Barbara Phillips
Royal National Hospital for Rheumatic Diseases and Royal United Hospital, Bath
CONTENTS
THERMAL PHYSIOLOGY
Thermal Physiology - Introduction ••.•.. ..... .......... ................. .•••.•••••... 1 R. P. Clark
Human Skin Temperature and its Relevance in Physiology and Clinical Assessment
R. P. Clark
The Special Thermal Physiology of Newborn Infants J. K. Stothers
Skin Temperature Changes and Their Significance
5
17
in the Human N ewborn .•.......•...••......•....•...•...•.•..•.•..•..•....... 25 J. K. Stothers, R. P. Clark, M. R. Goff
S. J. Linnett and A. J. Livingston
Changes in Thermal Physiology with Advancing Age K. J. Collins
Body Cooling and the Treatment of Heat Stroke K. J. Collins, .J. C. Easton, S. D. Rowlands
and the late J. S. Weiner
The Physiology of Heat Production Y. Houdas and G. Carette
Thermoreception and Temperature Regulation
31
39
43
in Man .... ...................... ....... ..... .......... ............................. ... 51 The late H. Hensel and K. Schafer
ix
x CONTENTS
Cold Fiber Discharge Pattern under In Vitro Conditions: Ouabain and K+ Effects ................................. 65
K. Schafer, H. A. Braun and the late H. Hensel
Physical Principles Governing Body Heat Exchange ••••••••.•.••.......•• 73 D. McK. Kerslake
Environmental Heat Loss K. Cena
Thermographic Estimation of the Effective Heat Exchange Area between a Subject
81
and Substrate ................................•..•.......................••..... 95 A. Solon, W. Stepniewski and K. Cena
Heat Loss from Patients During Anesthesia ................................ 99 E. Sliwinska, J. Laszczynska and K. Cena
Environmental Influence on the Vascular Response of the Hands to Cold Challenge: Ambient Temperature and Time .................................................... 105
E. D. Cooke and S. A. Bowcock
Temperature Changes Caused by Drugs J. Frens
Monitoring the Facial Flush: A Methodological Study S. A. Bowcock, S. Medbak and E. D. Cooke
111
115
Temperature Changes in Skin Disease ••••••.•.•....••.•...••.•...•....•.•••..• 121 G. Stuttgen
Influence of Tissue Injury on Skin Temperature ••.••••••••.••••••....•... 129 L. D. Reed and R. C. Black
Development and Application of an Improved Thermal Dolorimeter ...................................................... 139
I. Fukumoto, M. Saito and K. Ono
TECHNICAL DEVELOPMENTS AND INSTRUMENTATION
Technical Developments in Thermology - Introduction .....••..••..•.• 147 C. H. Jones
The Development of Thermal Imaging Systems ........................... 151 E. H. Putley
Physical Aspects of Infrared Thermography................................ 167 J. Steketee
CONTENTS xi
Physical and Physiological Influence of Medical Ointments on Infrared Thermography............................... 177
J. M. Engel
Quality Control in Infrared Thermography................................... 185 E. F. J. Ring
Computer Processing of Thermographic Images M. Negin
Information Theory and Thermographic Quantification D. P. Page Thomas
Microcomputer Standardization of the AGA 680M
195
205
System .............................................................................. 211 G. Parr, M. Prees, R. Salisbury, P. Page Thomas
and B. L. Hazelman
Microprocessor-Assisted Breast Thermography P. Bosiger, P. Scaroni and M. Geser
215
Digit.al Thermography System ...................................................... 221 A. Tanaka, T. Inoue, T. Yoshimura and
H. Horikawa
Development of a Thermographic Skin Blood Flowmetry System ............................................................. 227
H. Miyake, I. Fujimasa, M. Iwatani and K. Atsumi
A New Device for Thermography A. Nagasawa
235
Pyroelectric Infrared Sensors ...................................................... 241 D. E. Burgess
Microwave Thermal Imaging: Technical Advances and Clinical Findings ............................................................... 251
M. Gautherie, J-L. Guerquin-Kern and A. Kotewicz
Progress in Microwave Thermography.......................................... 267 M. Robillard, A. Mamouni, J. J. Fabre,
J. C. Van de Velde and Y. Leroy
Temperature Distributions by Microwave Radiometric Measurements •.•••••.•.•.••.•••••.••.••••.•••.••••..••••••.•• 271
S. Caorsi
xii CONTENTS
The Measurement of Permittivity and Temperature of Tissues ......................... ..... ..................................... ..... 277
R. J. Sheppard
Thermographic Techniques with Liquid Crystals in Medicine •.•....•.•.•..•••..•.•.•••.••••.•..••.•••.••••.••••.••.•..•....•...•.•.... 283
U. Flesch
Non Sterol Liquid Crystal Thermographic Screen K. G. Archer
301
New Thermochromic Liquid Crystals .......................................... 305 D. G. McDonnell and I. Sage
BTD: Progress in Plate Thermography A. Johnsen
A Cheap and Simple Temperature Transducer: Its
313
Application in Monitoring Breast Disease .......................... 315 U. Flesch and H. Witt
A Device for Thermal Clearance of the Skin ............................. 321 E. F. J. Ring
An Assessment of the Thermal Clearance Method for Measuring Perfusion .................................................... 327
N. F. Britton, J. R. Barker, E. F. J. Ring
VASCULAR AND ENDOCRINE DISEASES
Vascular Diseases - Introduction E. D. Cooke
331
The Concept of a Vascular Service ••••••••••••••••••••..••••••••••••••••••••••• 333 H. Partsch
An Assessment of Thermography in Arterial Disease •••••••••.••••••••• 337 V. A. Spence and W. F. Walker
The Role of Thermography in the Assessment of the Ischemic Limb ................................................................. 345
M. Dewar, T. Coddington, P. Jarman and K. Robinson
The Correlation between After-Exercise Thermography (AET) and Deep Venous Insufficiency .................................................................... 351
T. Hallbook, D. Bergqvist, A. Lindhagen and B. Lindroth
CONTENTS xiii
Thermography and Raynaud's Syndrome ....................................... 355 M. V. Kyle, G. Parr, R. Salisbury,
P. Page Thomas, B. L. Hazleman
Comparison between Acute and Chronic Administration of a Combined Alpha-and Beta-Adrenoceptor Blocker (LabetoloI) and a Beta-Adrenoceptor Blocker (Propranolol) in Hypertensive Subjects .............................. 361
E. D. Cooke and S. A. Bowcock
A Pilot Study in the Evaluation of B-Blockers in Hypertensive Patients with Thermography........................ 365
N. J. Aarts and J. Rijpert
Thermography of Face and Neck of Patients after Cerebral Apoplexy ........................................................... 369
K. Yanagi
Cardiac Muscle Thermography •.•.•..•...•.••••.•..•••...•.•.•..•......•.•...•..... 375 I. Fujimasa, K. Imachi, Y. Kajiyama and
K. Atsumi
Telethermography in the Diagnosis of the Reflex Sympathatic Dystrophy......................................... 379
S. Uematsu
Information from Scrotal Thermography...................................... 397 E. D. Cooke
Thermographic Examination of the Scrotum: Physical Factors ............................................................... 407
C. H. Jones, W. F. Hendry and L. Hughes
Thermographic Characteristics of the Scrotum in the Infertile Male .. ... ........................................ .......... 415
V. Vlaisavljevic
The Role of Liquid Crystal Thermography in the Diagnosis of Testicular and Thyroid Disorders
P. Goblyos, I. Szabolcs, I. Szilvasi, Z. Kopcsanyi, G. Vydra, G. Irsy, M. Goth and G. Szilagyi
LOCOMOTOR DISEASES
Locomotor Diseases - Introduction D. P. Page Thomas
Thermography in Rheumatology J. M. Engel
421
423
425
xiv CONTENTS
Thermography and Muscular Injuries in Sports Medicine ...................•...................................................... 439
M. Schmitt and Y. Guillot
Thermology in the Assessment of Physical Therapy.................... 447 D. Rusch
Heat Distribution over Joints:- the Normal and Abnormal Pattern .••..•••.....•.....•.........•..•••..••.....•••••.•.•......• 453
R. S. Salisbury, G. R. Parr, B. L. Hazleman and D. P. Page Thomas
Thermal Patterns of Osteoarthritic Knees and Hands ••.•.•••..•••..... 459 P. A. Dieppe, E. F. J. Ring and B. Cadge
Thermal Imaging in Assessment of Drugs in Rheumatology .........................•...........•......................•...... 463
P. A. Bacon and E. F. J. Ring
Thermography in Ankylosing Spondylitis ...................................... 475 H. Tauchmannova, V. Svec and D. Zlnay
Thermography and Radio-Isotopes in the Assessment of Sacroiliac Inflammation .............................................. 481
D. M. Grennan, R. Bennett, L. Taylor, C. W. Johns and J. D. Kingsley Brown
Lumbar, Thoracic and Cervical Thermography C. Wexler
Liquid Crystal Thermography of the Spine and Extremities - Its Value in the Diagnosis of
485
Spinal Root Syndrome ....................................................... 493 R. Pochaczevsky, C. E. Wexler, P. H. Meyers,
J. A. Epstein and J. A. Marc
Differential Diagnosis of Pain using Thermography W. B. Hobbins
Thermographic Diagnosis of Low Back Pain:Relationship of Low Back Pain to
503
Thermographic Changes in the Leg .................................. 507 K. Kawai, S. Takehiro, S. Sadamistu, A. Tanaka
and Y. Matsuo
Thermography of Tennis Elbow.................................................. 513 A. I. Binder, G. R. Parr, P. Page Thomas
and B. L. Hazleman
CONTENTS xv
A Finger Osteoid Osteoma: A Thermographic Investigation .................................................................... 51 9
L. Zorzin, M. Capone and M. G. Maira
Infrared Thermography in the Assessment of Intradermal Skin Tests in Man" ....................................... 525
L. Settas, G. M. Papadimitriou, D. G. Macfarlane M. Doherty, P. A. Dieppe and E. F .• J. Ring
Comparative Thermographic Assessment of Lower Leg Baths in Medicinal Mineral Waters (N auheim Springs) .•..........••.•...••..•......••.•..••...•...........•....... 535
D. Rusch and G. Kisselbach
Thermography of Headaches P. M. Ruegsegger
MALIGNANT DISEASES
541
Malignant Diseases - Introduction ..........••.•••••••....•..........••.......••• 549 A. M. Stark
A Thermographic Prognostic Index •.•••.....•.••.•.••....•.••.....•............. 551 K. Lloyd Williams
Breast Cancer Detection by Absolute Temperature Thermography and Computer Techniques ••.•.•..••.••............ 557
J. Haberman, J. Goin, T. Love, F. Ohnsorg and R. Aggarwal
Breast Thermography as an Adjunct to Clinical Evaluation of the Breasts ..•......•..••••.•••.......•.....•....•..•....•.. 569
I. Nyirjesy
Detection of Subclinical Breast Cancers by Infrared Thermography ...........•.....•.•...•...•.•....••••••••••.••...•. 575
R. Amalric, D. Giraud, L. Thomassin, C. Altschuler and J. M. Spitalier
Glucose Tests with Thermography in the Diagnosis of Breast Cancers ............................................................. 581
B. Guduric
Combined Diagnosis: Thermography, Mammography and Aspiration Cytology in Breast Disease ..........•......•.... 587
I. D. Sharma, N. C. Misra, A. Charan, P. C. Dubey and S. Kumar
Thermography in a Breast Screening Unit .•.•..•..............•••...•....... 593 G. V. Griffin
xvi CONTENTS
Correlation of Breast Images ...... '................................................ 597 H •• J. Isard
Bayesian Analysis of Thermographic Diagnosis of Breast Cancer ....•.•.•.......•••.......•........•...•....•.............•. 599
D. Malatin
Study of Breast Tumors by Thermography, 67 Gallium Citrate and ECAT using 13N-Ammonia ................................................................... 605
L. de Thibault de Boesinghe and K. Schel')traete
The Prognostic Value of Infrared Thermography for Operable Breast Cancer .•..•....•....••........•....•••.•.••.••..•.•. 609
J. M. Spitalier, R. Amalric, D. Giraud, H. Brandone, Y. Ayme, J. F. Pollet and F. Amalric
Results of Contact Thermography using the BTD System in 1500 Patients with 100 Mam mary Carcinomas •.......•.•......••....•.•..••.•.............••....•.•. 613
M. Bauer, V. D. Fournier, R. Schulz-Wendtland F. Kubli and U. Spah
Breast Cancer Screening Indicator (BSCI): A HomeUse Device for the Detection of Breast Pathology ......................................................................... 617
H. L. Karpman, B. Hamilton and S. Cutler
Value of Infrared Thermography in the Assessment of Malignant Melanomas of the Skin ................................ 623
R. Amalric, C. Altschuler, D. Giraud, L. Thomassin and J. M. Spitalier
Value of Thermography in the Diagnosis of Malignant Melanomas of the Skin .................................... 631
M. Cristofolini, S. Boi, B. Perani, G. Recchia and G. Zumiani
HYPERTHERMIA
Hyperthermia - Introduction ........................................................ 635 P. Carnochan
Infrared Thermography and Hyperthermia P. Carnochan and C. H. Jones
637
CONTENTS
Progress in Microwave and Radiofrequency Hyperthermia Controlled by Microwave
xvii
Thermography ..•.•.••...•...••.•............•.....•..................••.••••••. 647 M. Chive, M. Plancot, Y. Leroy, G. Giaux
and B. Prevost
Experimental and Clinical Studies of Hyperthermia in Oncology using Different Electromagnetic Systems •.•..•.•...••••...•...•...••.•........••••.....•.......•.......•..........•. 653
J. L. Guerquin-Kern, H-M. Lauche, P. Pillement, G. Methlin and M. Gautherie.
Kaliomimetic Ion Transport by Injured Membrane During In Vitro Hyperthermia of Tumor Cells
J. Robert, C. Marchal, F. Brunotte, L. Anghileri and P. Thouvenot
Effect of Localised Hyperthermia on Tumor
663
Blood Flow and Oxygenation ...•.••......••.....••....•..................• 669 W. Mueller-Klieser, R. Manz, J. Otte
P. Vaupel
Immunological Response to Whole Body Microwave Hyperthermia in Normal and Tumor -Bearing Animals .•...•.•.......••..•....•..•..•••••..•..•....•.....••.......•... 677
S. Szmigielski
Treatment of Malignant Neoplasms with Radiofrequency Hyperthermia -Clinical Experience •..•••......•............•.........•............••......... 679
Z. Dreznik, R. E. Falk, U. Ambus, V. Howard, D. Venturi and L. Makowka
Radiofrequency Hyperthermia (13.56 MHz) Associated with Radiotherapy or Chemotherapy in the Treatment of Cancer, with Atraumatic Control by Microwave Thermometry (2.4 GHz) ..................................................... 689
G. Giaux, B. Prevost, Y. Leroy and M. Chive
Hyperthermia Combined with Immune-Modulation in Cancer Therapy ..................•..•.......................................... 693
P. Pontiggia, G. M. Pigliucci, N. Gentiloni, G. Follini, R. Cervellin
Author Index ••••••••••••••••••••••••.••••••.•.•••••.••••••. 701
Subj ect Index ••.••.••.••••••••••••.••••••••••••••••••••.••• 705