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Computerized Thermography

The Emergence of a New Diagnostic Imaging Modality

Published online by Cambridge University Press:  10 March 2009

Michael Anbar
Affiliation:
School of Medicine, SUNY, Buffalo

Abstract

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Type
Emerging Technology
Copyright
Copyright © Cambridge University Press 1987

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References

1.Abernathy, M., Chang, L., Nichols, R., & Brandt, M. M. Stroke. detection by noninvasive testing. In ref. 2.Google Scholar
2.Abernathy, M., & Uematsu, S. (eds.), Medical thermology. Washington, DC: American Academy of Thermology, 1986.Google Scholar
3.Adatto, K. N. et al. , Thermography and computed tomography in evaluation of lumbar disc disease. In ref. 2.Google Scholar
4.Bar-Sela, A. The history of temperature recording from antiquity to the present. In ref. 2.Google Scholar
5.Brelsford, K. L., & Uematsu, S.Thermographic presentation of cutaneous sensory and vasomotor activity in the injured peripheral nerve. Journal of Neurosurgery, 1985, 62, 711715.CrossRefGoogle ScholarPubMed
6.Farrell, C., Perez-Mesa, C., & Blackwell, C. Thermographic findings in inflammatory breast cancer. In ref. 2.Google Scholar
7.Gautherie, M., Haehnel, P., & Walter, J. Improvement of thermographic findings on minimal breast cancer based on the use of advanced liquid crystal technology and computer-assisted protocols of interpretation. In ref. 2.Google Scholar
8.Gershon-Cohen, J., Haberman, J., & Brueschke, E. E.Medical thermography: A summary of current status. Radiology Clinics in North America, 1965, 3, 403431.CrossRefGoogle ScholarPubMed
9.Haberman, J. The phoenix is rising—An overview of breast cancer thermography in the United States. In ref. 2.Google Scholar
10.Hamilton, B. An overview of proposed mechanisms underlying thermal dysfunction. In ref. 2.Google Scholar
11.Hobbins, W. B.Measurement of skin temperature: New instrumentation. Health Care Instruments, 1986, 1, 131135.Google Scholar
12.Karpman, H. L., & Jay, E. B. Computerized breast thermography. In ref. 2.Google Scholar
13.Kutas, A. F., & Tannas, L. E. Jr, Thermography with electronic image processing. Health Care Instruments, 1986, 1, 173179.Google Scholar
14.Maultsby, J. A. et al. , Electronic thermography: A valuable aid in evaluating and treating symptomatic spinal pathology. In ref. 2.Google Scholar
15.Perelman, R. B., & Adler, D. A comparison of lumboscleral thermograms with CT scans. In ref. 2.Google Scholar
16.Pochaczevsky, R., & Capace, N. R. Thermographic evaluation of the remaining breast after contralateral mastectomy or lumpectomy. In ref. 2.Google Scholar
17.Rapoport, A. M., Sheftell, F. D. & Altemus, M. Correlation of facial thermograms and headache diagnosis. In ref. 2.Google Scholar
18.Uematsu, S.Thermal imaging of cutaneous sensory segment in patients with peripheral nerve injury. Journal of Neurosurgery, 1985, 62, 716720.CrossRefGoogle Scholar
19.Uematsu, S. Thermographic sensory examination. In ref. 2.Google Scholar
20.Urricio, J. V. Jr Thermography in the evaluation of causalgia. In ref. 2.Google Scholar