Summary
As currently used, ultrasonic diagnostic technics employ two types of presentation: the A-scope, or amplitude-depth, technic, and the B-scope, or compound scan and focused crystal, technic. The A-scope technic appears to have definite application in echoencephalography, echocardiography, bitemporal fetal-cephalography, and detection of tumors in the breast and gallstones in a distended gallbladder. Work on the B-scope technic for ultrasonic diagnoses over the past 12 years has demonstrated the feasibility of obtaining pictorial representation of anatomic and pathologic processes. In the abdomen good pictures have been obtained of the kidney, liver, and splenic areas, and also of fluid-filled structures such as the stomach and bladder. Under good operating conditions, this technic can clearly show such pathologic processes as cysts, abscesses, local infections, tumors, fibrosis, foreign bodies, and accumulations of fluid. At present, it can be particularly useful in precisely localizing a liver lesion for biopsy. It is necessary to acquire greater experience in interpreting pictures and in correlating these findings with those of biopsy, surgery, and autopsy. Certain improvements are discussed which may improve picture detail and equipment operation.
Similar content being viewed by others
References
Firestone, F. A. The supersonic reflectoscope for interior inspection.Metal Progr. 48:505, 1945.
Ludwig, G. D., Bolt, R. H., Hueter, T. F., andBallantine, H. T., Jr. Factors influencing the use of ultrasound as a diagnostic aid.Trans. Am. Neurol. A. 75:225, 1950.
Ludwig, G. D., andStruthers, F. W. Considerations Underlying the Use of Ultrasound to Detect Gallstones and Foreign Bodies in Tissue. Project No. N.M. 004 001, Report No. 4, U. S. Naval Medical Research Institute. Bethesda, Md. 1949.
Dussik, K. (T.) “Ultraschallanwendung in der Diagnostik und Therapie der Erkrankgungen des zentralen Nervensystems.” inDer Ultraschall in der Medizin; Kongressbericht der Erlanger Ultraschall-Tagung 1949, edited by K. Matthes and W. Rech. S. Hirzel, Zürich, 1949, p. 283.
Dussik, K. T., Dussik, F., andWyt, L. Auf dem Wege zur Hyperphonographic des Gehirnes.Wien. med. Wchnschr. 97:425, 1947.
Ballantinf, H. T., Jr., Ludwig, G. D., Bolt, R. H., andHufter. T. F. Ultrasonic localization of the cerebral ventricles.Trans. Am. Neurol. A. 75:38, 1950 [discussion, p. 40].
Ballantine, H. T., Jr., Bolt, R. H., Hueter, T. F., andLudwig, G. D. On the detection of intracranial pathology by ultrasound.Science 112:525, 1950.
Howry, D. H., andBliss, W. R. Ultrasonic visualization of soft tissue structures of the body.J. Lab. & Clin.Med. 40:579, 1952.
Howry, D. H., Stott, D. A., andBliss, W. R. The ultrasonic visualization of carcinoma of the breast and other soft tissue structures.Cancer 7:354, 1954.
Wild, J. J. The use of ultrasonic pulses for the measurement of biological tissues and the detection of tissue density changes.Surgery 27:183, 1950.
Wild, J. J., andReid, J. M. Application of echo-ranging techniques to the determination of structure of biological tissues.Science 115:226, 1952.
French, L. A., Wild, J. J., andNeal, D. The experimental application of ultrasonics to the localization of brain tumors.Preliminary report. J. Neurosurg. 8:198, 1951.
Wild, J. J., andReid, J. M. Further pilot echographic studies on the histologic structure of tumors of the living intact human breast.Am. J. Path. 28:839, 1952.
Wild, J. J., andReid, J. M. “Progress in the techniques of soft tissue examination by 15 MC pulsed ultrasound,” inUltrasound in Biology and Medicine, edited by F. Kelly. American Institute of Biological Sciences. Washington, D. C., 1957. pp. 30.
Leksell, L. Echoencephalography, I. Detection of intracranial complications following head injury.Acta chir. scandinav.110:301, 1955.
Leksell, L. Echoencephalography. II. Midline echo from the pineal body as an index of pineal displacement.Acta chir. scandium. 115:255, 1958.
Gordon, G. Echoencephalography. Ultrasonic rays in diagnostic radiology.Brit. M. J. 1:1500, 1959.
Taylor, J. C., Newell, J. A., andKarvounis, P. Ultrasonics in the diagnosis of intra-cranial space occupying lesions.Lancet 1:1197, 1961.
ter Braak, J. W. G, Crezee, P., Grandia, W. A. M., andVeieger, M. The significance of some reflections in “echo-encephalography”.Acta neurochir. 9:382, 1961.
Lithander, B. Origin of echoes in the echoencephalogram.J. Neurol., Neurosurg. & Psychiat. 24: 22, 1961.
Tanaka, K., Kikuchi, Y., andUchida, R. Ultrasonic diagnosis of surgical disease. 1961. Japan Radio Co. Ltd., Tokyo.
Berlyne, G. M. Ultrasonics in renal biopsy: An aid to determination of kidney position.Lancet 2:750, 1961.
Jeppsson, S. Echoencephalography. IV. The midline echo, an evaluation of its usefulness for diagnosing intracranial expansivities and an investigation into its source.Acta chir. scandinav. Suppl. 272, 1961.
Effert, W. S. Der derzeitige Stand der Ultraschallkardiographic.Arch. Kreislauf-forsch. 30:213, 1959.
Edler, I., andGuseafson, A. Ultrasonic cardiogram in mitral stenosis.Acta med. scandinav. 159: 85, 1957.
Edler, I., Gustafson, A., Korlefors, T., andChristensson, B. Ultrasoundcardiography.Acta med. scandinav. 170: Suppl., 1961.
Hertz, C. H., andEdler, I. Die Registuerung von Herzwand bewegungen mit Hilfe des Ultraschall-Impulaverfahrens.Acustica 6:361, 1956.
Joyner, C., Reid, J. M., andBond, J. P. Ultrasound cardiogram in the assessment of mitral valve disease.Circulation 26:738, 1962.
Baum, G., andGreenwood, I. Orbital lesion localization by three-dimensional ultra-sonagraphy.New York J. Med. 61:414, 1961.
Baum, G., andGreenwood, I. A critique of time-amplitude ultrasonagraphy.Arch. ophthalmol. 65:353, 1961.
Donald, I., andBrown, T. G. Localization using physical devices, radioisotopes and radiographic methods. I. Demonstration of tissue interfaces within the body by ultrasonic echo-sounding.Brit. J. Radiol. 34:539, 1961.
Howry, D. H., Holmes, J. H., Cushman, C. R., andPosakony, G. J. Ultrasonic visualization of living organs and tissues: With observations on some disease processes.Geriatrics 10:123, 1955.
Howry, D. H. “Technique used in ultrasonic visualization of soft tissues,” inUltrasound in Biology and Medicine. American Institute of Biological Sciences, Washington, D. C, 1957, p. 49.
Holmes, J. H., Howry, D. H., Posakony, G. J., andCushman, C. R. The ultrasonic visualization of soft tissue structures in the human body.Tr. Am. Clin. & Climat. A. 66: 208, 1954.
Wild, J. J., andReid, J. M. Echographic visualization of lesions of the living intact human breast.Cancer Res. 14:227, 1954.
Holmes, J. H., Kirk, R. W., andHowry, D. H. Ultrasonic visualization of living tissues.Fed. Proc. 21: 304, 1962.
Gurevich, N. A., andSobakin, M. A. The prospects of ultrasonic diagnosis of diseases of the internal organs.Novosti Meditsinshoi Tekuniki 22, 1960.
Howry, D. H., Posakony, G. J., Cushman, C. R., andHolmes, J. H. Three dimensional and stereoscopic observations of body structures by ultrasound.J. Appl. Physiol. 9:304, 1956.
Holmes, J. H., andHowry, D. H. Ultrasonic visualization of edema.Tr. Am. Clin. & Climat. A. 70: 225, 1958.
Posakony, G. J., andLoetz, M. R. Investigation of Methods for Determining Actual Flate Size in Materials by Non-destructive Ultrasonic Techniques. WADC Technical report #59, 1959.
Baum, G., andGreenwood, I. Ultrasound in ophthalmology.Am. J. Ophthalmol. 49:249, 1960.
Bliss, W. R., andHowry, D. H. Unpublished data.
Hayashi, S.,et al. Ultrasonic diagnosis of breast tumor and cholelithiasis.West. J Sing. 70:34, 1962.
Author information
Authors and Affiliations
Additional information
The work described here would not have been possible without the assistance of the engineering group, which included C. R. Cushman, R. Goebel, R. Meyerdirk, G. J. Posakony, and W. Wright, and the technical assistance of R. Miller and I. Walker. This program was supported in part by Grants H2115 and C2423 from the United States Public Health Service.
Rights and permissions
About this article
Cite this article
Holmes, J.H., Howry, D.H. Ultrasonic diagnosis of abdominal disease. Digest Dis Sci 8, 12–32 (1963). https://doi.org/10.1007/BF02233558
Issue Date:
DOI: https://doi.org/10.1007/BF02233558