A Brief Atlas of Diagnostic Ultrasonic Radiologic Results

Howry, Douglass H.

doi:10.1016/s0033-8389(22)02841-x

Cited by 34 publications

(1 citation statement)

References 6 publications

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“…The first two-dimensional ultrasonic scans were obtained by Howry and Bliss (1952) and Wild and Reid (1952 a, b). T h e method is nowadays used in many fields, which include obstetrics and gynaecology Brown 1961, Donald andAbdulla 1967, andfigure 18), and the diagnosis of diseases of the breast (Hayashi et al 1962, Wells and, the liver (Howry 1965, McCarthy et al 1967, the eye (Baum and Greenwood 1965) and the kidney (Damascelli et al 1968). Most investigations involve the making of several scans, often in two groups of parallel sections, one group being planes at right angles to those in the other group.…”

Section: Diagnostic Applicationsmentioning

confidence: 99%

The medical applications of ultrasonics

Wells

1970

Rep. Prog. Phys.

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2. Fundamental physics . 3. Transducers . 3.1. Transducer materials . 3.2. Transducer design . 4.1. Beam formation . 4.2. Methods of measurement . 5.1. Propagation velocity . . 5.2. Characteristic impedance . 5.3. Absorption . 6.1. Early investigations . 6.2. Thermal effects . 6.3. Mechanical effects . 6.4. Other investigations . 7. Surgical applications . 7.1. Neurosurgery . 7.2. Vestibular surgery . 8. Therapeutic applications . 8.1. Physiotherapy . 8.2. Production of aerosols . 9. Diagnostic applications . 9.1. Pulse-echo techniques . 9.2. Continuous-wave techniques . Appendix: glossary of biomedical terms . References . 4. The ultrasonic field . 5. Acoustic properties of biological tissues . 6. Interactions of ultrasonic waves with biological tissues

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Section: Diagnostic Applicationsmentioning

confidence: 99%

The medical applications of ultrasonics

Wells

1970

Rep. Prog. Phys.

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In VivoFunction of Human Achilles and Patella Tendons During Normal Locomotion

Komi¹,

Ishikawa²

2007

Tendinopathy in Athletes

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Imaging of fatty tumors: appearance of subcutaneous lipomas in optoacoustic images

et al. 2017

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A wide variety of subcutaneous soft-tissue masses may be seen in clinical practice. Clinical examination based on palpation alone is often insufficient to identify the nature and exact origin of the mass, in which case imaging is necessary. We used handheld multispectral optoacoustic imaging technology (MSOT) in a proof-of-principle study to image superficial fatty tumors and compare the images with diagnostic ultrasound. Fatty tumors were clearly visualized by MSOT and exhibited a spectral signature which differed from normal fatty tissue or muscle tissue. Our findings further indicated that MSOT offers highly complementary contrast to sonography. Based on the performance achieved, we foresee a promising role for MSOT in the diagnosis and evaluation of subcutaneous soft-tissue masses.Picture: Pseudo-color representation of a cross-sectional multi-spectral optoacoustic slice through a subcutaneous lipoma. Multi-spectral information is encoded in color. The lipoma can clearly be distinguished from the surrounding tissue based on its color. Scalebar 1 cm.

show abstract

A Brief Atlas of Diagnostic Ultrasonic Radiologic Results

Cited by 34 publications

References 6 publications

The medical applications of ultrasonics

The medical applications of ultrasonics

In VivoFunction of Human Achilles and Patella Tendons During Normal Locomotion

Imaging of fatty tumors: appearance of subcutaneous lipomas in optoacoustic images

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