HIGH RESOLUTION REAL TIME SONOGRAPHY OF THE THYROID GLAND

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HONARBAKHSH A.

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Journal Paper

Paper Information

Journal: Iranian Journal of Radiology Year:2008 | Volume:5 | Issue:1 (SUPPLEMENT) Page(s): 30-30

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Title

HIGH RESOLUTION REAL TIME SONOGRAPHY OF THE THYROID GLAND

Author(s)

HONARBAKHSH A.

Keywords

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Abstract

Background/Objective: High-resolution sonography equipment permits for visualization of normal and abnormal thyroid gland with or without gel pad or water bath. This study prospectively presents surgically and pathologically proved patients with thyroid disease by direct ultrasound with or without Doppler (pulse, color, power Doppler).
Patients and Methods: This study was performed by 7.5-10 MHz frequency linear probe transducer with axial resolution of 0.7mm and lateral resolution of 1-2 mm (Aloka 650 and super SG 140 Toshiba unit) assembly with color, power Doppler. Patient's neck was extended as a supine position.
Results: Pathologic proof was obtained in 45 patients with benign and five patients with malignant thyroid disease. Benign lesions were follicular adenoma in 30 patients, goiter in 10 patients, as hashimoto thyroiditis in two patients, hemorrhagic cyst in two patients and simple cyst in one patient. Malignant lesions were follicular, papillary, and medullar carcinoma which seen in two, two, and one patients respectively. Echo patterns were as follow: Most of them showed decreased echo when we compare to normal thyroid tissue, some malignant lesions showed increased echo and some is echo, in the last group we need other work up for example Doppler (pulse, color, power) for evaluation vascularity. We did not have metastasis to thyroid gland.
Conclusion: With advice in technology in crystal and design overall probe as a result create broadband width probe and also full digital sonography unit including (beam forming - CPU) in images resolution is with high grade than semi digital unit that before used for thyroid gland. When With any reason resolution is increased we should be able to diagnosed very small and smallest lesion (for example) mist to thyroid or recurrence after total Lobotomy: there is three primacy uses of sonography, 1) detection of mutionodular gland when only one nodule is suspected clinically and by isotop scan.2) High resolution sonogtaphy can detect occult malignancy with or without cervical adenopathy 3) small lesion for recurrence malignant Lesion.

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APA: Copy

HONARBAKHSH, A.. (2008). HIGH RESOLUTION REAL TIME SONOGRAPHY OF THE THYROID GLAND. IRANIAN JOURNAL OF RADIOLOGY, 5(1 (SUPPLEMENT)), 30-30. SID. https://sid.ir/paper/283928/en

Vancouver: Copy

HONARBAKHSH A.. HIGH RESOLUTION REAL TIME SONOGRAPHY OF THE THYROID GLAND. IRANIAN JOURNAL OF RADIOLOGY[Internet]. 2008;5(1 (SUPPLEMENT)):30-30. Available from: https://sid.ir/paper/283928/en

IEEE: Copy

A. HONARBAKHSH, “HIGH RESOLUTION REAL TIME SONOGRAPHY OF THE THYROID GLAND,” IRANIAN JOURNAL OF RADIOLOGY, vol. 5, no. 1 (SUPPLEMENT), pp. 30–30, 2008, [Online]. Available: https://sid.ir/paper/283928/en

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