1996Journal of diagnostic medical sonographyRequires access

Ultrasound-Guided Mamtmeotomoy

Steve H. Parker, Mark A. Dennis, A. Thomas Stavros, Kevin Johnson

Open publisher page 32 citations

Abstract

Ultrasound-guided breast biopsy is becoming a more commonplace procedure as the demand for more cost-effective and patient-effective means of breast diagnosis increases. A new biopsy device, the mammotome, has been introduced that uses vacuum and a tissue transport mechanism so that multiple samples can be obtained with one insertion in contradistinction to previous percutaneous biopsy methods, which required multiple insertions. To use the mammotome with ultrasound guidance, it is attached to an articulated arm that stabilizes the mammotome housing during the biopsy. The mammotome should make ultrasound-guided breast biopsy less time consuming, more accurate, and more acceptable to those performing the procedure and those ordering the procedure.

About this research paper

What this paper is about

Ultrasound-guided breast biopsy is becoming a more commonplace procedure as the demand for more cost-effective and patient-effective means of breast diagnosis increases. A new biopsy device, the mammotome, has been introduced that uses vacuum and a tissue transport mechanism so that multiple samples can be obtained with one insertion in contradistinction to previous percutaneous biopsy methods, which required multiple insertions. To use the mammotome with ultrasound guidance, it is attached to an articulated arm that stabilizes the mammotome housing during the biopsy. The mammotome should make ultrasound-guided breast biopsy less time consuming, more accurate, and more acceptable to those performing the procedure and those ordering the procedure.

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OpenAlex reports 32 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

Ultrasound-guided breast biopsy is becoming a more commonplace procedure as the demand for more cost-effective and patient-effective means of breast diagnosis increases. A new biopsy device, the mammotome, has been introduced that uses vacuum and a tissue transport mechanism so that multiple samples can be obtained with one insertion in contradistinction to previous percutaneous biopsy methods, which required multiple insertions. To use the mammotome with ultrasound guidance, it is attached to an articulated arm that stabilizes the mammotome housing during the biopsy. The mammotome should make ultrasound-guided breast biopsy less time consuming, more accurate, and more acceptable to those performing the procedure and those ordering the procedure.

Key concepts: Mammotome, Medicine, Biopsy, Ultrasound, Radiology, Percutaneous biopsy, Percutaneous, Breast biopsy

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