CIRS Model 013 Stereotactic Needle Biopsy Training Phantom提供了一個簡單的乳腺攝影針活檢程序培訓(xùn)解決方案。
CIRS 013乳腺模體特征：
可壓縮
刺破時不會泄漏
包含各種大小密集的活體組織
包含用于可視化和活組織檢查的鈣化簇
擬人化的形狀準(zhǔn)確模擬乳房的壓縮
模擬針的阻力
物理一致性與人體組織相似
兼容獨(dú)立和附加立體定位活檢系統(tǒng)
適用于數(shù)字系統(tǒng)
DESCRIPTION
A tissue equivalent, compressible biopsy training phantom, that wont leak! Features: Compressible Does not leak when punctured Contains various sizes of dense masses for biopsy Contains calcification cluster for visualization and biopsy Anthropomorphic shape for accurate simulation of breast compression Simulated needle resistance Palpable lesions Physical consistency similar to human tissue Compatible with both stand alone and add-on stereotactic biopsy systems Country of Origin: United States of America Stereotactic Needle Biopsy Training Phantom is a disposable training tool and practice medium for mammographic needle biopsy procedures. The phantom also serves as an excellent quality assurance device for stereotactic systems and should be used whenever a new system is installed or repaired to insure accurate needle placement. The phantom can be used to perb the localization accuracy test in the American College of Radiology's stereotactic breast biopsy accreditation program.
The phantom body is shaped to represent a partially compressed breast. This allows the user to easily compress the breast to 4.5 cm thickness for optimum imaging. The shape also enables the phantom to be used in systems where the patient is either prone or sitting. The phantom is made from a proprietary gel with a physical consistency similar to human tissue and, since the gel is a non-flowing material, it won't leak out when punctured. The gel is surrounded by an elastic skin-like membrane, which enables palpation of the bded masses and provides needle resistance.
Embedded within the phantom are numerous solid masses in a range of sizes. These radiographically visible masses can be biopsied multiple times. The masses are colored black for easy visualization of a successful biopsy. These solid masses are randomly bed so each phantom provides a unique training experience. Two calcification clusters are bed within the medial transverse plane at the right and left edge of the phantom. These calcifications can be biopsied or used for QA checks on the mammography system. To aid in visualizing the b of the calcifications, the two groups are each clustered around a white but radiographically transparent mass.
The stereotactic training phantom offers an easy, low cost option to create a relaxed learning environment. The phantom can be reused multiple times with no special storage requirements.
