This study investigates whether a new image fusion technology can reduce patient radiation dose from CTs and/or procedure time during biopsies of lung, liver or kidney.
This study proposes the use of a new fusion technology, Scenergy (Clear Guide Medical; FDA 510(k) K171677), which fuses CT images to real-time US images to minimize the drawbacks of each modality while enhancing their benefits. Such benefits include, the reduction of radiation dose to the patient with the fusion of initial CT imaging overlaying the live US images. The fused imaging software allows the operator to watch the needle tip advance towards the lesion on both live US and overlaid CT imaging. In such a setting, the operator would only need to perform an initial CT scan, advance the needle into position using fused US/CT images, and a final CT scan to ensure needle tip location. This eliminates interval CT scans that are usually required after each incremental needle position adjustment, and thus, reduces radiation dose to the patient and wasted procedural time during the incremental CT scans.
Study Type
INTERVENTIONAL
Allocation
RANDOMIZED
Purpose
TREATMENT
Masking
NONE
Use of SCENERGY during a lung, liver or kidney biopsy
Temple University Hospital
Philadelphia, Pennsylvania, United States
Radiation Dose during Procedure
The number of CTs or Fluoroscopy shots during the biopsy
Time frame: 1 hour
Time to Reach Target of Biopsy
The amount of time in seconds that the physician takes to reach the target of biopsy
Time frame: 1 hour
Experience Level
Number of years physician has practiced in Interventional Radiology
Time frame: 1 hour
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