Optimizing clinical utility of the ultrasound-guided core biopsy for head and neck tumor
Journal
Journal of Medical Ultrasound
Journal Volume
22
Journal Issue
3
Pages
152-157
Date Issued
2014
Author(s)
Abstract
Background: The goal of this study is to validate the clinical utility and define the procedure setting of minimally invasive core biopsy that is performed under ultrasound guidance with small-gauge needles (USCB) in head and neck tumors. Materials and methods: A consecutive 56 patients with head and neck tumors received USCB with informed consents. Patients received USCB with different gauges of core needles randomly. The adequacy rate of the specimen and other clinical parameters were analyzed. The adequacy is defined as the target lesion is taken under ultrasound and specific diagnosis could be made by the specimen. Results: The overall diagnostic adequacy rate of USCB was 91%. Among different needle gauges of USCB, the 18-gauge group demonstrated a 100% adequate rate, a lower anesthetic demand (16.6%), and shorter postprocedure bleeding time (3.0±1.4 minutes), showing significant differences when compared with others. No immediate or late complications were noted after procedure in all patients. Conclusion: USCB is minimally invasive and provides pathological information for diagnosis. It is a precise, safe, and office-based procedure and is suggested to be included in the diagnosis of head and neck tumors. ? 2014.
SDGs
Other Subjects
adolescent; adult; aged; anesthesia; Article; B cell lymphoma; bleeding; bleeding time; branchiogenic cyst; cancer classification; clear cell carcinoma; controlled clinical trial; controlled study; core biopsy needle; epidermoid cyst; esthesioneuroblastoma; female; granulomatous inflammation; head and neck carcinoma; head and neck tumor; histopathology; Hodgkin disease; human; human tissue; image guided biopsy; infection; Kikuchi disease; lipoma; lymphoid hyperplasia; major clinical study; male; marginal zone lymphoma; metastasis; minimally invasive procedure; nerve injury; pleomorphic adenoma; process optimization; sialoadenitis; ultrasound guided small gauge core biopsy; ultrasound scanner; validation study; Warthin tumor
Publisher
Elsevier (Singapore) Pte Ltd
Type
journal article