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Featured researches published by P. Kasprzak.


Ejso | 2011

Pain experienced by patients during minimal-invasive ultrasound-guided breast biopsy: Vacuum-assisted vs core-needle procedure *

B. Szynglarewicz; Rafal Matkowski; P. Kasprzak; J. Forgacz; A. Zolnierek; Agnieszka Halon; Jan Kornafel

AIMS To evaluate comparatively the pain associated with ultrasound-guided core-needle (CN) and vacuum-assisted (VA) biopsy for non-palpable breast lesions. METHODS 723 women undergoing ultrasound-guided breast biopsy for BIRADS IV and V lesions according to the same standardised protocol were prospectively studied. 14-gauge CN biopsy with an automated gun was performed in 321 patients. In 402 women biopsy was made using 11-gauge VA hand-held probe. Immediately after the procedure patients were interviewed about the pain experienced during the biopsy and were asked to indicate at the pain intensity on a eleven-point scale: from 0 (none) to 10 (extreme, worst possible pain). RESULTS The median rate of pain experienced by women during biopsy was 4 (range 2-7). There were no significant differences between CN and VA groups with regard to age, body mass index, menopausal status, history of parity, hormone replacement therapy, menopausal status, breast parenchymal pattern (according to Wolfes classification), family history of breast cancer, lesion size and number of samples. CN biopsy with an automated gun was significantly more painful (P < 0.01) than procedure with VA hand-held device as evaluated by patients: median 6 (4-7) vs 3 (2-5), respectively. CONCLUSIONS Despite using the larger needle VA procedure results in less pain experienced by women in comparison to CN biopsy with automated gun. Reduced patient discomfort should be one of the reasons for the preferential use of VA biopsy in the assessment of non-palpable breast masses.


Ejso | 2016

215. Imaging-histologic discordance following image-guided core-needle or vacuum assisted breast biopsy – Analysis of 340 lesions of BIRADS category 4C

B. Szynglarewicz; P. Kasprzak; A. Maciejczyk; Rafal Matkowski


Ejso | 2016

210. Is the population-based mammographic screening program applicable in health care system of middle income country?

B. Szynglarewicz; D. Blaszczyk; A. Maciejczyk; P. Kasprzak; Rafal Matkowski


Ejso | 2016

676. Quality assessment of population-based mammographic screening program

B. Szynglarewicz; D. Blaszczyk; A. Maciejczyk; P. Kasprzak; Rafal Matkowski


Ejso | 2016

678. Time to surgery before and after the implementation of breast cancer rapid management policy

B. Szynglarewicz; A. Maciejczyk; P. Kasprzak; T. Michalik; B. Oleszkiewicz; Rafal Matkowski


Ejso | 2016

213. Short-term follow-up (early recall) in breast cancer screening programs should be avoided due to very low predictive value for malignancy

B. Szynglarewicz; P. Kasprzak; A. Maciejczyk; Rafal Matkowski


Ejso | 2016

680. Surgical service in a newly formed breast unit in the regional comprehensive cancer centre – Quality assessment using early performance indicators

B. Szynglarewicz; A. Maciejczyk; T. Michalik; B. Oleszkiewicz; P. Kasprzak; Rafal Matkowski


Ejso | 2016

201. A voice for sentinel node biopsy at the time of breast surgery for non-palpable but mass-forming pure DCIS found on image-guided breast biopsy

B. Szynglarewicz; P. Kasprzak; A. Maciejczyk; T. Michalik; B. Oleszkiewicz; M. Strychalska; Rafal Matkowski


Ejso | 2016

206. Pure DCIS on core biopsy of palpable breast mass: Rarely common, highly risky

B. Szynglarewicz; P. Kasprzak; A. Maciejczyk; T. Michalik; B. Oleszkiewicz; M. Strychalska; Rafal Matkowski


Ejso | 2016

207. Non-pleomorphic LCIS without imaging-histologic discordance and residual lesion may be referred to a close follow-up instead of surgical excision

B. Szynglarewicz; P. Kasprzak; A. Maciejczyk; T. Michalik; B. Oleszkiewicz; M. Strychalska; Rafal Matkowski

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Rafal Matkowski

Wrocław Medical University

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Jan Kornafel

Wrocław Medical University

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A. Zolnierek

Wrocław University of Technology

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Agnieszka Halon

Wrocław Medical University

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