Tony Finelli

MD, MSc, FRCSC

Chief of Urology, University Health Network
GU Site Lead, Princess Margaret Cancer Center
Associate Professor
University of Toronto

Phone

(416) 946-2851

Assistant(s)

Biography

Dr. Tony Finelli is a urologic oncologist and surgeon investigator at the University Health Network (UHN) in Toronto and an Associate Professor at the University of Toronto. He is the Chief of Urology, GU Site Lead at the Princess Margaret Cancer Center and the inaugural GU Oncology Lead for the province of Ontario (Cancer Care Ontario).

Dr. Finelli conducts health services research in urologic oncology with an interest in identifying gaps in care and designing knowledge translation strategies to overcome them. He is also actively involved in clinical trials. He has published more than 100 peer-reviewed manuscripts and holds peer-reviewed funding for research in prostate and kidney cancer.

Dr. Finelli’s clinical practice focuses on the management of urologic malignancies with minimally invasive and robotic techniques. He has performed live surgery for instructional purposes in more than 10 countries. Dr Finelli is recognized nationally and internationally for his contributions to minimally invasive urologic oncology.

Areas of Specialty and Research Interests

Affiliated Hospital(s)

Princess Margaret Cancer Centre (UHN), Toronto General Hospital (UHN)
 
 

Latest Publications

Safety, reliability and accuracy of small renal tumour biopsies: results from a multi-institution registry.

Related Articles

Safety, reliability and accuracy of small renal tumour biopsies: results from a multi-institution registry.

BJU Int. 2017 Apr;119(4):543-549

Authors: Richard PO, Jewett MA, Tanguay S, Saarela O, Liu ZA, Pouliot F, Kapoor A, Rendon R, Finelli A

Abstract
OBJECTIVE: To validate, in a multi-institution review, the safety, accuracy and reliability of renal tumour biopsy (RTB) and its role in decreasing unnecessary treatment.
MATERIALS AND METHODS: We conducted a multi-institution retrospective study of patients who underwent RTB to characterize a small renal mass (SRM) between 2011 and May 2015. Patients were identified using the prospectively maintained Canadian Kidney Cancer information system. Diagnostic and concordance rates were presented using proportions, whereas factors associated with a diagnostic RTB were identified using a logistic regression model.
RESULTS: Of the 373 biopsied SRMs, the initial biopsy was diagnostic in 87% of cases. Of the 47 non-diagnostic biopsies, 15 had a repeat biopsy of which, 80% were diagnostic. When both were combined, therefore, a diagnosis was obtained in 91% of SRMs. Of these, 18% were benign. Size was the only factor found to be associated with achieving a diagnostic biopsy. RTB histology and nuclear grade (high or low) were found to be highly concordant with surgical pathology (86 and 81%, respectively). Of the discordant tumours (n = 16), all were upgraded from low to high grade on surgical pathology. Adverse events were rare (<1% of cases).
CONCLUSION: The present multi-institution study confirms that RTB of SRMs is safe, accurate and reliable across institutions, while decreasing unnecessary treatment. Given our findings, RTBs may be a helpful tool with which to triage SRMs and guide appropriate management.

PMID: 27528446 [PubMed - indexed for MEDLINE]