Northwire Canada EditionThursday, July 16, 2026
Northwire
CLCH 1.17 −4.1% DG 0.035 +0.0% SGML 15.86 −6.0% FURY 0.730 −2.7% CG 22.11 −1.9% ARIS 20.18 −1.1% LAF 1.65 +0.0% MKO 10.18 −2.2% NUG 0.330 −1.5% SGN 0.250 −5.7% AVL 7.99 −0.4% ELE 22.14 −2.7% TRX 1.03 −7.2% PTM 1.83 +0.6% OMM 0.050 −9.1% CBG 0.300 −1.6% CLCH 1.17 −4.1% DG 0.035 +0.0% SGML 15.86 −6.0% FURY 0.730 −2.7% CG 22.11 −1.9% ARIS 20.18 −1.1% LAF 1.65 +0.0% MKO 10.18 −2.2% NUG 0.330 −1.5% SGN 0.250 −5.7% AVL 7.99 −0.4% ELE 22.14 −2.7% TRX 1.03 −7.2% PTM 1.83 +0.6% OMM 0.050 −9.1% CBG 0.300 −1.6%
Other

Profound sees first Johns Hopkins Tulsa case

PRN · Price

Executive Summary

  • Profound Medical Corp. reports that Johns Hopkins Hospital has treated its first commercial (non-clinical-trial) patient using the Tulsa-Pro® system.
  • This milestone marks the official launch of Tulsa-Pro at Johns Hopkins Medicine, coinciding with the opening of their new interventional MRI (iMRI) suite.
  • The event highlights the transition of MRI from diagnostic imaging to a real-time therapeutic platform for treating prostate cancer and benign prostatic hyperplasia (BPH).

Key Details

  • First Commercial Case: Johns Hopkins Hospital treated its first non-clinical-trial prostate cancer patient using Profound Medical’s Tulsa-Pro system.
  • Facility Context: The launch coincides with the opening of Johns Hopkins Medicine's new interventional MRI (iMRI) suite, designed for surgical procedures benefiting from real-time MRI precision.
  • Technology Mechanism: The Tulsa procedure uses robotically controlled directional ultrasound delivered from inside the urethra to heat prostate tissue to 55–57 degrees Celsius ("kill temperature").
  • Safety and Efficacy Features:
    • Real-time MRI thermography allows for continuous visualization and autonomous temperature adjustment.
    • The procedure results in no procedural blood loss and no overnight hospital stay.
    • It aims to minimize side effects associated with surgery or radiation, such as urinary incontinence and erectile dysfunction.
  • Clinical History: Johns Hopkins University was an early participant in the clinical development of Tulsa-Pro, including the TACT pivotal clinical trial (leading to FDA clearance) and the recent randomized prospective postmarket Captain trial.
  • CEO Commentary: Arun Menawat, CEO and Chairman of Profound Medical, noted that leading institutions like Johns Hopkins are at the forefront of adopting MRI-guided therapeutic platforms for superior clinical outcomes.

Notable Quotes

  • "The implementation of Tulsa-Pro in a newly built interventional MR suite specifically designed for surgical procedures that benefit from the precision of real-time MRI to deliver superior clinical outcomes is a growing movement. Accordingly, it is not surprising that a leading institution such as Johns Hopkins Medicine is at the forefront of this trend." — Arun Menawat, CEO and Chairman, Profound Medical Corp.
Read the original news release →

More from Profound Medical Corp