unilateral – Clinical Robotics https://clinicalrobotics.com Thu, 26 Mar 2026 17:22:01 +0000 en-US hourly 1 https://clinicalrobotics.com/wp-content/uploads/2018/01/cropped-logo-x-google-32x32.png unilateral – Clinical Robotics https://clinicalrobotics.com 32 32 Unilateral inguinal hernia robotics + umbilical https://clinicalrobotics.com/unilateral-inguinal-hernia-robotics-umbilical/ https://clinicalrobotics.com/unilateral-inguinal-hernia-robotics-umbilical/#respond Sun, 15 Dec 2024 11:00:27 +0000 https://clinicalrobotics.com/?p=44568 Antonio Luiz De Vasconcellos Macedo, Alfredo Bertocco (Sao Paolo – Brasil) The video shows anatomical landmarks and key passages

A new post has been published on Clinical Robotics.

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Antonio Luiz De Vasconcellos Macedo, Alfredo Bertocco (Sao Paolo – Brasil)
The video shows anatomical landmarks and key passages

A new post has been published on Clinical Robotics.

]]> https://clinicalrobotics.com/unilateral-inguinal-hernia-robotics-umbilical/feed/ 0 Novel unilateral transthoracic approach for performing Cox Maze https://clinicalrobotics.com/novel-unilateral-transthoracic-approach-for-performing-cox-maze/ Sat, 25 Oct 2014 05:00:00 +0000 http://www.clinicalrobotics.com/index.php/8765/novel-unilateral-transthoracic-approach-for-performing-cox-maze/ F. Gharagozloo, M. Moslemi, M. Meyer, D. Nguyen, B. Rawashdeh, B. Tempesta, K. Moss
A complete Cox Maze IV procedure is difficult to accomplish using current endoscopic and minimally invasive techniques. These techniques are hampered by inability to adequately dissect the posterior structures of the heart and place all necessary lesions.

A new post has been published on Clinical Robotics.

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Farid Gharagozloo (Celebration – USA) Mohammad Moslemi Mark Meyer Duy Nguyen Badi Rawashdeh Barbera Tempesta Keith Maas

A complete Cox Maze IV procedure is difficult to accomplish using current endoscopic and minimally invasive techniques. These techniques are hampered by inability to adequately dissect the posterior structures of the heart and place all necessary lesions. We present a novel approach using robotic technology that achieves placement of all the lesions of the complete Maze procedure.

A new post has been published on Clinical Robotics.

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