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Japanese Team Creates Device to Assist in Robot-Assisted Heart Surgery

by Amy

A team of researchers from Osaka Metropolitan University has developed a groundbreaking device designed to enhance the efficiency of robot-assisted heart surgery. This innovative plastic device, known as a surgical field expansion plate, aims to provide surgeons with greater independence during operations, reducing their reliance on assistants.

In traditional robot-assisted heart surgery, surgeons typically need an assistant to help maneuver the robotic arm through a small incision.

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The assistant’s role is crucial, as they must ensure that the surgeon has adequate space to operate effectively. However, the newly developed device allows for more autonomy on the surgeon’s part.

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The surgical field expansion plate was created by a team led by Professors Toshihiko Shibata and Yosuke Takahashi. Made from polyether ether ketone (PEEK), a plastic commonly used in medical implants and the aerospace industry, the device has undergone testing in actual heart surgeries. The results demonstrated that when the PEEK plate is fastened into a circular shape, it expands to a specific size and maintains its form, effectively securing the surgical field.

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According to the study published in the journal Innovations, the plate is 0.4 millimeters thick and is available in various widths and lengths tailored to different surgical needs. Professor Takahashi emphasized the advantages of this device, stating, “This flexible yet rigid medical-grade device is simple to use and reusable.” He also noted that it could facilitate robot-assisted heart surgeries without depending heavily on the assistant’s skill. Further applications of this technology are anticipated in fields such as oral surgery and otolaryngology.

The development of this device represents a significant advancement in robotic surgery, potentially improving outcomes for patients by streamlining procedures and enhancing surgical precision.

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