​​​​​Ion Robotic Bronchoscopy

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What Is It

Ion robotic bronchoscopy is an advanced, minimally invasive system designed to enhance the diagnosis of lung conditions, particularly lung cancer, by allowing precise access to small and hard-to-reach lung nodules.

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The Ion robotic bronchoscopy system utilized cutting-edge technology to improve the accuracy and efficiency of lung biopsies.  It features an ultrathin, highly maneuverable catheter that enable clinicians to reach all 18 segments of the lung, making it particularly effective for targeting small lesions that may be indicative of lung cancer.

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Key Features and Benefits

1.  Precision Navigation:

      The Ion system employs shape-sensing technology that provides real-time data on the catheter's location and orientation, 

      allowing for precise navgiation to lung nodules.

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2.  Minimally invasive:
      The procedure is performed through the airways without the need for incisions, reducing patient discomfort and recovery time

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3.  Enhanced Imaging:

      Integration with advanced imaging technologies (e.g. fixed and mobile cone beam computed tomography) allows for refined

      navigation and verification during the procedure, boosting clinical confidence.

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4.  Faster Diagnoses:

      By enabling quicker and more accurate identification of lung conditions, the Ion system helps patients move forward with         

      treatment sooner, which is crucial for conditions like lung cancer, where early detection significantly improves outcomes

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5.  Improved Patient Outcomes:

      The system's ability to biopsy small and peripheral lung nodules increased the likelihood of early-stage lung cancer detection, which is vital for effective treatment

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Procedure

During a robotic-assisted bronchoscopy with the Ion system, the following steps are typically involved:

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• Pre-Procedure Planning:

  • A 3D map of the lungs is created using CT scan imaging to determine the safest path to the targeted nodule.

• Catheter Navigation:

  • The ultra-thin catheter is guided through the airways to the nodule, where it can lock into position for precise tissue sampling​

• Tissue Sampling:

  • Small tissue samples are collected for analysis to determine the presence of cancer cells​

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Conclusion

Ion robotic bronchoscopy represents a significant advancement in lung cancer diagnostics, offering enhanced precision, reduced risks, and improved patient experiences.  Its innovative technology not only facilitates earlier detection of lung cancer but also supports better treatment outcomes for patients facing this serious condition.

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Content provided by Intuitive.

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