Consumption Daily Party building and joint efforts to promote health, Hainan Cancer Hospital Party Branch builds an "online bridge of hearts"
Consumption Daily Hainan Cancer Hospital, Joint Party Building between Medical Enterprises and Enterprises, Cancer Prevention Lectures Delivered to Enterprises
Consumption Daily Hainan Cancer Hospital's "Four Hearts Drive" Employee Care System Awarded National Demonstration Case Award
Consumption Daily World Stroke Day interview with Professor Dai Wenxin from Chengmei Hospital in Hainan, Preventing stroke from being "unexpected"
Hainan Daily Multidisciplinary experts from Hainan Cancer Hospital jointly treat rare cervical tumors
www.ehnjk.com Hainan Cancer Hospital Brings Together Multiple Disciplines to Successfully Treat Rare Neck Tumor
China News Net Hainan Hainan surgical expert Yu Shuyong, with over 30 years of dedicated research into "surgical skills", safeguards patients' health
People's Daily Online Hainan Cancer Hospital Multidisciplinary Collaboration for Treating Rare Cervical Tumors
Haiba News A man suffered from malignant tumor in his neck. Hainan Cancer Hospital joined hands with multidisciplinary experts to turn the tide
Haikou Net: A Glimpse of Yu Shuyong, an Expert at Hainan Cancer Hospital Yu Yidao

1. Device Technical Features and Performance
(1) Laser Surface Registration Technology: Multiple sampling points with high precision. Fast registration process without the need for preset marker points.
(2) Diffusion Tensor Imaging (DTI) Fiber Tracking.
(3) MRS Spectral Imaging Technology: Provides tumor spectral analysis imaging.
(4) Interactive Selection and Display of Functional and Region of Interest (ROI): Automatic diffusion direction and interactive selection for white matter fiber bundle tracking. MR spectral imaging displays tumor hotspots. Integrate multiple data sources into navigation, with intraoperative conversion to 3D mode. Provide critical functional region and clear nerve conduction bundle information. Accurately targets functional and target areas (e.g., tumors) to enhance convenience and efficiency during functional region surgeries.
2. Clinical Application of the Device
(1) Preoperative Surgical Planning (Select convenient and safe surgical approaches).
(2) Accurate Real-time Three-dimensional Localization of the Surgery(Identify the current location of the surgery in real-time).
(3) Visualization of Surrounding Structures in the Surgical Field(Display the important structures around the surgical site).
(4) Spatial Relationship Between the Current Surgical Position and the Target Lesion with Real-time Adjustments (Indicate the direction to proceed during surgery).
(5) Identification of Potential Obstacles Along the Surgical Path (Highlight critical structures, such as nerves and blood vessels, and provide guidance on avoiding them).
(6) Visualization of the Lesion Resection Range.
3. Department Using the Equipment
Neurosurgery Department