New Fluorescent Imaging Technique Shows Promise in Bladder Cancer Surgery
TL;DR
Revolutionize bladder cancer surgery with fluorescent imaging, enhancing precision and efficiency, giving a competitive edge in treatment.
Inject indocyanine green into lower limbs and perineum to guide pelvic lymph node dissection, improving surgery accuracy and reducing complications.
Transformative technique in bladder cancer surgery promises better patient outcomes, enhancing survival rates and preventing cancer spread for improved care.
Novel approach using indocyanine green and fluorescent imaging streamlines surgery, reduces time, and improves accuracy, with potential for broader impact in oncology.
Researchers at Shanxi Medical University's First Hospital have developed an innovative surgical technique that could transform bladder cancer treatment outcomes. The new method, which uses indocyanine green (ICG) and fluorescent imaging to guide pelvic lymph node dissection (PLND), has shown remarkable improvements in surgical precision and efficiency.
The study, involving 54 patients, demonstrated that the new technique increased lymph node dissection accuracy to 93.41%, compared to 75.91% in traditional methods, while reducing surgery time by an average of 6.2 minutes. The procedure involves injecting ICG into the lower limbs and perineum, allowing surgeons to track lymphatic flow in real-time using a 4K fluorescent laparoscopic imaging system.
This advancement is particularly significant given that bladder cancer, one of the most common urinary system malignancies, has historically been challenging to treat effectively due to lymph node metastasis. The improved accuracy in lymph node removal could lead to better survival rates and reduced cancer recurrence.
The implications of this breakthrough extend beyond bladder cancer treatment. The technique's success in providing enhanced visualization of lymphatic pathways could advance our understanding of tumor metastasis and potentially influence surgical approaches for other types of cancer. For healthcare providers, this innovation offers a more reliable method for performing complex surgical procedures, while patients may benefit from reduced complications and improved long-term outcomes.
As medical facilities worldwide grapple with optimizing cancer treatment protocols, this fluorescent imaging technique represents a significant step forward in surgical oncology, potentially establishing new standards for precision and effectiveness in cancer surgery.
Curated from 24-7 Press Release