News

ICG fluorescence imaging safely verifies uterine perfusion during robotic transposition, helping prevent ischemia or necrosis post-op.

Segmental bronchial marking with ICG improves safety and accuracy in thoracoscopic segmentectomy, especially for complex lung resections.

The acquisition is set to create a comprehensive surgical intelligence platform that offers objective and standardised perfusion assessments. This innovation is expected to reduce surgical risks and improve clinical outcomes across various procedures, including colorectal, reconstructive, and vascular surgeries. Additionally, the integration opens new commercial opportunities in chronic wound care and diabetic foot ulcer treatment, potentially benefiting over 18 million patients globally.

ICG offers a safe, cost-effective alternative to 99mTc for sentinel lymph node mapping in early breast cancer, with a 98% detection rate.

ICG-guided imaging in neonatal surgery proves safe and effective, aiding anatomy visualization and decision-making in diverse procedures.

ICG fluorescence angiography reduces anastomotic leaks in both high and low anterior resections, supporting its use in colorectal surgery.

ICG ureteral instillation enables safer hysterectomies for gynecologic cancer, aiding visualization in post-surgical pelvic anatomy.

Robotic-assisted hysterectomy offers precision, reduced morbidity, and faster recovery in endometrial cancer, benefiting high-risk patients.

ICG-guided imaging during thyroidectomy lowers hypoparathyroidism and inadvertent parathyroidectomy, especially in female patients.

RCT evaluates if ICG fluorescence angiography reduces anastomotic leak risk after left-sided or high rectal resections.

Unsupervised ICG analysis helps predict anastomotic leaks in robotic esophagectomy; further validation in RCTs is needed.

ICG-FA shows promise in trauma surgery for assessing perfusion, guiding debridement, and reducing complications. More studies are needed.

ICGFA is associated with increased success of large LD free flap reconstruction, allowing a more accurate and reliable assessment of perfusion..

FLUOPATCH shows ICG imaging is feasible and reproducible for assessing parathyroid perfusion in pediatric thyroid surgery.

Review of choroidal hypopigmented lesions with focus on advanced multimodal imaging techniques for accurate diagnosis & differentiation of lesion types.

ICG fluorescence imaging accurately assesses testicular perfusion during torsion surgery, guiding preservation decisions and predicting recovery outcomes.

MIPS achieves high SLN detection rates in breast cancer, even post-neoadjuvant chemo, surpassing RI in node count with 99.6% identification accuracy.

ICG-guided single-incision laparoscopic cholecystectomy offers shorter stays and less pain than MPLC, with comparable safety and aesthetic outcomes.

This review explores ICG’s transformative role in pediatric surgery, detailing its safety, dosage, timing, and integration into minimally invasive techniques.

This study supports NIR-ICG fluorescence as a safe, effective tool for sentinel node biopsy and detecting atypical lymphatic drainage in colon cancer surgery.

This review highlights the potential of intraoperative ICG fluorescence imaging to reduce anastomotic leak risk in bariatric surgery. Further trials are needed.