ultragreen.aiCrawled Oct 25, 2026
UltraGreen.ai builds clinical data to support the efficacy, safety, and broad use of fluorescence-guided surgery.
Diagnostic Green provides indocyanine green (ICG), the gold-standard fluorescence agent used in surgery, with approvals in Europe, North America, and Asia-Pacific.
The IC-Flow Imaging System provides real-time visualization of indocyanine green (ICG) during open surgeries, aiding perfusion assessment and anatomy identification.
UltraGreen.ai combines pharmaceutical expertise with AI-driven analytics to advance fluorescence-guided surgery.
From publications to presentations, explore insights that showcase the growing evidence and innovation shaping fluorescence-guided surgery.
The page traces fluorescence-guided surgery (FGS) from its 1958 origins to its current role in oncology, neurosurgery, and vascular/perfusion interventions.
Diabetic foot ulcers (DFUs) affect 34% of people with diabetes, leading to chronic wounds, infections, and potential amputation if untreated.
UltraGreen.ai’s press releases highlight clinical advancements, collaborations, and breakthroughs in fluorescence-guided surgery.
UltraGreen.ai combines innovation, science, and problem-solving to transform fluorescence-guided surgery and improve patient outcomes.
Mr. Kwa Chong Seng serves as UltraGreen.ai’s Non-Independent Non-Executive Chairman, with over five decades of experience in energy, finance, logistics, media, and public sectors.
UltraGreen.ai’s leadership team brings decades of experience in pharmaceuticals, medtech, AI, and regulatory affairs to drive growth and innovation in fluorescence-guided surgery.
UltraGreen.ai integrates fluorescence-guided surgery technologies, pharmaceuticals, medtech, and AI to enhance surgical precision and improve patient outcomes.
UltraGreen.ai collaborates with surgeons, hospitals, and partners to integrate its fluorescence-guided surgery technologies.
Please contact info@ultragreen.ai for more information
UltraGreen.ai empowers surgeons with an AI-driven fluorescence imaging ecosystem, making advanced surgical precision and better outcomes available everywhere.