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Karl Storz Rubina® lens system and IMAGE1 S™ technology . During the injection of ICG into the bypass graft, the light emitted by the laser device at 806 nm and 2.0 W excites the fluorophore and the fluorescent emitted light is captured by an infrared-sensitive charge-coupled device <t>(CCD)</t> camera system. The image is clearly displayed in a 4K monitor with the opportunity to obtain information about the intensity of the fluorescent signal (intensity map) and a pure modality of near infrared (monochromatic) to distinguish the contour of the anatomical structure. The possibility to register the fluorescent signal assures the quantification of parameters which are helpful for the stenosis measurement and the control of quality of graft-coronary anastomosis. ICG, indocyanine green. The persons approved the use of this photograph for publication.
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Karl Storz Rubina® lens system and IMAGE1 S™ technology . During the injection of ICG into the bypass graft, the light emitted by the laser device at 806 nm and 2.0 W excites the fluorophore and the fluorescent emitted light is captured by an infrared-sensitive charge-coupled device (CCD) camera system. The image is clearly displayed in a 4K monitor with the opportunity to obtain information about the intensity of the fluorescent signal (intensity map) and a pure modality of near infrared (monochromatic) to distinguish the contour of the anatomical structure. The possibility to register the fluorescent signal assures the quantification of parameters which are helpful for the stenosis measurement and the control of quality of graft-coronary anastomosis. ICG, indocyanine green. The persons approved the use of this photograph for publication.

Journal: Reviews in Cardiovascular Medicine

Article Title: Use of Indocyanine Green (ICG) to Assess Myocardial Perfusion and Territorial Distribution of Vein Grafts Implanted on Coronary Arteries in an Ex-vivo Porcine Model. A Potential Adjunct to Assist Revascularization Strategies and Training in Coronary Artery Bypass Grafting

doi: 10.31083/RCM25778

Figure Lengend Snippet: Karl Storz Rubina® lens system and IMAGE1 S™ technology . During the injection of ICG into the bypass graft, the light emitted by the laser device at 806 nm and 2.0 W excites the fluorophore and the fluorescent emitted light is captured by an infrared-sensitive charge-coupled device (CCD) camera system. The image is clearly displayed in a 4K monitor with the opportunity to obtain information about the intensity of the fluorescent signal (intensity map) and a pure modality of near infrared (monochromatic) to distinguish the contour of the anatomical structure. The possibility to register the fluorescent signal assures the quantification of parameters which are helpful for the stenosis measurement and the control of quality of graft-coronary anastomosis. ICG, indocyanine green. The persons approved the use of this photograph for publication.

Article Snippet: The fluorescent light emitted by excited ICG is captured by an infrared-sensitive charge-coupled device (CCD) camera system shown in Fig. (Rubina® lens system and IMAGE1 S™ technology, Karl Storz-endoskope, Tuttlingen, Germany).

Techniques: Injection, Control