About LCI
Optimal combination of 4 LED lights
The combination of an optimal light spectrum and advanced signal/image processing allows LCI to differentiate red colour tones more effectively than White Light imaging.
LCI Mode
![LCI_mode_BLI_update](https://seelearn-emea.fujifilm.com/endoscopy/wp-content/uploads/sites/9/2022/05/LCI_mode_BLI_update.jpg)
White Light Mode
![bli_about_01_01-300x221_WhiteLightMode](https://seelearn-emea.fujifilm.com/endoscopy/wp-content/uploads/sites/9/2022/05/bli_about_01_01-300x221_WhiteLightMode-1.png)
Advanced signal processing
Digital signal/image processing emphasises slight colour differences and provides a better colour contrast within the red colour range. Consequently, the originally red regions appear redder, and originally white regions appear whiter, but with natural tones. As a result, the increased colour contrast supports a more accurate delineation as well as the detection of lesions and inflammation.
LCI Mode
![With_LCI_BLI_update](https://seelearn-emea.fujifilm.com/endoscopy/wp-content/uploads/sites/9/2022/05/With_LCI_BLI_update.jpg)
White Light Mode
![With_LCI_BLI_update](https://seelearn-emea.fujifilm.com/endoscopy/wp-content/uploads/sites/9/2022/05/With_LCI_BLI_update.jpg)
LCI Mode
![Colon_LCI](https://seelearn-emea.fujifilm.com/endoscopy/wp-content/uploads/sites/9/2022/05/Colon_LCI.jpg)
White Light Mode
![Colon_WhiteLight](https://seelearn-emea.fujifilm.com/endoscopy/wp-content/uploads/sites/9/2022/05/Colon_WhiteLight.jpg)