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脑血管手术增强技术

徕卡MFL800手术显微镜 GLOW800

MFL800 Augmented Reality Fluorescence: ICA Aneurysm

View new MFL800 augmented reality (AR) fluorescence from Leica Microsystems recorded during a neurosurgical procedure performed by Dr. Prof. Cleopatra Charalampaki at the Department of Neurosurgery, Cologne Medical Center, Germany. 

MFL800 is a new approach to vascular fluorescence imaging. The technology fuses the high contrast of near infrared (NIR) fluorescence imaging with the full visual spectrum of white light into a single, real-time image. Surgeons no longer need to switch from the true-color microscope view to traditional black and white fluorescence view in order to view blood flow, providing a more complete view of anatomical structures, without interruption.

Ease of use during surgical procedures

In this video, Dr. Cleopatra Charalampaki explains how simple it is to use MFL800, available on the ARveo surgical microscope without interrupting the operation’s workflow. MFL800 can be activated with the touch of a button, and real-time fluorescence can be observed simultaneously under natural white light in the operating field.

Dr. Charalampaki is Professor of Neurosurgery at Cologne Medical Center in Cologne, Germany. 

Disclaimer: The opinions expressed in this video are those of the physician.
 

Advantages of GLOW800

In this video, Dr. Cleopatra Charalampaki describes the applications of MFL800, its advantages in neurovascular surgeries, and improved workflow during operations.

Dr. Charalampaki is Professor of Neurosurgery at Cologne Medical Center in Cologne, Germany. 

Disclaimer: Off-label uses of MFL800 are discussed in the following video. The opinions expressed in this video are those of the physician.

Maintaining optimal surgical workflow with MFL800

In this video, Dr. Cleopatra Charalampaki explains the benefits of the simplistic workflow provided byMFL800. She highlights the importance of minimizing visual disruptions during surgery and how GLOW AR technology can help provide an uninterrupted workflow.

Dr. Charalampaki is Professor of Neurosurgery at Cologne Medical Center in Cologne, Germany. 

Disclaimer: Off-label uses of MFL800 are discussed in the following video. The opinions expressed in this video are those of the physician.

Overcoming surgical challenges with GLOW800

In this video, Dr. Cleopatra Charalampaki discusses previous challenges in vascular neurosurgery of reconciling alternating views between ICG NIR and white light.  She explains how MFL800, available on the ARveo surgical microscope, helps overcome these challenges by giving you one uninterrupted view during surgery.

Dr. Charalampaki is Professor of Neurosurgery at Cologne Medical Center in Cologne, Germany.

Disclaimer: The opinions expressed in this video are those of the physician.

GLOW800 Augmented Reality Fluorescence: AV Fistula

View new MFL800 augmented reality (AR) fluorescence from Leica Microsystems recorded during a neurosurgical procedure performed by Dr. Prof. Cleopatra Charalampaki at the Department of Neurosurgery, Cologne Medical Center, Germany. 

MFL800 is a new approach to vascular fluorescence imaging. The technology fuses the high contrast of near infrared (NIR) fluorescence imaging with the full visual spectrum of white light into a single, real-time image. Surgeons no longer need to switch from the true-color microscope view to traditional black and white fluorescence view in order to view blood flow, providing a more complete view of anatomical structures, without interruption.

MFL800 Augmented Reality Fluorescence: MCA Aneurysm

View new MFL800 augmented reality (AR) fluorescence from Leica Microsystems recorded during a neurosurgical procedure performed by Dr. Prof. Cleopatra Charalampaki at the Department of Neurosurgery, Cologne Medical Center, Germany. 

MFL800 is a new approach to vascular fluorescence imaging. The technology fuses the high contrast of near infrared (NIR) fluorescence imaging with the full visual spectrum of white light into a single, real-time image. Surgeons no longer need to switch from the true-color microscope view to traditional black and white fluorescence view in order to view blood flow, providing a more complete view of anatomical structures, without interruption.

MFL800 Augmented Reality Fluorescence: Pericallosal Aneurysm

View new MFL800augmented reality (AR) fluorescence from Leica Microsystems recorded during a neurosurgical procedure performed by Dr. Prof. Cleopatra Charalampaki at the Department of Neurosurgery, Cologne Medical Center, Germany. 

MFL800 is a new approach to vascular fluorescence imaging. The technology fuses the high contrast of near infrared (NIR) fluorescence imaging with the full visual spectrum of white light into a single, real-time image. Surgeons no longer need to switch from the true-color microscope view to traditional black and white fluorescence view in order to view blood flow, providing a more complete view of anatomical structures, without interruption.

Leica Microsystems' innovations in surgical microscopy featured on renowned television series

Leica Microsystems’ Medical Division recently was featured during the nationally televised program "Innovations with Ed Begley Jr." (http://innovationstelevision.com/).  

Four prominent surgeons and Leica Microsystems President Markus Lusser discussed the many ways Leica Microsystems is advancing surgical microscopy by integrating enhanced digital technologies directly into the operating microscope.

Tutorials

MFL800增强现实(AR)荧光是什么?

"徕卡显微系统公司的全球临床市场经理,Dr. Robert Ibe,做了有关MFL800的关键主题概述。了解MFL800的相关临床应用,它带来的好处,以及它与传统手术的比较。

Robert还分享了一些同行评审的研究摘要,这些研究为您提供了使用MFL800好处的证据。您还可以从徕卡显微系统获得关于MFL800的信息概述,如案例研究、客户访谈、手术视频和临床图库。"

软件设置和重要参数设置

针对那些已经有更具体问题,想了解MFL800的硬件是如何与我们的显微镜工作的,Robert 专门制作了这个30分钟的MFL800用户教程。逐步学习如何设置显微镜以便优化您的MFL800应用,以及如何进行用户设置。

使用MFL800,你需要什么?

在我们系列教程的最后一部分,可以了解到更多关于MFL800增强现实荧光技术背后强大的徕卡显微镜硬件的信息。Robert解释了MFL800卓越的图像质量是如何实现的,以及在术中它是被如何观察到的,并且是如何使用最先进的成像和记录系统以录像和照片的形式来记录它。