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ZEISS CONVIVO

Putting in vivo cellular imaging at your fingertips
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Bringing Neurosurgery & Pathology Closer: CONVIVO and the Real-Time Connection

Date: Oct 7, 2025
Webinar Times: 
7:00-8:00am PST / 10:00-11:00am EST 
1:00 2:00pm PST / 4:00-5:00 pm EST

Image of Dr. Linton Evans
Presenter Dr. Linton Evans Neurosurgeon, Dartmouth-Hitchcock Medical Center

TOPIC:

  • Clinical experience: lessons learned
  • Benefits of the CONVIVO / confocal laser endomicroscopy technology
Image of Dr. Mark Preul
Presenter Dr. Mark Preul Professor Neurosurgery, Barrow Neurological Institute / St. Joseph's Medical Center

TOPIC:

  • BNI’s experience of using intraoperative in vivo confocal laser endomicroscopy for brain tumors
  • Results of using confocal laser endomicroscopy in conjunction with 5-ALA

Intraoperative remote consultation

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See how cross-functional medical team members can remote-access in vivo images with the In Vivo Pathology Suite

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ZEISS CONVIVO
Scientific publications presenting the usage of confocal endomicroscopy (CLE) during cranial procedure
Peer Insights1 June 2025

Publications presenting the usage of confocal endomicroscopy (CLE) during cranial procedures

Compendium - 5 min read
ZEISS

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Gain exclusive learning content, peer-to-peer content, patient material and access to tools to manage your daily tasks.

Visualize tissue microstructure in real-time

The Surgical Workplace allows to seamlessly integrate imaging of cellular structures into the surgical workflow. Confocal laser scanning microscopy is used in combination with the contrast agent fluorescein sodium to visualize cellular and architectural characteristics of tissue with high resolution.

  • Patient diagnosed with a fibroblastic meningioma
  • Recurrent Glioblastoma
  • Patient diagnosed with a schwannoma, WHO-Grad I
  • Plexus papilloma
  • Glioblastoma, WHO-Grad IV
  • Patient diagnosed with a fibroblastic meningioma, WHO-Grad I, Technical University of Munich, Germany

    Patient diagnosed with a fibroblastic meningioma, WHO-Grad I, Technical University of Munich, Germany

    Patient diagnosed with a fibroblastic meningioma, WHO-Grad I, Technical University of Munich, Germany
  • Patient diagnosed with a recurrent glioblastoma, WHO-Grad IV, Technical University of Munich, Germany

    Patient diagnosed with a recurrent glioblastoma, WHO-Grad IV, Technical University of Munich, Germany

    Patient diagnosed with a recurrent glioblastoma, WHO-Grad IV, Technical University of Munich, Germany
  • Patient diagnosed with a schwannoma, WHO-Grad I

    Patient diagnosed with a schwannoma, WHO-Grad I, Technical University of Munich, Germany

    Patient diagnosed with a schwannoma, WHO-Grad I, Technical University of Munich, Germany
  • Plexus papilloma, Technical University of Munich, Germany

    Patient diagnosed with a plexus papilloma, Technical University of Munich, Germany

    Patient diagnosed with a plexus papilloma, Technical University of Munich, Germany
  • Glioblastoma, WHO-Grad IV

    Patient diagnosed with a glioblastoma, WHO-Grad IV, Technical University of Munich, Germany

    Patient diagnosed with a glioblastoma, WHO-Grad IV, Technical University of Munich, Germany

ZEISS CONVIVO ex vivo confocal images2

Many features known from conventional histology can be reproduced

Check a virtually unlimited number of samples3 in situ

As no extraction of tissue or processing is required, images can be acquired from a virtually unlimited number of locations in the situs. The intuitive user interface allows for scanning of areas of interest, quickly delivering the necessary number of images.

Image creation by confocal scanning microscopy

The scanner probe emits low-intensity laser light, which is focused at an adjustable focus depth up to 200 microns inside the patient's tissue. The focal point is moved fast thereby scanning the field of view in quick repetition.4

Transfer and analyze digital images – anytime anywhere

With innovative ways to share data with cross-functional medical teams, ZEISS CONVIVO becomes one of the most flexible endomicroscopy systems of its kind. The review of in-vivo imaging data can be done by remote access, allowing for immediate analysis of the recorded image.5

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  • 1

    ZEISS CONVIVO is a class 3R laser product in compliance with IEC 60825-1.
  • 2

    ZEISS CONVIVO images are not a substitute for H&E  stains. Actual diagnosis was based on the standard of care (histopathology / H&E-stain).
  • 3

    Samples in this context mean digital images.
  • 4

    Please use the respective fluorescence agent as per the approval status of the application in your country.
  • 5

    National regulations may limit the transfer of protected health information across national borders.