IMARIS: 3D Analysis Virtual Workshop @ Boehringer Ingelheim - Oxford Instruments

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Feb

19

IMARIS 3D analysis virtual workshop @ Boehringer Ingelheim

IMARIS 3D Analysis Virtual Workshop @ Boehringer Ingelheim

Thursday February 19th, 10AM-12PM.

Registration is required

A link to the virtual workshop will be shared with you one day prior to the event.

For questions or more info, please reach out to

amelia.ralowicz@oxinst.com

Location

Boehringer Ingelheim Workshop

Date

February 19, 2026

Businesses

Andor, Imaris

First Name *

Last Name *

Email *

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Select a Province/Territory
Alberta
British Columbia
Manitoba
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Company/Organisation *

Job Title *

What is your primary area of interest *

Select an option
Astronomy
Bio Imaging and Life Science
Bio-Physics
Cancer
Cell and developmental biology & Cardiovascular
Cells and Tissues
Chemical and Catalysis
Core Imaging Facility
Disease & Immunology
Energy Generation and storage
Fluid & Plasma Dynamics
Forensics and Environment
FTIR & Raman
Geology, Petrology, and Mining
Light Source Characterisation
Metals, Alloys, Composites and Ceramics
Microbiology
Neuroscience
Neutron & Muon scattering
Optical Microscopy
Pharma & Cosmetics
PhotoLuminescence
Photonics Devices
Quantum optics
Research and Fundamental Science
Semiconductors
UV-Vis

What are your other areas of interest

Select at least one option
Astronomy
Bio Imaging and Life Science
Bio-Physics
Cancer
Cell and developmental biology & Cardiovascular
Cells and Tissues
Chemical and Catalysis
Core Imaging Facility
Disease & Immunology
Energy Generation and storage
Fluid & Plasma Dynamics
Forensics and Environment
FTIR & Raman
Geology, Petrology, and Mining
Light Source Characterisation
Metals, Alloys, Composites and Ceramics
Microbiology
Neuroscience
Neutron & Muon scattering
Optical Microscopy
Pharma & Cosmetics
PhotoLuminescence
Photonics Devices
Quantum optics
Research and Fundamental Science
Semiconductors
UV-Vis

Imaris can be used on a variety of data formats including Confocal, Slide Scanner, Light Sheet. Please indicate which types of data you are working with. *

Select at least one option
2D time images
3D time series
3D images
2D Images
Other

What kind of analysis goals are you trying to meet? *

Select at least one option
Quantification of small punctate objects
Object segmentation and creation of 3D renderings
Colocalization
Object tracking
Tracing of filamentous objects (neurons, glia, microtubules, vasculature, etc.)
Creation of figures and animations
Other

What are you currently using for your image analysis?

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