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USE CASE · LIGHT & CORRELATIVE

From live fluorescence to ultrastructure.

Explore and annotate large multichannel light microscopy data with your whole lab, and correlate it with EM or X-ray when your project needs it.

Data: Drawitsch et al., eLife 2018.

THE CHALLENGE

What large light data demands

Modern light microscopy produces data faster than labs can open it, share it, or combine it with other modalities.

Too big, too many channels

Light-sheet and tiled volumes reach hundreds of gigabytes, across many channels and timepoints. A single workstation struggles to open them.

One dataset, many people

Annotation and review involve the whole lab, sometimes several sites. Everyone needs the same data and the same view.

From signal to ultrastructure

Fluorescence shows where things are, not what they look like up close. Correlative light and electron microscopy (CLEM) adds the ultrastructure, but only if both datasets line up precisely.

THE WORKFLOW

From raw channels to shared results, in WEBKNOSSOS

Four steps, one platform. Stop at step 3 for light microscopy alone, or add EM and X-ray in step 4.

01

Open large volumes in the browser

Upload or stream light-sheet and tiled volumes, then move from the whole sample down to single cells at full resolution, with nothing to install.

02

Every channel, every timepoint

Color each channel, set its contrast, and toggle or blend them to see exactly the signal you need, then move through your time series.

03

Annotate and measure

Mark cells with skeletons, segment them by hand or with AI quick-select, and measure every segment. A maximum intensity projection in the 3D view keeps the overview while you work.

04

Register with EM or X-ray

Compose one dataset from your light and EM or X-ray data for CLEM. Match landmarks placed with the skeleton tool, or imported from BigWarp, to register even deformed samples precisely.

GO FURTHER

More tools for light microscopy

Beyond the core workflow, WEBKNOSSOS has many smaller features that save time along the way.

Automatic contrast

Get readable contrast on float data in one click with automatic histogram clipping.

Cloud streaming

Open OME-Zarr data straight from cloud storage, without uploading it.

TIFF export

Export any region as an OME-TIFF or TIFF stack to keep working in Fiji or napari.

Live transform editor

Nudge a layer into place with the live transform editor: translate, rotate and scale it without leaving the viewer.

IN PRACTICE

Light and correlative data on WEBKNOSSOS

Published light microscopy and correlative datasets you can open and explore in your browser.

OPEN IN WEBKNOSSOS
Light microscopyMouse
Whole-body cellular mapping in mouse using standard IgG antibodies

H Mai, J Luo, L Hoeher, R Al-Maskari, I Horvath, Y Chen, F Kofler, M Piraud, JC Paetzold, J Modamio, M Todorov, M Elsner, F Hellal & A Ertürk

Nature Biotechnology20233 datasets
OPEN IN WEBKNOSSOS
Light microscopyArabidopsis
Imaging plant germline differentiation within Arabidopsis flowers by light sheet microscopy

S Valuchova, P Mikulkova, J Pecinkova, J Klimova, M Krumnikl, P Bainar, S Heckmann, P Tomancak & K Riha

eLife20201 dataset
OPEN IN WEBKNOSSOS
CorrelativeMouse
FluoEM, virtual labeling of axons in three-dimensional electron microscopy data for long-range connectomics

F Drawitsch, A Karimi, KM Boergens, M Helmstaedter

eLife20183 datasets
“WEBKNOSSOS is very useful for safely storing large datasets and managing access across multiple users.”
Carles Bosch, Principal Laboratory Research Scientist, Francis Crick Institute

SERVICES

Want help with stitching or registration?

Our team stitches, aligns and registers your light, electron and X-ray data, delivered in WEBKNOSSOS.

Dataset alignment service
WEBKNOSSOS

Annotate, proofread, and analyze large 3D microscopy datasets in the browser.

WEBKNOSSOS

Annotate, proofread, and analyze large 3D microscopy datasets in the browser.