Error!

{{alert.message | translate}}

DeepScope

By Ludovico Silvestri

Firenze,Toscana,IT
Categories : Area : Computin... Area : Medical ... Area : Neurosci... Technology Read...

Evaluation

{{q.content}}

{{q.description}}

/ {{q.graduation_system}}
{{ 'angular.docs.chooseFile' | translate}}

A new microscopy paradigm for quantitative analysis of 3D samples

We have devised a new concept of microscopic imaging, based on high-throughput optical methods and real-time image processing, to produce a semantic, quantitative and queryable representation of three dimensional biological samples.
Current microscopy solutions deliver just images – i.e. collection of pixels – leaving it up to the user to extract useful information. In our new paradigm, the microscope provides a semantic model of the specimen, where relevant information (e.g. cell morphology, position, etc.) is directly accessible.


Raw (top) and segmented (bottom) image of a sample of human brain cortex. Scale bar, 200 micron.  

This new imaging paradigm can lead to a quantitative revolution in bio-imaging, with important applications in the histological analysis of healthy and diseased samples.  

Mouse brain vasculature imaged with the light-sheet microscope  


Information below is only accessible for "Public + Profiles". Please go to "Register" and fill in the required information. Once the administrator has validated your profile you will see more details."

{{form.datas.name}}

{{$index + 1}} . {{section.name}}

{{'angular.form.summary.no.answer' | translate}}