DOI Publisher
Harvard DataverseAbstract
stack of lectin-FITC labelled mouse-brain vasculature acquired with two-photon fluorescence microscope and segmented with Markov Random Field method
stack of lectin-FITC labelled mouse-brain vasculature acquired with two-photon fluorescence microscope and segmented with Markov Random Field method
<p>The yellow square shows a typical region, within an ASMC, from which dynamics is imaged.</p
This thesis describes a novel approach to partial volume segmentation of cerebrospinal fluid (CSF) ...
International audienceBrain pathologies, including stroke and tumors, are associated with a variable...
manual segmented stack of two-photon fluorescence microscopy acquisition of mouse-brain vasculature,...
stack from gel-BSA-FITC labelled mouse-brain vasculature, segmented with Markov Random Field metho
stack acquired with two-photon fluorescence microscope of mouse-brain vasculature lebelled with lect...
manual segmented stack of gel-BSA-FITC labelled mouse-brain vasculature, acquired with two photon fl...
We introduce an automated segmentation method, extended Markov Random Field (eMRF) to classify 21 ne...
stack acquired witht two-photon fluorescence microscopy of gel-BSA-FITC labelled mouse brain vascula...
The purpose of this study was to identify the protein profile of the mouse brain microvascular endot...
International audienceOcclusive brain ischemia and micro-strokes are the most frequent brain patholo...
Here we describe an automated method, which we call serial two-photon (STP) tomography, that achieve...
Our objective is to propose a neural cell segmentation algorithm for fluorescent mi- croscopic image...
Objectives: In quantitative analyses of positron emission tomography (PET) data, intravascular radio...
Light sheet fluorescence microscopy (LSFM) of optically cleared biological samples represents a powe...
<p>The yellow square shows a typical region, within an ASMC, from which dynamics is imaged.</p
This thesis describes a novel approach to partial volume segmentation of cerebrospinal fluid (CSF) ...
International audienceBrain pathologies, including stroke and tumors, are associated with a variable...
manual segmented stack of two-photon fluorescence microscopy acquisition of mouse-brain vasculature,...
stack from gel-BSA-FITC labelled mouse-brain vasculature, segmented with Markov Random Field metho
stack acquired with two-photon fluorescence microscope of mouse-brain vasculature lebelled with lect...
manual segmented stack of gel-BSA-FITC labelled mouse-brain vasculature, acquired with two photon fl...
We introduce an automated segmentation method, extended Markov Random Field (eMRF) to classify 21 ne...
stack acquired witht two-photon fluorescence microscopy of gel-BSA-FITC labelled mouse brain vascula...
The purpose of this study was to identify the protein profile of the mouse brain microvascular endot...
International audienceOcclusive brain ischemia and micro-strokes are the most frequent brain patholo...
Here we describe an automated method, which we call serial two-photon (STP) tomography, that achieve...
Our objective is to propose a neural cell segmentation algorithm for fluorescent mi- croscopic image...
Objectives: In quantitative analyses of positron emission tomography (PET) data, intravascular radio...
Light sheet fluorescence microscopy (LSFM) of optically cleared biological samples represents a powe...
<p>The yellow square shows a typical region, within an ASMC, from which dynamics is imaged.</p
This thesis describes a novel approach to partial volume segmentation of cerebrospinal fluid (CSF) ...
International audienceBrain pathologies, including stroke and tumors, are associated with a variable...
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