Quantitative analysis of neuronal morphologies usually begins with choosing a particular
feature representation in order to make individual morphologies amenable to standard …

Background In conditions of brain injury and degeneration, defining microglial and astrocytic
activation using cellular markers alone remains a challenging task. We developed the …

This paper presents a robust unsupervised harmonic co-clustering method for profiling arbor
morphologies for ensembles of reconstructed brain cells (eg, neurons, microglia) based on …

In this article, we describe the use of Python for large-scale automated server-based bio-
image analysis in FARSIGHT, a free and open-source toolkit of image analysis methods for …

The anatomy of a neuron has always been a defining feature of its cell type and quantitative
analysis of neuronal morphologies usually begins with choosing a particular feature …

Neuron classification is an important component in analyzing network structure and
quantifying the effect of neuron topology on signal processing. Current quantification and …

In cases of brain injury, degeneration and repair, defining microglia and astrocytic activation
using cellular markers alone remains a challenging task. We developed MORPHIOUS, an …

Focused ultrasound in the presence of intravenous microbubbles (FUS) facilitates the non-
invasive temporary permeabilization of the blood-brain barrier (BBB) for delivering …

Brain cells such as microglial, neurons, and astrocytes, undergo varieties of morphological
and functional changes during their life cycle, or responding to micro environmental …