Douglas H. Roossien

The paper maps serotonin autoreceptor expression in Drosophila using single-cell sequencing and genetic labeling, identifying 5-HT2A and 5-HT7 in serotonergic neurons.

The paper introduces nCorrect, an algorithm that improves neuron tracing by reanalyzing existing traces to produce more physiologically-relevant reconstructions using a 4D minimization algorithm and a new similarity metric.

nGauge provides an extensible Python toolkit for analyzing neuron morphology data, improving data compatibility and enabling advanced analysis and visualization.

This paper introduces an unsupervised method for tracing neurons in multispectral Brainbow images, achieving more accurate results than existing methods by reducing segmentation and continuity errors.

The paper develops nTracer, an ImageJ plugin for reconstructing neuronal morphology in densely labeled mouse brains using multispectral tracing.

The paper proposes a recurrent neural network for automated neural tracing in multispectral 3D Brainbow images, showing good performance on mouse brain data.