Pinned Repositories
Cinquina_2024
The code for the manuscript "Astrocytes modulate neuronal development by S100A6 signaling"
Cronin_2023
Enhancing nociceptive sensitivity through WDR37 deficiency activates pain suppression circuits to produce analgesia.
Hevesi_2023
This repository contains code to analyze single-nuclei RNA sequencing data from the ventrobasal thalamus and principal sensory trigeminal nucleus in neonatal mice. It performs quality control, clustering, and identification of marker genes to characterize cell types and their interconnectivity during early whisker pathway development.
Korchynska22_Nature_Comm
The code availability for Korchynska et al, 2022
mc4r
This repository contains code to identify expression patterns of genes involved in hypothalamic control of metabolism. It also performs bioinformatic analysis of gene expression changes related to neuronal projections and metabolism. Overall, this repository enables reproducible analysis of ALK / Mc4r signaling in hypothalamic PVN neurons.
PeVN-dopaminergic-Cnr1
sex-diff-vmh-prelim
Zupancic_2023
This repository enables the reproducible analysis of an important developmental neuroscience dataset on hypothalamus neuron differentiation. It performs quality control, clustering, trajectory analysis, and identification of marker genes to characterize the differentiation trajectories of glutamatergic and GABAergic Onecut3+ neuronal subtypes.
Department of Molecular Neurosciences, Center for Brain Research, Medical University of Vienna's Repositories
Harkany-Lab/Cinquina_2024
The code for the manuscript "Astrocytes modulate neuronal development by S100A6 signaling"
Harkany-Lab/Cronin_2023
Enhancing nociceptive sensitivity through WDR37 deficiency activates pain suppression circuits to produce analgesia.
Harkany-Lab/Hevesi_2023
This repository contains code to analyze single-nuclei RNA sequencing data from the ventrobasal thalamus and principal sensory trigeminal nucleus in neonatal mice. It performs quality control, clustering, and identification of marker genes to characterize cell types and their interconnectivity during early whisker pathway development.
Harkany-Lab/Korchynska22_Nature_Comm
The code availability for Korchynska et al, 2022
Harkany-Lab/mc4r
This repository contains code to identify expression patterns of genes involved in hypothalamic control of metabolism. It also performs bioinformatic analysis of gene expression changes related to neuronal projections and metabolism. Overall, this repository enables reproducible analysis of ALK / Mc4r signaling in hypothalamic PVN neurons.
Harkany-Lab/PeVN-dopaminergic-Cnr1
Harkany-Lab/sex-diff-vmh-prelim
Harkany-Lab/Zupancic_2023
This repository enables the reproducible analysis of an important developmental neuroscience dataset on hypothalamus neuron differentiation. It performs quality control, clustering, trajectory analysis, and identification of marker genes to characterize the differentiation trajectories of glutamatergic and GABAergic Onecut3+ neuronal subtypes.