Explore projects
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3D Points Volume Estimation is a Python workflow to create a 3D volume that estimates the spread of points. In this specific instance, it was used to visualize and quantify the dendritic volume of preganglionic neurons in the lumbosacral spinal cord based on the spread of cholera toxin subunit B (CTB) within the neuron.
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ai4r / ai4r-system
MIT LicenseSoftware for running the robot that is the focus of the Autonomous Systems Clinic subject.
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A snakemake pipeline for prediction of genes in eukaryotic genome assemblies.
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Jiayuan Liu / asclinic-system
MIT LicenseSoftware for running the robot that is the focus of the Autonomous Systems Clinic subject.
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Dean Mcphee / asclinic-system
MIT LicenseSoftware for running the robot that is the focus of the Autonomous Systems Clinic subject.
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Ze ZHANG / asclinic-system
MIT LicenseSoftware for running the robot that is the focus of the Autonomous Systems Clinic subject.
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Siyuan Chen / asclinic-system
MIT LicenseSoftware for running the robot that is the focus of the Autonomous Systems Clinic subject.
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Jinming GU / asclinic-system
MIT LicenseSoftware for running the robot that is the focus of the Autonomous Systems Clinic subject.
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Zixuan SONG / asclinic-system
MIT LicenseSoftware for running the robot that is the focus of the Autonomous Systems Clinic subject.
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Benjamin Enrique Camacho Cocom / asclinic-system
MIT LicenseSoftware for running the robot that is the focus of the Autonomous Systems Clinic subject.
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Jing Yuan Li / asclinic-system
MIT LicenseSoftware for running the robot that is the focus of the Autonomous Systems Clinic subject.
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Tao Huang / asclinic-system
MIT LicenseSoftware for running the robot that is the focus of the Autonomous Systems Clinic subject.
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Quanrui Liu / asclinic-system
MIT LicenseSoftware for running the robot that is the focus of the Autonomous Systems Clinic subject.
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Michael Alexander Leo / asclinic-system
MIT LicenseSoftware for running the robot that is the focus of the Autonomous Systems Clinic subject.
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