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Project that uses automated methods to continually identify and summarise evidence from psychosis research in animal models. Automated functions include screening studies from systematic searches for relevance using machine learning algorithms, and tagging disease models and treatments used, outcomes measured, and assessing the quality of studies using text mining techniques. This project aims to be useful to all research users interested in psychosis, from preclinical researchers to funders and clinical scientists. A living evidence map of publications reporting the animal modelling of psychosis.
Core provides specialized infrastrucure and expertise to study host-microbiome interactions under controlled microbial conditions. Supports investigators whose research requires germ-free model organisms with specialized infrastructure and expertise to study host-microbiome interactions under controlled microbial conditions. Provided services include:Germ-free strains for researchers,Germ-free rederivation of model strains (future service), Maintenance of germ-free model organism colonies, Colonization with defined microbial consortia or complex microbiota, Completion of controlled microbial transfer experiments such as fecal microbiota transplantation.Supports experimental design, sterile technique training, cultivation, and microbiological monitoring (e.g., culture, PCR, sequencing) to verify microbial status.
Core provides expertise and resources in 3D printing, rapid prototyping, biofabrication, electronic and mechanical design, computational modeling, and custom device development. Supports researchers through specialized equipment, engineering consultation, technical training, and collaborative space to accelerate the translation of innovative concepts into research tools, prototypes, medical technologies, and educational solutions.
Software package intended for viewing and manipulating DICOM-compliant medical images from CT (computerized tomography) and MR (magnetic resonance) scanners. Rapidia can be used for real-time viewing, image manipulation, segmentation, 3D volume and surface rendering, virtual endoscopy, and reporting.
New York Genome Center (NYGC) is a nonprofit academic research institution used to drive collaborative genomic science, biomedical discovery, and clinical diagnostics
Core provides lipidomics research services including preparing sample, data acquisition, data processing, and lipidomics research consulting.
Core provides microscopy services for internal and external users. Available systems: Leica Stellaris 5, Leica Stellaris 8 with STED; Falcon, Diskovery Spinning Disk with PALM/STORM, Nikon Eclipse Ti2 with TIRF, Leica DM5000B, Zeiss Axiozoom V.16, Cytation C10, Sony SH800Z Cell Sorter.
Software suite for simulating, estimating, and searching for graphical causal models of statistical data.
Human and Mammalian Brain Atlas (HMBA) is a comprehensive, multi-omic project under the BRAIN Initiative Cell Atlas Network (BICAN) designed to map whole-brain cell types, structures, and cross-species evolutionary relationships across humans and model mammals. Its First Major Release specifically focuses on the Basal Ganglia (BG), establishing a foundational baseline before expanding to the entire brain. Provides detailed, multi-modal reference map that classifies cell types and structures in the basal ganglia across humans and non-human primates.
Consortium is an NIH initiative to develop tools to map wiring across the brain, advance understanding of circuits, and accelerate treatments for brain disorders.
Core is equipped with high-capacity instruments including Illumina NovaSeq systems to process whole genome samples. Provides automated, scalable research sequencing workflows supporting academic, clinical, and industry partners.
Software Broad institute WARP pipelines process a range of genomic, genotyping, transcriptomic and epigenomic data.
Platform for Digital Pathology in Research and Clinical Practice
Core facility that hosts experimental installations for multi-modal perception and generation. The lab is equipped with multi-camera capture systems, advanced robots, a robotic arm, audio synthesis, a sound-attenuated booth, and XR equipment. This showcase lab facility is focused on interdisciplinary research on computer vision, interactive intelligence and visualization.
Hand held 3D scanner for capturing high resolution and accuracy by handheld scanning. 3D scanning for designers and engineers who care about high quality 3D modeling.
Software pipeline for downloading fastq sequencing datasets from the NIH/NCBI sequencing read archive (SRA) database.
Core is focused on supporting researchers with participant recruitment, both on a small and large scale ensuring participant recruitment reflects the population and community across Delaware and neighboring Maryland and Pennsylvania communities. CHRC coordinates research subject logistics such as screening, scheduling, transportation, and reimbursement. CHRC also provides the university community with data management education, database set-up, repository maintenance, hardening and security. CHRC supports REDCap across UD and assists researchers in building and maintaining participant registries.
Software single-cell RNA sequencing analysis pipeline for mutational signature detection, cell annotation, and cancer cell identification.
Advanced clinical and research cell analyzer used to examine and count specific cells and particles in fluid. BD FACSLyric™ Flow Cytometer enhances standardization and productivity by integrating with the BD FACSDuet™ Sample Preparation System to deliver prepared samples in an automated fashion.
Shared GPU/CPU high-performance computing cluster for brain science research at Brown University. The system comprises 4 NVIDIA DGX B200 nodes, 6 NVIDIA RTX 6000 Pro Blackwell Max-Q nodes and 4 AMD CPU nodes (80 GPUs, 768 CPU cores). It is hosted and operated by the Center for Computation and Visualization (CCV) as a dedicated partition within Brown's Oscar HPC environment and supports deep learning, large scale neural data analysis, and computational modeling.