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St. Jude Medical was founded in 1976 to further develop bi-leaflet artificial heart valves, which were originally created in 1972 at the University of Minnesota. [4] [5] St. Jude Medical's bi-leaflet valve was developed in large part by Dr. Demetre Nicoloff of the University of Minnesota and St. Jude Medical employee Don Hanson.
SchizConnect is an open, public search-and-download virtual database for schizophrenia neuroimaging (MRI) images and related data. Human Macroscopic Structural, Diffusion and Functional MRI datasets, cognitive and clinical assessments Schizophrenia (+ siblings), Bipolar Disorder, Controls (+ siblings) Yes [43] Temple EEG Database
NITRC The Neuroimaging Informatics Tools and Resources Clearinghouse. An NIH funded database of neuroimaging tools; NeuroKit, a Python open source toolbox for physiological signal processing; Neurophysiological Biomarker Toolbox; PyNets: A Reproducible Workflow for Structural and Functional Connectome Ensemble Learning (PyNets)
Abbott Laboratories is an American multinational medical devices and health care company with headquarters in Abbott Park, Illinois, in the United States. The company was founded by Chicago physician Wallace Calvin Abbott in 1888 to formulate known drugs; today, it sells medical devices, diagnostics, branded generic medicines and nutritional products.
MRI contrast agents may be administered by injection into the blood stream or orally, depending on the subject of interest. Oral administration is well suited to gastrointestinal tract scans, while intravascular administration proves more useful for most other scans. MRI contrast agents can be classified [2] by their: Chemical composition
Instrument Uses Ultrasonography machine: uses ultrasound to produce images from within the body; video link X-ray: uses X-rays to produce images of structures within the body; video link
The list of bioinformatics software tools can be split up according to the license used: List of proprietary bioinformatics software List of open-source bioinformatics software
NeuroArm enables remote manipulation of the surgical tools from a control room adjacent to the surgical suite. [3] It was designed to function within the environment of 1.5 and 3.0 tesla intraoperative MRI systems. As neuroArm is MR-compatible, stereotaxy can be performed inside the bore of the magnet with near real-time image guidance.