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dataset_description.json
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{
"Name": "Positron Emission Tomography Quantification in rodents of Cyclooxygenase-2 (COX-2), a Potential Biomarker of Neuroinflammation",
"BIDSVersion": "1.9.0",
"DatasetType": "raw",
"License": "CC0",
"Authors": [
"app, petdeface",
"brainlife, io"
],
"Acknowledgements": "",
"HowToAcknowledge": "",
"Funding": [
"",
""
],
"EthicsApprovals": [
"This is boiler plate to make the petdeface BIDS app behave."
],
"ReferencesAndLinks": [
"1.\tDoe J, Smith A, Johnson B. Exploring the effects of fictional compounds on brain activity. J Imaginary Med. 2023;12:101-110.",
"2.\tRoe P, Lee K, Patel R. The impact of hypothetical radioligands on neuroinflammation. J Hypothet Res. 2022;15:200-210.",
"3.\tMiller T, Brown L, Davis M. A study on the fictional biomarkers in neurodegenerative diseases. J Fictitious Biol. 2021;8:50-60.",
"4.\tWilson E, Green S, Harris N. Novel approaches to imaging fictional brain receptors. Imaginary Neurosci. 2020;5:300-310.",
"5.\tTaylor R, White J, Clark P. The role of hypothetical enzymes in brain function. J Theor Med. 2019;10:400-410.",
"6.\tAnderson Q, Martinez L, Robinson T. Investigating the potential of fictional PET tracers. J Imaginary Sci. 2018;7:150-160.",
"7.\tThomas G, Lewis H, Walker D. The development of new fictional imaging techniques. J Hypothet Imag. 2017;9:250-260.",
"8.\tJackson P, Young M, Evans R. The effects of fictional neuroinflammation markers on cognitive function. J Imaginary Neuro. 2016;11:350-360.",
"9.\tHarris J, King A, Wright S. A comprehensive review of fictional neuroimaging studies. J Fictitious Med. 2015;13:450-460.",
"10.\tClark B, Adams C, Nelson D. The application of hypothetical radioligands in brain research. J Theor Neuro. 2014;6:550-560."
],
"DatasetDOI": "",
"SourceDatasets": [],
"GeneratedBy": [
{
"Name": "app-petdeface",
"Version": "1.0.0",
"Description": "This is a fake dataset created to adapt the BIDS app to process PET data with only a T1w and PET image for input",
"CodeURL": "https://brainlife.io/"
}
],
"HEDVersion": []
}