Unique ID issued by UMIN | UMIN000030427 |
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Receipt number | R000034700 |
Scientific Title | Development of imaging diagnosis system for emergency patients by artificial intelligence |
Date of disclosure of the study information | 2017/12/18 |
Last modified on | 2017/12/18 15:33:20 |
Development of imaging diagnosis system for emergency patients by artificial intelligence
Development of imaging diagnosis system
Development of imaging diagnosis system for emergency patients by artificial intelligence
Development of imaging diagnosis system
Japan |
Emergency diseases and injuries
Emergency medicine |
Others
NO
Development of imaging diagnosis systems for emergency patients by artificial intelligence
Others
Development of systems and verification of accuracy
Exploratory
Pragmatic
Not applicable
Sensitivity and specificity of imaging diagnosis
Others,meta-analysis etc
Not applicable |
Not applicable |
Male and Female
All the patients whose CT data are preserved in the server
None
80000
1st name | |
Middle name | |
Last name | Shigeki Kushimoto |
Tohoku University Graduate School of Medicine
Emergency and Critical Care Medicine
1-1 Seiryomachi, Aoba-ku, Sendai, 980-8574, Japan
022-717-7489
kussie@emergency-medicine.med.tohoku.ac.jp
1st name | |
Middle name | |
Last name | Daisuke Kudo |
Tohoku University Graduate School of Medicine
Emergency and Critical Care Medicine
1-1 Seiryomachi, Aoba-ku, Sendai, 980-8574, Japan
022-717-7489
kudodaisuke@med.tohoku.ac.jp
Tohoku University
Self-funding by the profit organization which is included in the joint research team.
Profit organization
Hokkaido University Graduate School of Medicine
Diverta Inc.
NO
東北大学病院(宮城)/Tohoku University Hospital
北海道大学病院(北海道)/Hokkaido University Hospital
2017 | Year | 12 | Month | 18 | Day |
Unpublished
Preinitiation
2017 | Year | 12 | Month | 08 | Day |
2018 | Year | 01 | Month | 01 | Day |
Patients and Methods
Subjects are the patients admitted to the hospitals between October 2006 and September 2017 and whose CT data are preserved in the server. Imaging diagnosis includes all emergency diseases and injuries. We will collect the data including CT imaging, imaging diagnosis, and clinical information. We also collect the data of patients without abnormal CT findings as controls for deep learning. The area of CT image includes head, face, neck, chest, abdomen, and pelvis.
1st step
We will input the data to the machine learning software. The machine learning software will analyze and classify the data, then it will create algorithms for imaging diagnosis. We estimate that data from 70,000 patients will be needed to create the algorithms.
2nd step
We will use the data from different patients in this step. We will examine sensitivity and specificity of the algorithms that will be created in the 1st step by comparing with the imaging diagnosis previously reported by radiologists.
3rd step
We will repeat the 1st and 2nd steps in order to improve sensitivity and specificity of the algorithms for imaging diagnosis.
2017 | Year | 12 | Month | 16 | Day |
2017 | Year | 12 | Month | 18 | Day |
Value
https://center6.umin.ac.jp/cgi-open-bin/ctr_e/ctr_view.cgi?recptno=R000034700
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