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Cardio-Respiratory synchronized bSSFP MRI for high throughput in vivo lung tumour quantification

Documentation:

The accurate identification and measurement of tumours is a key requirement in the study of tumour development in mouse models of human cancer. Disease burden in autochthonous tumours, such as those arising in the lung, cannot be accurately measured using standard tools such as callipers, and requires non-invasive imaging. Lung imaging is further complicated in the mouse due to instabilities arising from the rapid but cyclic cardio-respiratory motions, and the desire to use free-breathing ani...

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Department:
Oncology
Role:
Creator
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Department:
Oncology
Role:
Creator
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Department:
Oncology
Role:
Creator
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Grant:
Unit Grant for Oxford Institute for Radiation Oncology
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Grant:
C5255/A12678
C2522/A10339
Publisher:
University of Oxford
Publication date:
2018
DOI:
UUID:
uuid:3ca8ba5b-a1a4-43fb-9305-e8d187d369d1
Deposit date:
2018-07-03

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