File:The-Digital-Fish-Library-Using-MRI-to-Digitize-Database-and-Document-the-Morphological-Diversity-of-pone.0034499.g002.jpg
The-Digital-Fish-Library-Using-MRI-to-Digitize-Database-and-Document-the-Morphological-Diversity-of-pone.0034499.g002.jpg (430 × 576 pixels, file size: 145 KB, MIME type: image/jpeg)
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[edit]DescriptionThe-Digital-Fish-Library-Using-MRI-to-Digitize-Database-and-Document-the-Morphological-Diversity-of-pone.0034499.g002.jpg |
English: (A) Comparison of T1-weighted 3D FSPGR (fast-spoiled gradient-recalled echo) and (B) T2-weighted 3D FIESTA MRI pulse sequences acquired on the 3T scanner (slice matrix = 512×512×236, slice thickness = 900 µm, resolution = 683 µm3, averages = 2) in the smooth hammerhead, Sphyrna lewini (SIO 64-528, SL 104 cm). Additional parameters for the T1-weighted 3D Fast-Spoiled Gradient Echo (FSPGR) pulse sequence include, FA = 35°, TR = 9.86 ms, TE = 4.112 ms, and for the T2-weighted 3D FIESTA pulse sequence, FA = 40°, TR = 4.456 ms, TE = 2.1 ms. (C) The red bream, Beryx decadactylus (SIO 85-77; SL 289 mm), was initially imaged with a T1-weighted FSPGR pulse sequence on the 3T scanner prior to rehydration, and (D) re-imaged following rehydration resulting in an enhanced image quality. Scan parameters: FA = 30°, TR = 11.904 ms, TE = 3.932 ms, slice matrix = 512×512×236, slice thickness = 600 µm, resolution = 527 µm3, averages = 3. (E) The fantail filefish, Pervagor spilosoma (SIO 53-539; SL 74 mm) was initially imaged on the 7T scanner using a T1-weighted FLASH pulse sequence without exposure to contrast agent, ProHance. (F) It was subsequently reimaged following exposure to 2.5 mM ProHance, resulting in a significantly brighter MR signal and enhanced visual contrast among tissues. Scan parameters: FA = 15°, TR = 25.875 ms, TE = 12.853 ms, slice matrix = 350×1000×420, slice thickness = 100 µm, resolution = 100 µm3, averages = 8. |
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Source | Image file from Berquist R, Gledhill K, Peterson M, Doan A, Baxter G, Yopak K, Kang N, Walker H, Hastings P, Frank L (2012). "The Digital Fish Library: Using MRI to Digitize, Database, and Document the Morphological Diversity of Fish". PLOS ONE. DOI:10.1371/journal.pone.0034499. PMID 22493695. PMC: 3321017. | |
Author | Berquist R, Gledhill K, Peterson M, Doan A, Baxter G, Yopak K, Kang N, Walker H, Hastings P, Frank L | |
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This file is licensed under the Creative Commons Attribution 3.0 Unported license.
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