Fig 1.
The anatomical MR images, (a) T2W images and (b) R2 mapping, in 4- to 40-week-old developing rabbit brains.
Using R2 mapping, we observed that the intensity in the regions of corpus callosum and hippocampus increased through week 12 prominently.
Fig 2.
The changes in (a) regional brain size and (b) whole brain size in 4- to 40-week-old developing rabbit brains.
(c) The changes in the R2 values of the corpus callosum and hippocampus in developing rabbit brains from 4 to 40 weeks.
Fig 3.
Regional brain DTI tractography from 4- to 40-week-old rabbits.
The three regions presented in (a) to (c) include the olfactory tracts, corpus callosum and hippocampus, respectively. (L: Left; R: Right; A: Anterior; P: Posterior.)
Fig 4.
The DTI tractography of (a) cerebral cortex and (b) whole brain from 4- to 40-week-old rabbits (L: Left; R: Right; A: Anterior; P: Posterior).
Fig 5.
The FA, MD, RD and AD mapping of 4- to 40-week-old rabbit brains derived from DTI.
Fig 6.
The longitudinal changes in diffusion indices in DTI, including FA, MD, RD and AD, with respect to the structures of corpus callous, hippocampus and olfactory bulb of 4- to 40-week-old rabbit brains.
Fig 7.
GFA, ISO and NQA mapping of 4- to 40-week-old rabbit brains derived from GQI.
Fig 8.
The longitudinal changes in diffusion indices in GQI, including GFA, ISO and NQA, with respect to the structures of corpus callous, hippocampus and olfactory bulb of 4- to 40-week-old rabbit brains.