2030

View Abstract / View Presentation

Comparison of high-resolution DTI in ex vivo newborn and adult marmoset brain

Emmanuelle Weber¹, Erpeng Dai¹, Christoph Leuze¹, Nikola T. Markov², Nicholas Tran¹, Mariko Bennett¹, Samuel Baker¹, Kerriann Casey¹, Kalanit Grill-Spector¹, Keren Haroush¹, and Jennifer A. McNab¹
¹Stanford, Stanford, CA, United States, ²Buck Institute, Novato, CA, United States

We present a two stage acquisition of high-resolution DTI in ex vivo newborn and adult marmoset brain. FA was lower in the newborn than the adult with smaller differences observed in regions known to develop earlier.

Figure 1: Co-registration of the anterior and posterior diffusion MRI data.

Figure 2: Main vector orientation modulated by the FA map for the newborn (A) and the adult (B) marmoset brains.