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Reduction of T with postmenstrual age is observed in all measured brain tissue; the change in T per week and 95% confidence intervals is given by dT =-21 ms/week [-25, -16] (cerebellum), dT =-14 ms/week [-18, -10] (deep gray matter), and dT =-35 ms/week [-45, -25] (white matter). Neonatal T values at ULF are shorter than those previously described at standard clinical field strengths, but longer than those of adults at ULF. T reduces with postmenstrual age and is therefore a candidate biomarker for perinatal brain development. Neonatal T
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