Alterations in iron content, iron-regulatory proteins and behaviour without tau pathology at one year following repetitive mild traumatic brain injury.

For ambulatory time following five impacts, there was no treatment group or interaction effect however time post-injury showed a strong trend for significance ( F 3.067,54.44 = 2.620, P = 0.0588, Fig. 10 A).

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In fact, 5x TBI (but not 1x TBI) mice displayed a mild trend towards increased swim speeds the day prior to the probe trial ( t 17 = 1.679, P = 0.1114, Additional file 1 : Fig.

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Using ICP-MS we found a slight trend towards decreased total iron content in the ipsilateral hemisphere of the parietal cortex in 5x TBI animals versus Shams ( t 16 = 1.643, P = 0.1199, Fig. 5 J).

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Post hoc analysis revealed a strong trend towards increased stance width at 3 months ( t 16.38 = 2.027, P = 0.0593), a small trend at 6 months ( t 17.98 = 1.517, P = 0.1467) and a significant increase at 9 months ( t 17 = 3.429, P = 0.0032) post-injury in 5x TBI animals versus Shams.

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Taken together, this data suggests that five impacts causes on average an increase in ambulatory time, zone entries and vertical counts and a decrease in resting time, with the opposite trend occurring for the 1x TBI animals, but these data did not reach statistical significance.

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