The neurological outcomes of cerebellar injury in premature infants.

Abstract

AIM Cerebellar injury is a characteristic injury associated with preterm infants. However, the impact of cerebellar injury on the development of preterm infants is unclear. METHOD We reviewed magnetic resonance image studies of preterm infants with cerebral palsy retrospectively and evaluated the developmental outcomes. RESULTS Cerebellar injury was recognized in 9 (2.4%) of 381 patients with cerebral palsy who were born preterm. The median gestational age was 26 (range 23-32) weeks and the median birth weight was 938 (range 492-1450) g. Seven of the nine patients had severe symmetric injuries to the inferior cerebellar hemispheres, resulting in a pancake-like appearance of the residual upper cerebellum. Supratentorial lesions were also recognized: periventricular leukomalacia in seven; atrophy of the basal ganglia in two; and intraventricular hemorrhage in two. Importantly, the motor dysfunction was related to the reduction in the white matter volume and severity of basal ganglia atrophy, but not to the cerebellar injury. Four of the nine patients could walk without limitations despite extensive cerebellar disruption. Only four patients could speak meaningful words during the study and only one spoke two-word sentences. INTERPRETATION The patients with cerebellar injury might have a communication handicap, rather than altered motor function. Prematurity-related cerebellar complications require more attention in terms of cognitive and speech function, in addition to neuromotor development.

DOI: 10.1016/j.braindev.2015.01.009
0200400600201520162017
Citations per Year

188 Citations

Semantic Scholar estimates that this publication has 188 citations based on the available data.

See our FAQ for additional information.

Cite this paper

@article{Kobayashi2015TheNO, title={The neurological outcomes of cerebellar injury in premature infants.}, author={Satoru Kobayashi and Keisuke Wakusawa and Takehiko Inui and Soichiro Tanaka and Yasuko Kobayashi and Akira Onuma and Kazuhiro Haginoya}, journal={Brain & development}, year={2015}, volume={37 9}, pages={858-63} }