Alexander Drobyshevsky

This study shows that low-frequency transcranial magnetic stimulation reduces brain injury in a neonatal hypoxia-ischemia model by modulating glutamatergic transmission and providing both immediate and delayed neuroprotection.

This study compares the effects of intermittent hypoxia and hypoxia-ischemia models on myelination in neonatal mice using spatial transcriptomics, finding region-specific differences in oligodendrocyte populations and inflammatory responses.

This study investigates the effects of low and high frequency rTMS on cortical excitability and myelination in mice after neonatal hypoxia, finding that HF-rTMS improves hypomyelination and behavioral outcomes.

This study investigates how neonatal intermittent hypoxia affects cortical connectivity and function in mice, finding increased excitatory transmission and decreased inhibitory interneurons, leading to behavioral and cognitive impairments.

This study shows that spinal motoneurons in a rabbit model of cerebral palsy respond abnormally to serotonin, leading to hyperexcitability and spasticity.

This study investigates how altered spinal motoneuron properties contribute to motor deficits in a rabbit hypoxia-ischemia model of cerebral palsy, finding significant physiological differences between affected and unaffected groups.