Igor Aleksandrovich Lavrov

The paper identifies molecular asymmetries in the rat hypothalamus that support hemisphere-specific neuroendocrine signaling through gene expression and functional experiments.

The paper examines EEG activity in anesthetized rats to identify neurophysiological markers of acute pain under urethane-induced anesthesia.

This study identifies and characterizes sources of artifact contaminating evoked compound action potentials (ECAPs) in epidural spinal cord recordings, highlighting challenges in distinguishing neural signals from artifacts in a swine model.

The paper investigates how left and right brain injuries affect the endocrine system differently, revealing a bipartite neuroendocrine system that mediates contralateral effects through distinct molecular and neural mechanisms.

The paper investigates how unilateral brain injury affects hindlimb asymmetry in rats with spinal cord transections, finding that humoral signals, not the sympathetic system, mediate these effects.

This study provides the first detailed analysis of segment-specific dorsal and ventral spinal roots orientation in humans, correlated with spinal cord and vertebral landmarks.

This study shows that a cell-containing biomaterial scaffold promotes axon regeneration and spinal circuit reorganization, enhancing motor function recovery when combined with epidural electrical stimulation after spinal transection.

This study uses functional ultrasound imaging to show that spinal cord hemodynamic responses to epidural stimulation reflect changes in spinal circuitry organization based on stimulation parameters.

This paper introduces a novel method to assess motor behavior in rodents by integrating electrophysiological, biomechanical, and behavioral metrics during therapeutic interventions.