Pharmacology Research

KEY FINDING: The nano complex promotes axon regrowth, modulates the local inflammatory microenvironment, and enhances functional recovery of SCI in mice, without causing treatment-related secondary injury.

KEY FINDING: Hydrogen exhibits selective antioxidant action by eliminating excessive harmful free radicals and alleviating cellular damage, thereby promoting recovery from conditions such as cerebral ischemia.

KEY FINDING: A 31-year-old man developed left brachial plexopathy after CO poisoning, confirmed by electrophysiological studies showing severe abnormalities in the upper and moderate abnormalities in the middle branches.

KEY FINDING: Tea-Seed Oil (TSO) contains components with antibacterial properties, potentially acting through pathways like PI3K-AKT and MAPK.

KEY FINDING: The pathophysiology of SCI consists of a two-phase process: the primary mechanical injury and the subsequent cascade of auto-destructive damages. This cascade leads to inflammation, hemorrhage, demyelination, axon disruption, apoptosis, and necrosis.

KEY FINDING: Both Deanxit and NeuroWell reduced the Hamilton anxiety scale and Hamilton depression scale scores compared to the placebo.

KEY FINDING: The final concept map included eight clusters, each representing a key content area for the medication self-management toolkit.

KEY FINDING: The combined protocol of nighttime oxygen with high flow cannula and daytime Venturi mask improves intensive motor training of patients.

KEY FINDING: Dinaciclib reduces cell viability, ATP levels, and proliferation rates in BTC cells.

KEY FINDING: Tomatidine promotes neuronal damage recovery and reduces histopathological changes in spinal cord tissues and LPS-induced PC-12 cells.