[Comparative study of the neuroprotective effects of the drug Cytoflavin and citicoline in a rats model of hemorrhagic stroke].

Objective: To compare the neuroprotective effects of Cytoflavine (CF) and citicoline (CC) in a rat model of hemorrhagic stroke (HS).

Material And Methods: The study was conducted on male Wistar rats. HS was induced by the injecting of autologous blood into brain tissue.

Neurotropic Effects of Cortexin on Models of Mental and Physical Developmental Delay.

To evaluate the efficacy of the neurotropic action of cortexin in models of mental and physical developmental delays in rat offspring. The neurotropic properties of bovine brain cortex polypeptides were studied using two models of mental and physical developmental delays in rats: toxic CNS damage (oral administration of ethanol during the last week of pregnancy) and neonatal trauma (ischemia-hypoxia). The drug was administered intramuscularly or rectally as suppositories for 20 days.

Enhanced carbon utilization and storage: An application of nonionic-based binary surfactant CO foam.

Mobility control of CO is important for effective subsurface utilization and sequestration of anthropogenic CO in depleted formations. This not only enhances oil recovery but also increases CO storage efficiency, addressing a key challenge for a future zero-carbon economy. In this study, novel techniques were developed by injecting CO foam generated with a nonionic-based binary surfactant system to improve geological CO storage and to co-optimize carbon utilization and storage efficiency in high salinity carbonate porous media, based on hypotheses from our previous works.

[Targeting NMDAR/AMPAR: a promising pharmacotherapeutic approach for depressive disorders].

Depression is a leading cause of disability and reduced work capacity worldwide. The monoamine theory of the pathogenesis of depression has remained dominant for many decades, however, drugs developed on its basis have limited efficacy. Exploring alternative mechanisms underlying this pathology could illuminate new avenues for pharmacological intervention.

An experimental study of foam-oil interactions for nonionic-based binary surfactant systems under high salinity conditions.

A key factor affecting foam stability is the interaction of foam with oil in the reservoir. This work investigates how different types of oil influence the stability of foams generated with binary surfactant systems under a high salinity condition. Foam was generated with binary surfactant systems, one composed of a zwitterionic and a nonionic surfactant, and the other composed of an anionic and a nonionic surfactant.