Objective To evaluate the practice of emergency team in the in the process management of rescuing patients with acute ischemic stroke (AIS). Methods Totally 60 AIS patients with hospital admission ...from January to June 2019 were included as the control group, another 58 patients with hospital admission from July to December 2019 were included as the observation group. The routine process management of emergency care was adopted in the control group, and teamwork process management was used in the observation group. The time to emergency reception, specimen delivery and laboratory test were observed, time of CT-scanning and report issuance, communication time and the door-to-needle time were observed and compared between two groups. Results After the implementation of standardized process management for AIS patients, the time of treatment indicators had been reduced, and the emergency thrombolysis compliance rate had been increased, with a significant difference(P <0. 01). Conclusion For AIS patients, the imple
The frontal cortex is recognized as the highest adaptive control center of the human brain. The principle of the "frontalization" of human brain function offers new possibilities for brain research ...in space. There is evolutionary and experimental evidence indicating the validity of the principle, including it's role in nervous response to gravitational stimulation. The gravitational field is considered here as one of the more constant and comprehensive factors acting on brain evolution, which has undergone some successive crucial steps: "encephalization", "corticalization", "lateralization" and "frontalization". The dominating effects of electrical responses from the frontal cortex have been discovered 1) in experiments under gravitational stimulus; and 2) in processes potentially relating to gravitational adaptation, such as memory and learning, sensory information processing, motor programing, and brain state control. A brain research experiment during space flight is suggested to test the role of the frontal cortex in space adaptation and it's potentiality in brain control.
