Alarms could be key to avoiding intraoperative awareness By Eleanor McDermid.

The corresponding rates of definite or probable awareness were 0.20 percent, 0.08 percent, and 0.38 percent; by this measure, individuals who received no intervention were significantly more likely to experience consciousness than those that received BIS monitoring. Mashour et al suggest that the difference in favor of BIS monitoring could be because the program generated about twice as many alarms as did the protocol based on anesthetic concentrations. Within their editorial, Memtsoudis and Liu say: ‘These alert systems are not widely in place at this time but are significantly of clinical curiosity and viability.’ They add: ‘A crucial feature of automated monitoring alerts can be careful selection of alarm values to improve vigilance without creating alarm fatigue, and additional work may be had a need to refine these values for BIS and [minimum alveolar concentration] monitoring.’ Licensed from medwireNews with authorization from Springer Health care Ltd.The skin includes a higher quantity of hair follicles, that makes it much less connected and better to tear. Compared to a normal house mouse’s epidermis, it takes 77 % less energy to create a lesion on the African spiny mouse. Furthermore, they are able to lose up to 60 % of the skin on their back if necessary to move away from a predator. What makes the spiny mouse so special is its healing factor also. It takes merely three times to cover a wound over with fresh skin, and their wounds prevent quickly bleeding and scab relatively. A wound can shrink up to 64 % in a single day. However, instead of utilizing a material to cover their wounds called collagen I, which creates marks, the spiny mouse uses collagen III, which can create new, normal tissue. This process, called re-epithelialization, allows the mouse to displace lost skin cells.