A mobile system for pediatric anesthesia

A mobile system for pediatric anesthesia

!_ettersto the Editor inah anesthesia with isobaric 6. Lawrence VS, Rich SR, 2% lidocaine and the efkct of phenylephrine. Reg AYUZ&~1984;9: 47-21. 7...

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.!_ettersto the Editor inah anesthesia with isobaric 6. Lawrence VS, Rich SR, 2% lidocaine and the efkct of phenylephrine. Reg AYUZ&~1984;9: 47-21.

7. Wells DC, Davies GG: Profound CNS depression frwn api tracorporeal shock wave lithotripsy. Anesthesiology : Nonrespiraesry omage PR, Camporesi E, Durant PAC> Nieisen effects of epidural morphine. Anesth Analg 1982$1:490-S.

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where pediatric patients are sche for pediatric cases ~e~~ss~tates much ent, such as ve~ti~a~~rs and b~mi~i~er§. ctions are tirne-~~~s~~~~~, confusing, and may be insecure or incorrect, especially when they ax ma experienced staff. I set out to design a system that obviates these soblems. My aim was to assemble a safe system t anesthesia machine. It d to have the min’ changeable connections r installation, and h ment currently in use to avoi (F&we 1). Therefore, E:mounte lows, a Fisher and Paykell

n this way, only few- connections ha outlet of the anesthesia machine, to the scaven trical outlet, and to an oxygen or air line for ve ventilator is electricall er of connections to s, thus adding to the safety of the system. In summary, I des priate equipment for the operating rooms are not colleagues and I hav device. iglare 1. A = ventilator; B = pressure me; C = manibid; D = humidifier; E = gas iine to T-piece; F = fresh achine; G = oxygen = power outlel.

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