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1. Introduction2. Pathway O2-Brain 3.MAC (Definition and Values and factors effecting MAC)4. Factors determining how quickly the inhalational agent reaches the alveoli reaches and the brain from the alveoli5. Nitrous Oxide (N2O)5.1. physical properties, Pharmacology and side effects)5.2. What
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1. Inhalational ANAESTHETIC Agents
Dr. Med. Khaled Radaideh
Department of Anesthesiology - Jordan University of Science and Technology Irbid-Jordan
June 12 Dr. Med. Khaled Radaideh 1
2. 1. Introduction
2. Pathway O2-Brain
3.MAC (Definition and Values and factors effecting MAC)
4. Factors determining how quickly the inhalational agent reaches the alveoli reaches and the brain from the alveoli
5. Nitrous Oxide (N2O)
5.1. physical properties, Pharmacology and side effects)
5.2. What is diffusion hypoxia?
5.3. Second gas effect
June 12 Dr. Med. Khaled Radaideh 2 INHALATIONAL ANAESTHETIC AGENTObjectives
3. 6. Halothane
6.1. properties
6.2. Metabolism
6.3. Dosage, Administration an Supply
6.4. Indications and contraindications
6.5. Effect on Organ Systems
6.6. Advantages and Disadvantages
June 12 Dr. Med. Khaled Radaideh 3 INHALATIONAL ANAESTHETIC AGENTObjectives
4. 7. Isoflurane and Sevoflurane
7.1. properties
7.2.Effect on Organ Systems
7.3. Advantages and Disadvantages
7.4. Indications and contraindications
June 12 Dr. Med. Khaled Radaideh 4 INHALATIONAL ANAESTHETIC AGENTObjectives
5. IV anesthesia : induce anesthesia Inhalation anesthesia : maintain anesthesia IV anesthesia : mg/KG or microgram/Kg Inhalation anesthesia : Percentage of the volume % EXAMPLE: 2 L/min. O2 + 4 L/min N2O ? Conc. Of N2O = 4/(2+4) = 66% June 12 Dr. Med. Khaled Radaideh 5