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| Trade name for Desflurane |
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| Trade name for Sevoflurane |
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| Trade name for Isoflurane |
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| Trade name for Methoxyflurane |
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| Vapor pressure for Fluathane at 20 C |
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Term
| Vapor Pressure for Isoflurane at 20 C |
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Term
| Vapor Pressure for Enflurane at 20 C |
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| Vapor Pressure for Sevoflurane at 20 C |
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Term
| Vapor Pressure for Suprane at 20 C |
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Term
| λ Methoxyflurane (Penthrane) |
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Term
| MACawake Desflurane (Suprane) |
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Term
| MACawake Sevoflurane (Ultane) |
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| MACawake Isoflurane (Forane) |
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| MACawake Enflurane (Ethrane) |
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| MACawake Fluathane (Halothane) |
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| Time constant for the VRG |
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| Time constant for the lungs |
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| Time constant for the blood |
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| Time constant for the muscle group |
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| Time constant for the fat group |
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| Time constant for the 4th tissue compartment |
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Term
| The concentration effect states that when a large/small volume of gas leaves due to ______, the residual gases are _______. The higher/lower the FI will lead to a less impact on FA. State the only example of this drug. |
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Definition
| large, uptake, concentrated, higher, N2O |
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Term
| The second gas effect cannot occur without the _________. It states that the addition/reduction of volume and the loss/replacement of gas will increase/decrease the concentration and amount of any gas given together with the first gas. |
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Definition
| concentration effect, reduction, replacement, increase |
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Term
| Another way to look at the second gas effect is that when N2O is the first gas given, the (FI or FA?) of a second gas given at the same time will increase/decrease more/less rapidly if given without N2O. |
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Definition
| FA, increase, more. ***You give N2O with another gas (oxygen, Des, Ultane, etc.) and that increases the rate of rise more quickly.** |
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Term
| Blood/brain tissue coefficient |
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Definition
| 1 - 2, except N2O which is lower |
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Term
| Blood muscle tissue coefficient |
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Definition
| 2 - 3.5, except N2O = 1.2 |
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Term
| Blood/fat tissue coefficient |
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Definition
| 27 - 51, except N2O = 2.3 |
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