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    Home > Active Ingredient News > Anesthesia Topics > The usage of commonly used anesthesia pumps!

    The usage of commonly used anesthesia pumps!

    • Last Update: 2021-12-04
    • Source: Internet
    • Author: User
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    There are many anesthetics that need to be formulated with a rapid ( ml/h ) pump injection, especially vasoactive drugs, such as norepinephrine, nitroglycerin, dopamine, etc.
    , dexmedetomidine and remifentanil are also frequently used This article summarizes the specific preparation methods and usage of these most commonly used drugs (for convenience, they are uniformly prepared into 50ml )
    .

    There are many anesthetics that need to be formulated with a rapid ( ml/h ) pump injection, especially vasoactive drugs, such as norepinephrine, nitroglycerin, dopamine, etc.
    , dexmedetomidine and remifentanil are also frequently used This article summarizes the specific preparation methods and usage of these most commonly used drugs (for the convenience of uniform preparation of blood vessels 50ml )
    .


    Vasoactive drugs

    Vasoactive drugs

    According to the commonly used pump speed, this kind of pumped drugs can be divided into three categories:

    According to the commonly used pump speed, this kind of pumped drugs can be divided into three categories:

    Take norepinephrine as an example:

    Take norepinephrine as an example:

    0.
    01 ( ug/kg.
    min ) = 0.
    01×60 ( ug/kg.
    h ) = 0.
    6×kg ( ug/h )
    .

    0.
    01 ( ug/kg.
    min ) = 0.
    01×60 ( ug/kg.
    h ) = 0.
    6×kg ( ug/h )
    .


    Since the target is 0.
    01 ( ug/kg.
    min ) = 1 ( ml/h )
    .

    Since the target is 0.
    01 ( ug/kg.
    min ) = 1 ( ml/h )
    .


    So 0.
    6×kg ( ug ) = 1 ( ml )
    .

    So 0.
    6×kg ( ug ) = 1 ( ml )
    .


    The obtained concentration is 0.
    6×kg ( ug/ml ) = 0.
    6×kg×50 ( ug/50ml )
    .

    The obtained concentration is 0.
    6×kg ( ug/ml ) = 0.
    6×kg×50 ( ug/50ml )
    .


    Get the total amount of 50ml =0.
    03×kg ( mg ) .

    Get the total amount of 50ml =0.


    03×kg ( mg ) .

    Dexmedetomidine

    Dexmedetomidine given dexmedetomidine given

    Exime ( 2ml : 200ug ) is made into 50ml with a concentration of 4ug/ml , and its clinical usage includes load and maintenance
    .

    Exime ( 2ml : 200ug ) is made into 50ml with a concentration of 4ug/ml , and its clinical usage includes load and maintenance
    .


    We calculate separately:

    We calculate separately:

    1.


    Load speed

    1.


    The loading dose is a total infusion of 1ug/kg in 10min , that is, the infusion rate is 0.
    1ug/kg.


    0.


    The loading dose is 1.


    2.


    Dextromethorphan maintenance dose of 0.


    Obtain a maintenance dose of 0.


    Remifentanil remifentanil

    Let's take 1mg formulated into 50ml to a concentration of 20ug/ml as an example
    .

    Let's take 1mg formulated into 50ml to a concentration of 20ug/ml as an example
    .


    0.
    1 ( ug/kg.
    min ) = 0.
    1×60/20 ( ml/kg.
    h ) = 0.
    3×kg ( ml/h )
    .

    0.
    1 ( ug/kg.
    min ) = 0.
    1×60/20 ( ml/kg.
    h ) = 0.
    3×kg ( ml/h )
    .

    Get the walking speed 0.
    1 ( ug/kg.
    min ) = 0.
    3×kg ( ml/h )
    .

    Get the walking speed 0.
    1 ( ug/kg.
    min ) = 0.
    3×kg ( ml/h )
    .

    The above drugs are commonly used in clinical anesthesia.
    Proficiency in simple formulas can quickly obtain the speed, which can further evaluate the patient's criticality, and can also be quickly converted to a standard speed when recording the anesthesia sheet
    .

    The above drugs are commonly used in clinical anesthesia.
    Proficiency in simple formulas can quickly obtain the speed, which can further evaluate the patient's criticality, and can also be quickly converted to a standard speed when recording the anesthesia sheet
    .
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