WEBVTT

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mm hmm . Yeah .

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The Codman interface unit and external

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drainage system or ventricular Ostuni .

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Our instruments that work with the pro

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pack em and pro pack M . D . To monitor

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intracranial pressure or I . C . P .

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Codman interface unit is a passive

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device that does not require battery

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power becomes with several cables that

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connect the patient with the patient

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monitoring device . Mm .

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Yeah .

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To set up the common interface unit ,

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start by finding the patient's sensor .

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Zero reference number ,

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connect the monitor interface cable to

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the pro pack monitor .

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Mm . Mhm . Mhm .

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Mhm . Then attach the sensor to the

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Codman cable .

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Mhm .

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Adjust the zero Reference number on the

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dial to match the patient's sensor

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lock in place . Note that this

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device is not zeroed to atmosphere

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pressure Switch The Codman to

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Stand by zero . Mhm .

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On the pro pack , zero the appropriate

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invasive pressure line . This is most

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likely line p . two .

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Next test the function of the Codman

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monitor . By switching the Codman to

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100 millimeters of mercury , Verify

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that you get a reading between 98 and

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102 mm of Mercury . Finally

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switch the Codman to transducer to

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obtain the patients I . CPI readings .

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Mhm . Uh huh .

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First connect the invasive pressure

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cable to the transducer and the pro

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pack next level

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the external transducer to the

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tradition of the year . The trick is is

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an external landmark that correlates

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with the foramen of monro . Mhm .

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Mhm . Mhm .

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Then zero . By turning the transducer

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stop off to the patient .

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Next Open the cap to atmosphere and use

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proper techniques to zero the

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corresponding invasive pressure line .

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Then replace the cap and turn the stop

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so that it's in alignment with the cap ,

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adjust the pressure gradient or pop off

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pressure level as prescribed by the

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sending M . T . F . In this case that

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pressure will be 20 of mercury . The

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ventricular system he has 23 way stop

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cocks , each with three directions open

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in one direction closed . One stop got

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controls drainage and transducer . Sing .

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The second stop controls drainage from

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the bureau troll to the CSF collection

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bag . I . C . P . S . Should be

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continuously monitored with a stop in a

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transducer . Only position I . C . P .

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S . Should be documented at least

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hourly in the event that drainage is

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required . Turn the stop towards the

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transducer . It's important to ensure

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that the bureau trial stop is in the

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off position prior to draining . Keep

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in mind that not all stop cox used

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around the world are configured the

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same . If you use a foreign ventricular

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lost me draining device , ensure you

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understand its configuration . Prior to

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use . You should not be simultaneously

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transducer , sing and draining during a

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seacat transport . This can lead to a

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false I . CPI reading and could lead to

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accidental over drainage .

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CSF drainage . Using the ventricular

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Ostuni is controlled by the height of

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the bureau through all relative to the

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patient . Always follow the

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neurosurgeons . Orders regarding

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drainage . Without an order from a

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neurosurgeon , it is safe to drain 5-10

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ml of CSF at a time . Up to a maximum

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of 30 in one hour . With your pop off

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pressure set at 20 of mercury .

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It is not recommended that you walk

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away when actively draining a patient .

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All team members must have awareness of

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a patient who is actively draining CSF .

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Remember to return the stop to

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transducer . Sing when training is

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complete . Do not lay the drainage

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system on its side as wedding the

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sterile bent may alter pressure

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settings if the vent does become wet

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and may be necessary to replace the

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ventricular Rostami unit during major

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position changes , such as transferring

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from the hospital bed to litter ,

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logrolling and repositioning , clamp

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the ventricle lost me , or turn , stop

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off to the patient . You may also need

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to do this at various times during

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ground transport . Remember , due to

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the drastic nature of ground transport

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readings may not be accurate . It is

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feasible to obtain intermittent

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readings during safe or stable periods

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after ground transport or major

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position changes , re level and zero

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the transducer to the tricks of the ear

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and resume continuous monitoring . Mhm .

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Yeah .