Use of the ultrasound before, during and after percutaneous tracheostomy allows us great advantages; anatomy of the pre and paratracheal region and displaying potential aberrant vessels, and so the needle and dilator to move away from risk areas and ensure the prevention of possible vascular complications. Measuring the distance from the skin into the trachea can be done and this allows us to choose the average size tracheostomy tube. The aim of this study, In the process of applying percutaneous tracheostomy, to compare the reliability of the traditional landmark method, ultrasound-guided long axis in plane application and ultrasound-guided short axis out of plane application.
Study Type
INTERVENTIONAL
Allocation
RANDOMIZED
Purpose
SUPPORTIVE_CARE
Masking
NONE
Enrollment
60
to compare the reliability of the traditional landmark method, ultrasound-guided long axis in plane applications and ultrasound-guided short-axis out of plane application in the implementation process percutaneous tracheostomy
The success of the first application
Time frame: ten minute
successful tube placement rate
Time frame: fifteen minüte
Complications during the procedure
Time frame: one month
The number of puncture
Time frame: ten minute
total tracheostomy application time
Time frame: fifteen minute
Early and late complications after the process
Time frame: one month
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