From the data below, What is the contributing to the rise in PIP? Mode VC-A/C pH 7.39   FiO2 0.6 PaCO2 48   Rate 22 PaO2 68   Vt 550 HCO3 25   PEEP 15 BE 1             Day Mon Tues Wed Thurs PIP 28 30 35 43 PL 25 26 25 26

A 60-kg (132lbs) patient with a stroke and increased intracranial pressure is being mechanically ventilated in the A/C mode with the following settings: Minute ventilation   6 L I:E ratio 1:2 FiO2 0.35 Rate 20 Mechanical deal space 25 mL     pH 7.30 PaCO2 51 torr PaO2 107 torr HCO3 24 mEq/L On the basis of this information, it would be most appropriate to recommend:

A 28-year-old patient is being evaluated by a respiratory therapist after a trauma. The patient is receiving VC ventilation with the following settings: FIO2 0.65 Mandatory rate 14 VT 450 mL PEEP 8 cm H2O The therapist notes the following pressure-volume tracing:   The therapist should recommend decreasing the

A flutter or jagger edge noticed on the exhalation phase of a flow time graphic can be attributed to 

Identify the label parts of the waveform belowThe letter D represent on the above Diagram? 

Identify the label parts of the waveform belowThe letter A represent on the above Diagram? 

In order to properly complete next week ventilator assignment Mr Patch Adams, what else would you need to successfully understand and have available?

                  1                                        2                                     3                                   4                                   5 Match the letter to the proper flow pattern.

Why should you care about the implicit bias test? What is the value of knowing the test results? 

How should the following pressure-volume loop be addressed on the ventilator?