PCCN® Exam Review: Pulmonary, Part 1 - MED-ED

[@Tysmizzy10]

Excellent video! Thank you. Ms. Christie is entertaining as well.

[@MEDEDELEARNING]

We're glad you enjoyed it! Cammy has been working with MED-ED for years and is an excellent speaker. We're excited to continue working with her on course updates and new programs!

[@bobabae8374]

Love this presenter. So grateful for this.

[@zhaanaryee5832]

Wow, I enjoyed this. This was so helpful, making the critical care course very simple in just an hour. Thanks a million. Please do you have any for another system like renal etc.?

[@akoniaev]

For time 00:31:00, shouldn't the second example be partially compensated metabolic acidosis?

[@donnaobrien4848]

Thank you, very good review

[@texastrina25]

This was fantastic. Is there a way to see part 2?

[@MEDEDELEARNING]

Hi Trina! We're so glad you liked the presentation. The rest of the PCCN Exam Review is available for purchase on our website at education.mededseminars.net/item/pccn-exam-review-56130. It is available as eLearning, on DVD-ROM or on Audio CD. Thanks!

[@CynthiaLatham-v2h]

Graham Courts

[@DonnaKing-r7p]

Citlalli Wall

[@BrookeStephens-d6w]

0595 Spencer Mountain

[@AlyFrances]

2061 Romaguera Drive

[@MsKabota]

I wish you post powerpoint with this video . would be very helpful.

[@MEDEDELEARNING]

Aynur, thank you for the feedback. Powerpoints are available with purchase of the course. Please let us know of any other questions.

[@PatienceKlusman-b6j]

Hector Prairie

[@cdr408]

The abg first question doesn’t make sense as far as the answer. What’s causing the blow up of co2 should be fix 1st. O2 in abg is normal.

[@MEDEDELEARNING]

Good morning! We received a response from Cammy today: The patient's ABG suggests acute non-compensated respiratory alkalosis. When you look to see why, the patient is breathing fast and blowing off the CO2 (you are correct). But the question is why are they breathing fast?? The physiologic reason for hyperventilation is: hypoxemia or metabolic acidosis--this example demonstrates tissue hypoxia. Although a normal PAO2 is 80-100---for this patient it is hypoxic. Hope this helps. - Cammy

[@JoanWehmeyer-t4p]

Howe Alley

[@WildWebster-g7d]

Elnora Causeway

[@ChristineTodaro-e3k]

Altenwerth Summit

[@RuthDeas-y3e]

Hartmann Port

[@IngersollMaria-z9s]

Cole Villages

[@cassieprokop]

I can't seem to find part 2 of this video, does it exist?

[@MEDEDELEARNING]

Hi Cassandra! The PCCN Exam Review is available for purchase at education.mededseminars.net/item/pccn-exam-review-56130. Thanks!

[@rekhanadarajan1172]

@@MEDEDELEARNING is there any offer

[@DannyRosse-z8x]

Abraham Flat

[@BuckleLucien-e9g]

Nikko Loaf

[@FowlerEden]

9041 Bogisich Fort

[@BlowingDummy-g1r]

66194 VonRueden Avenue