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Respiratory HQ
United States
เข้าร่วมเมื่อ 31 มี.ค. 2022
I'm so excited to see you on Respiratory HQ's TH-cam channel!
I will be uploading content frequently. This content, while free, is extensively utilized by the NBRC for the TMC and CS examinations. I look forward to helping you build a strong foundation so that you will be successful in RT school and earn your RRT credential!
This content on this site is not representative of Weatherford College.
I will be uploading content frequently. This content, while free, is extensively utilized by the NBRC for the TMC and CS examinations. I look forward to helping you build a strong foundation so that you will be successful in RT school and earn your RRT credential!
This content on this site is not representative of Weatherford College.
HFJV vs HFOV
This question discusses the key difference between jet and oscillatory ventilation.
มุมมอง: 46
วีดีโอ
Oxygenation in ARDS
มุมมอง 6116 ชั่วโมงที่ผ่านมา
Understanding oxygenation in ARDS based off of ARDSnet protocol
HFJV vs HFOV
มุมมอง 9419 ชั่วโมงที่ผ่านมา
Summary This conversation discusses high frequency ventilation, specifically comparing jet ventilation and oscillatory ventilation. The primary reasons for using high frequency ventilation are to prevent lung injury and improve gas exchange. Lung injury can be caused by barotrauma, volume trauma, and adelectrauma. Jet ventilation involves using a jet ventilator and a conventional ventilator, wh...
Transcutaneous Monitoring
มุมมอง 14228 วันที่ผ่านมา
Transcutaneous monitoring is a method of continuous monitoring of oxygenation and ventilation through the skin. It is primarily used in infants due to their thin skin and small arteries. The monitoring works by heating the sensor on the skin, causing vasodilation and allowing oxygen and CO2 to diffuse into the sensor. The sensor should be applied to highly vascular areas and calibrated regularl...
Calculating Average Spontaneous Tidal Volume
มุมมอง 105หลายเดือนก่อน
A quick simple video showing how to calculate average spontaneous tidal volume.
Fetal Lung Development
มุมมอง 99หลายเดือนก่อน
This video briefly explains fetal lung development and gives a trick on how the remember the stages.
Pressure-Volume Loop
มุมมอง 117หลายเดือนก่อน
The video explains the type of mechanical ventilation breaths as the appear on the pressure-volume loop.
Dynamic & Static Compliances
มุมมอง 125หลายเดือนก่อน
This video discusses the relationship between pressure and compliances.
Troubleshooting alarms in mechanical ventilation
มุมมอง 104หลายเดือนก่อน
Exhaled volume alarm troubleshooting
PC-AC mode of ventilation and tidal volume
มุมมอง 87หลายเดือนก่อน
What causes tidal volume to increase in PC-AC ventilation?
Modes of Mechanical Ventilation (Summary)
มุมมอง 244หลายเดือนก่อน
This conversation provides a summary of volume ventilation and pressure ventilation, including the modes of ventilation used in each. In volume ventilation, the tidal volume is set and does not change, but the peak inspiratory pressure can fluctuate based on changes in airway resistance and alveolar compliance. In pressure ventilation, the peak inspiratory pressure is set and does not change, b...
Compliance & Resistance Overview
มุมมอง 162หลายเดือนก่อน
This conversation discusses compliance and resistance in mechanical ventilation. Compliance refers to the ability of the lungs to expand, while resistance refers to the obstruction of airflow. The conversation explains the differences between obstructive and restrictive diseases and how they affect compliance and resistance. It also explores the use of peak inspiratory pressure (PIP) and platea...
I:E Ratio Made Easy
มุมมอง 4573 หลายเดือนก่อน
IE ratio is explained using an analogy of taking a trip. The respiratory rate determines the trip time, the tidal volume is the length of the train, and the flow is the speed of driving. Increasing tidal volume increases inspiratory time and decreases expiratory time. Increasing flow decreases inspiratory time and increases expiratory time.
Spontaneous Pulmonary Mechanics (Wright Spirometer)
มุมมอง 1243 หลายเดือนก่อน
Spontaneous Pulmonary Mechanics (Wright Spirometer)
Spontaneous Pulmonary Mechanics (Vital Capacity)
มุมมอง 1003 หลายเดือนก่อน
Spontaneous Pulmonary Mechanics (Vital Capacity)
Spontaneous Pulmonary Mechanics (Minute volume & tidal volume)
มุมมอง 1343 หลายเดือนก่อน
Spontaneous Pulmonary Mechanics (Minute volume & tidal volume)
Acute ventilatory failure, superimposed on chronic ventilatory failure.
มุมมอง 2183 หลายเดือนก่อน
Acute ventilatory failure, superimposed on chronic ventilatory failure.
HQ Challenge: Muscarinic antagonists.
มุมมอง 1064 หลายเดือนก่อน
HQ Challenge: Muscarinic antagonists.
Increasing FiO2 during manual resuscitation
มุมมอง 1815 หลายเดือนก่อน
Increasing FiO2 during manual resuscitation
Another great explanation!!
I love each and every one of your videos. Such a clear explanation of complex material. Thank you!
Glad you like them!
Thank you 🙏🏾
Such a clear and succinct explanation. Thank you!
Glad it was helpful!
Very nice explanation 👍🏻🇸🇦
Thanks! 😃
AoA..I hope you are doing well..plz make a video on weaning trail and SBT
Thank you very much
You are welcome
Thank you very much
You are welcome
Good Job
Thanks!
A hidden gem
Very well organized in order to memorize the differences in Percussion and Palpation. Thank you!
Such a tricky question! Thanks for giving us the heads up on what a true spontaneous breath means.
What a creative way to explain the above concepts! Awesome.
Thank you very much for your consice and easy to understand teaching
was using this tech before I got pulse OX at my small hospital in Montana
Thanks TH-cam! Could you record more videos about ventilator modes and also about Anesthesia machine? You are one of the best teachers I have ever seen.
I came up with acronym "Every Ped Can Start Air" but I like yours much better "Every Pulm Cell Starts Adapting"!
I like yours too! Whatever works!!!
Thanks for this. Here's a way to think of it from a patient's point of view. I'm a patient on 24/7 O2 therapy. The flow rate on my concentrator is set at 3 lpm. The cannula is delivering 3 lpm to my nose. If I inhale only through my nose, I'm getting 3 lpm of O2. However, I usually inhale through my nose some of the time and through my mouth some of the time. So there's a pretty random mix of air and O2 reaching my lungs. If I wear a mask (ALWAYS an uncomfortable experience), the mixing of air and O2 is controlled by the venturi and is much more predictable. By the way, if anyone makes a mask that is comfortable I'd like to know about it. I know these things are considered disposable, but patients would appreciate their comfort being considered.
PIP > Ppl therefore Cdyn < Cst! Awesome. A bigger number divided into Vt results in a smaller compliance. makes so much sense. Thanks.
I love how you broke down PS as ventilation and CPAP as Oxygenation! Also I never connected compliance with just alveoli and Raw with just airways. You are a blessing to us RT students!
Thank you! I love these easy to follow videos with one concept.
Glad you like them!
Thank you for your explanation. The use of the concept, CaO2, using the practice and usages of arterial blood and relationship that establish, Hb disassociation and PaO2 and the increases on the right at 50% the PaO2 is 27mmHg. The Right shift is an increase in HB curve decrease infinitive, the ready to share HB curve. While the left is having increase infinitive. I surely come back to testify about the TMC. God bless and increase your knowledge, Ma'ma
MA-1 versus Bird Mrk 14 !😁
Thanks for the useful lecture.
Glad it was helpful!
What if you’re in volume control and the tidal volume decreasing?
In volume control, we set the tidal volume so it does not change. The PIP will change with compliance and resistance but the volume will not change.
🔥🔥
Thank you for breaking down the increase and decrease interms of compliance or resistance, is understood . Exhaled Tidal volume is increased because of less resistance in the 🫁. Your are a blessing indeed. Thank you for your investment
You are a blessing in the RRT industry. Please I am so assured and enlighten by your clarity, you are a blessing and gift to this generation. Don't stop you are my role model as I start my journey taking the TMC, thank you and God bless your wells of experience to this generation. Thank you for breaking down this concepts.
Thank you for such kind words. Let me know if you have any questions.
I am thankful for your video. Your passion and dedication to enable the RRT industry grow. Thank you, and God bless and increase your knowledge. You have dissolved my uncertainty in my career as an RT ,taking my TMC in few days. You have given me ventilation understanding and mechical operations. And skillful understanding.
Great episode
Thank u so much for that break down ❤it truly helped me understand better
Do you have any mechanical ventilation videos? I’m not understanding what changes what, far as how to know when I increase or decrease Vt, rr , FIO2 or what do I look at to know to increase or decrease PIP/Pplat.
Or some videos of some scenarios being in A/C vs PC?
I have a complete mechanical ventilation course offered on my website. www.respiratoryhq.com/offers/mEUwVTe3/checkout
@@respiratoryhq2082ok, thank you.
Thank u watching from Egypt
I enjoyed watching your video, madam.
Thank You!!
My God! Teaching respiration while taking my breath away... 😛
Thank you so much
You're most welcome
Really Appreciated . Thumbs up for this lady .
yeaaaaaaaaa Mighty Wrights
To b completely honest.. i don thnk I would personally excel throughout this spec program bc i'd be too distracted by the absolutely gorgeous instructor..
Excellent!!
Amazing explanation very very clear
Glad it was helpful!
*Promosm* 💪
YES !! the mighty Wrights !!
Excellent!!!!
Many thanks!
Wow this was nicely explained!
Glad it was helpful!
Could you make a video about Pv02, Cardiac Index, Cardiac Output?
Thank you! Short and sweet, it's a great review for a senior getting ready to graduate and take the boards!
How do I get your CSE prep class.
I’m so sorry…I just saw this comment Here is the link www.respiratoryhq.com/offers/yDcVzj5q/checkout
Thank you! Can you explain why a Non-Rebreather is considered low flow and not high flow?
Some instructors categorize it as a high flow. Basically if it meets the patient's inspiratory flow, it will function as a high-glow device, if it does not, it will function as a low-flow device. Just depends on the patient and their inspiratory flow
@@respiratoryhq2082 Thank you!