Відео

I don’t now

Brilliantly demonstrated and explained.

Cardiac arrest

Wth is this kid doing

S. PANDYA.... Full name?

Thank you

Thank you

6:35 Does that make you randy?

👍

👍

Thanks🙏🙏 because I didn't know about this mistakes

Your rings look honking

Soo helpful thank you

Hi are there any more lectures like this

Beautiful

Did the patient just blink? 6:52

Lovely lecture again

Thanks a lot

Thank you!

Great lecture going very well with guide revision of Physiology in e integrity. Waiting for physics lectures

Very helpful lectures, I hope I can fine the rest of these lectures

Hi how i can get the remaining lectures of this primary FRCA course

I am doing my return to practice as an ODP and this was really informative and has helped me to re jig my mind of stuff I I'd forgotten. Thank you 👍

Brilliant!

How long would it take to go under with the mask and isoflurane?

The oesophagus is not exactly posterior to the cricoid, and thus the maneuver is unreliable in producing midline esophageal compression. The efficacy of cricoid pressure has been called into question and it may even increase the risk of regurgitation / aspiration or failed intubation owing to flexion distortion of the observed pharyngeal / tracheal anatomy. The video shows only single-handed Sellick's manoeuvre which may be rendered ineffective by flexion and / or torsion of the neck as the head falls deeper into the pillow as cricoid pressure is applied Dual-handed Sellick's manoeuvre is considered far safer. It requires the assistant to place one hand posterior to the patient's neck thereby supporting it, preventing lateral or anterio-posterior flexion, and then the other hand applying cricoid pressure. Experienced practitioners may safely use the dual -handed technique with just one anaesthetist and one ODP. If a second anaesthetist or ODP is involved then demarcation of roles in the tripartite procedure must adequately be established beforehand.

There are three glaring omissions from the checks, all of which are life-threatening: 1.: Ensure that the Oxygen Failure Device (OFD), also commonly know as "Bosun's Whistle" is functional . To establish this, first establish that the oxygen pipeline is connected at the wall, ceiling or pendant outlet and that the reserve oxygen cylinder(s) are turned off and the cylinder pressure celebrating zero. Now, with the oxygen diameter turned on, disconnect the oxygen pipeline and listen for the instantaneous and readily audible sound of the OFD sounding. If it fails or the sound is quiet, the machine must immediately be withdrawn from use and referred for servicing by an appropriately qualified engineer in possession of HTM22 certification. If the OFD deployed properly move on to the next stage: turn on the oxygen reserve cylinder and the OFD alarm should cease. Now fully turn off the cylinder to ensure the OFD deploys in the event of oxygen cylinder depletion of failure. Again, if the OFD fails any part of this test the machine must be immediately withdrawn from service. If all is well, the oxygen pipeline should now be reconnected and it is only at this stage that the pipeline patency tug test should be performed. 2.: Perform a gas line anti-pollution test: i.e.: when turning on each of the gas supplies, observe the rotameters and ascertain that turning on any one in sequence does not adversely cause a drop in level of the other spinning rotameters. If there is a substantial drop, this is indicative of intermixing / pollution of the gas supplies and the machine must immediately be withdrawn from service. 3.: Check that the back bar vapouriser interlock system is working such that more than one volatile agent vapouriser cannot be turned on simultaneously or subsequently whilst another is already on. This prevents the patient receiving too much volatile agent or a mixture of more than one volatile agent. If the interlock device fails the machine must immediately be withdrawn from service. It used to be common for anaesthetists to keep Boyle's apparatus up in which there was no interlock device or upon which it has been disabled. This permitted two volatile agent vapourisers, containing the same agent, to be turned on together, thereby permitting a much higher dose of agent than would be available from a singular vapouriser. This is particularly useful in closed circuits using ultra -low gas flows such that insufficient would otherwise be delivered by such low gas flows. This also facilitated the possibility to deliver two different volatile agents in tandem. Most frequently this would be a mixture of Halothane (Fluothane) with Trichloethyline (Trilene) which was a cardio-vascular stable mix, beneficial for use in elder and frail patients, especially for ophthalmic surgery, and of great use in paediatric and obstetric anaesthesia. 'SAFETY' IS THE WATCHWORD. I was a member of Professor Anthony Adams' interdisciplinary teams which produced the initial Checklist for Anaesthetic Machines and the subsequent Pictorial Checklist for Anaesthetic Machines published by the Association of Anaesthetists of Great Britain and Ireland between 1988 and 1991. Dr. John Richards, DSc., Dip.Ed (RODP)Expert Witness

What's funny is that this video is 3:21 and there are so many others that are over 10 minutes and sometimes up to 15 minutes. If you can't do a machine check in less than 5 minutes and more likely 3 minutes, then I don't want you working on anyone that I know!!! Alright, here come the haters and the incompetent. Do your worst on me! LOL Ha!!!

Thiopentone sodium still used these days???

Good video, although there is no indication as to when the cricoid pressure should be increased from 10-30N. I would normally ask the patient to keep their eyes open and increase the pressure as they start to close.