Pump Handle Motion and Bucket Handle Motion | Thorax Movement
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- Опубліковано 30 чер 2021
- Kinematics of Thorax are the movement of ribcage( Costal cartilage, ribs , sternum ) which are well described in the video!
Pump Handle Motion
Bucket Handle Motion
Any questions, doubts, Notes need!?
feel free to ask through comment or directly on instagram.
#kinematicsofthorax
#pumpandbuckethandle
#movementofthorax
#Respiratiorymovementofthorax
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Here's it is!
Pump Handle Motion :
- Sternum motion anterosuperiorly
- Increased Anteroposterior diameter
- Sagittal plane motion
Bucket Handle Motion :
- Lower Ribs motion upward rotation with elevation
- Increased transverse diameter
- Frontal Plane motion
That's all
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Excellent explanation and depiction.
I love love lovee the animations and the explanation! Thank u!
So good gesture 🙌
Very unusual choice of outro music
Haha okay!
really needed these visuals, thanks for the content!!
Glad it helped you. We make 3d movement videos check out✨
Thank you for this video✨🤝🏻❤️
On return do subscribe ✨
Thank you for this! Is there any posterior movement of the ribs or spine during inhalation? Even if it’s only slight movement?
Yeah very little(mm) anterior moves the spine.
How would one go about getting the pump handle up in the case of someone who presents pump-handle down?
Thank you
😍😍😍😍
Simple n clear... Tnq
Welcome to the channel!
Good
Hello I'm wondering is the setting of the video is different? I would like to save the video to my list, but I don't see any button allowing me to do so for this video.
Thanks
Welcome✨
This was great! Thank you
Thank You
Glad u liked it . Do subscribe ✨
So on point. Thank you. Kindly let me know the software used for this animation pleez. Thanx much.
Thank you. It's Atlas
Thanks sir
Welcome ✨
Thanks ❤
Pleasure is ours ❤️
Movement of the 5th rib, is there only anteroposterior diameter?
No both direction movements it contributes
Can the ribs act as both an anatomical pulley and a fulcrum?
Is there any possibility of a vertical motion?
No , chestwall do not move upright .
what an end
Notes please
This is wrong on so many levels. It’s all text book while in real life once you increase your abdomen circumference you inherently start losing intra-abdominal pressure. The abdomibal cavity expands therefore with the same volume of air loses its pressure. You would want to keep bottom ribs attached strongly with your anterior abdominal wall while having the possibility to have the ribs expand laterally and not forward and up. Having ripped the thorax out of the whole picture and look at it through binoculars is good for sure, but also taking them off and seeing the tremendous variability happening at once in the system is a better approach on the path. See, with the binoculars you might trip one day for not beeing able to see the surroundings.
Hlo sir
You simply cannot increase abdominal circumference without inhaling! So on inhalation there is rise in intraabdominal pressure.
Secondly, pump & bucket handles are not coplanar, each occur in their own planes! A-P & lateral planes. Hence both forward & up movement of ribs along with lateral elevation is seen.
This is as simple as inhaling & checking whether ur ribs are moving only laterally or forwards too!!
@@prajwalms2707 What you describe is true, but it does not happen as posted in the video
@@prajwalms2707 also pressure is greater if your abdomen increases less, right? So having your lower ribs held down and expanding 360 degrees (not into belly or not so much anteriorly) makes you expand and also increase (not lose) IAP
Your voice sounds like @hatedtarun
Haha 😅 just saw , similar ✨
How sternum moves it's fixed
There's small movement of sternum relation to Manubrium
The movement you illustrated is wrong, if you are actually looking for the correct movement, please do not base yourself off this video
It's a anatomical biomechanics dynamic models?? How could that possibly be wrong sir
Yes you are right
Arrow down handle = pump motion lol
Thank you sir