Thank you so much for this video! Super easy to grasp and very detailed! Something that has always bothered me: why can’t we use the normal way we tie a square knot ( in day to day life) in the surgical field ?
also, in 2 hands, when suture material is short e.g. near end of a long wound, 2 hands knotting helps you to use that short suture since you just spin the wrist and finger joint without forcing a whole finger in a loop like its the case with one handed knotting.
1)coefficient of friction will help you know what makes a suture lack or have memory; and hence how many throws of a given suture material are needed to make a secure knot 2)you will see how you can balance knot size hence strength against creating a space occupied by foreign body in a patient; this can come with complications like stitch sinus e.t.c.
Jesus Christ. I was taught something completely different. This is the best way to do it. Literal two-handed tie for dummies. Thank you!
Best tutorial in youtube. Short, clear and with all the info you need. TY!
This was the BEST video!!!! Thank you, doc!
Thank you Doctor.Really helpful.
Thank you so much for this video! Super easy to grasp and very detailed! Something that has always bothered me: why can’t we use the normal way we tie a square knot ( in day to day life) in the surgical field ?
Thanks doctor ❤❤
Thanks doctor
Thank you
2:03
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Dottore frince
Is there a time where the two-handed tie would be preferred to a one-handed tie?
When tying delicate structures e.g. vessels, where you want greater control on your suture so the tissue does not move.
also, in 2 hands, when suture material is short e.g. near end of a long wound, 2 hands knotting helps you to use that short suture since you just spin the wrist and finger joint without forcing a whole finger in a loop like its the case with one handed knotting.
Not too hard. So why do I have to take physics to get into med school.
1)coefficient of friction will help you know what makes a suture lack or have memory; and hence how many throws of a given suture material are needed to make a secure knot
2)you will see how you can balance knot size hence strength against creating a space occupied by foreign body in a patient; this can come with complications like stitch sinus e.t.c.
Try understanding the cardiovascular system without understanding physics
@@matthutcherson6379 that's a lot of pressure
Not to mention the specialities that you might think of venturing into that are highly dependent on physics, read, radiology