If you ever want to go back to some of the anatomical parts, gave up halfway through :( │1:17│Sagittal Suture │1:45│Lambdoid Suture │2:00│Coronal Suture │2:17│Frontal Sinuses │7:20│Crista Galli │3:13│Superior Orbital Margin │3:38│Mastoid Processes │4:33│Inferior Nasal Conca │4:38│Nasal Septum │5:25│Maxillary Sinus │5:33│Base of Occiput
Yes the first one is PA. When taking a x-ray of the skull we have them face away from the camera when we want to look at the full skull: ruclips.net/video/T8JseqnM1vw/видео.htmlsi=KlGyn7jYG3dtHvcs
A lesion that is "white" on MRI is typically called hyperintense. A lesion that is "black" on MRI is typically called hypointense. On x-rays (radiographs), a lesion that is "white" is called radiopaque, while a lesion that is more black, is called radiolucent.
Saw an Xray of the brother of my girlfriend, i got a bit scared. he has the skull sutures very visible. to the point i got scare it was something bad. aparently he simply has very defined sutures, but nothing crazy
The Townes projection at 10.04 has been done incorrectly for a century which has resulted in at least 30 million people getting their faces and necks needlessly included in the primary beam. This extra dose was always hidden in the film and chemistry days because that radiation missed the cassette. I was one of the few who did the projection properly routinely where the collimation was to the brow line. That meant reducing the tube angle by 4 degrees and understanding the basic geometry of an xray projection. Unfortunately, 75% of radiographers (only 5% of radiologists) fail my simple geometry test. ruclips.net/video/QRT7wpOZmko/видео.htmlsi=gS8gxg7r0csXl8wZ
If you ever want to go back to some of the anatomical parts, gave up halfway through :(
│1:17│Sagittal Suture
│1:45│Lambdoid Suture
│2:00│Coronal Suture
│2:17│Frontal Sinuses
│7:20│Crista Galli
│3:13│Superior Orbital Margin
│3:38│Mastoid Processes
│4:33│Inferior Nasal Conca
│4:38│Nasal Septum
│5:25│Maxillary Sinus
│5:33│Base of Occiput
Thank you so much. Bless you.
Thanks.that is good i am student in radiology department and this video help me
Thanks you so much. I have a new found respect for the anatomy of the skull. You were very detailed. Thanks again.
Very informative. Thank you!
Thanks doc...it's very beneficial...
Very helpful! How may I learn more about the DACBR program for Palmer?
That was very helpful thank you, sir ☺
Can you compare an OF and an FO skull views? How do you differentiate them
Your voice is so soothing
this was really helpful! thank you 💙💙💙
Should have mentioned about inner and outer table of the skull just for the shack of completion
thank you sir....
create a beneficial video...
great sir... it's very helpful fr me
also I'm Radiology student
where is the pdf?
Very detailed explanation 👍
Great Vid. I not 100% sure but I think the 1st skull might be PA & not AP due to relatively small orbit size.
matthew lemon hahaha cram time big Matt :)
Yes the first one is PA. When taking a x-ray of the skull we have them face away from the camera when we want to look at the full skull:
ruclips.net/video/T8JseqnM1vw/видео.htmlsi=KlGyn7jYG3dtHvcs
It's very helpful tq so much
VERY NICE LECTURE.THANX A LOT
very helpful...
thanks alot
Very informative. Thank you.
Thank you so much, this is very helpful
Jack Skellington, is that You?
(Talking about the X-ray)
Thanks alot
Thanks
thanks a lot sir!!!!
Hyper or hypo intensity is with respect to MRI
A lesion that is "white" on MRI is typically called hyperintense. A lesion that is "black" on MRI is typically called hypointense. On x-rays (radiographs), a lesion that is "white" is called radiopaque, while a lesion that is more black, is called radiolucent.
Saw an Xray of the brother of my girlfriend, i got a bit scared. he has the skull sutures very visible. to the point i got scare it was something bad. aparently he simply has very defined sutures, but nothing crazy
The Townes projection at 10.04 has been done incorrectly for a century which has resulted in at least 30 million people getting their faces and necks needlessly included in the primary beam. This extra dose was always hidden in the film and chemistry days because that radiation missed the cassette. I was one of the few who did the projection properly routinely where the collimation was to the brow line. That meant reducing the tube angle by 4 degrees and understanding the basic geometry of an xray projection. Unfortunately, 75% of radiographers (only 5% of radiologists) fail my simple geometry test. ruclips.net/video/QRT7wpOZmko/видео.htmlsi=gS8gxg7r0csXl8wZ
Helpful
Skull looks scary
SPEAK FAST next time.. too much umm ummm thanks for increasing curiosity! Thanks though.
Just watch on 2x speed