I've just recently graduated and will be starting work soon, and so wanted to recap on exposure factors. You explained this wayyy better than my uni lecturers did 😂 great job! and thanks!!!
This is gold. Better than anything that ive gotten in the textbooks. The most difficult thing about learning radiography is that those that are teaching have muscle memory in regards to the curriculum. So teaching it to students that feel like this stuff is hieroglyphic makes us want to just drop the program lol. But this was a good snapshot and refresher.
I’m glad to hear it, I do have to constantly remind myself that someone not familiar with the field may not know certain terms and ideas I’m taking for granted. For me it becomes most apparent when my friends and family members who watch these videos say they have no idea what I’m talking about!
Thank you for the video. You explain everything so good. I will most definitely watch all your other videos as well. Big like and subscription from me.
I have been watching radiology videos for over the last 3 months and this is the first time one of your videos has popped up in my search. It was excellent. I will be watching more. Thank you.
sure, but it's all relative to what actual exposure you're using relative to the anatomy density and thickness, so you'll definitely get something, particularly on most new digital systems, but whether it's diagnostic is another matter
I've just recently graduated and will be starting work soon, and so wanted to recap on exposure factors. You explained this wayyy better than my uni lecturers did 😂 great job! and thanks!!!
Thanks! Glad to hear it was helpful
This is gold. Better than anything that ive gotten in the textbooks. The most difficult thing about learning radiography is that those that are teaching have muscle memory in regards to the curriculum. So teaching it to students that feel like this stuff is hieroglyphic makes us want to just drop the program lol. But this was a good snapshot and refresher.
I’m glad to hear it, I do have to constantly remind myself that someone not familiar with the field may not know certain terms and ideas I’m taking for granted. For me it becomes most apparent when my friends and family members who watch these videos say they have no idea what I’m talking about!
Thank you for the video. You explain everything so good. I will most definitely watch all your other videos as well. Big like and subscription from me.
I have been watching radiology videos for over the last 3 months and this is the first time one of your videos has popped up in my search. It was excellent. I will be watching more. Thank you.
Fantastic! Welcome aboard my friend
You deserve more views broo
That's what I keep saying! :p
A very beneficial vedio, thanks alot doctor 🌹
I just couldnt understand the 15% rule
Really thank you so much I appreciated,this video help me to understand more about Kvp ms mas really thanks again ❤❤❤❤
Cheers! Glad you found it helpful Derakhshan 🙌
So, are you saying that low mA and low kV (~7:40)can result in most on the image?
sure, but it's all relative to what actual exposure you're using relative to the anatomy density and thickness, so you'll definitely get something, particularly on most new digital systems, but whether it's diagnostic is another matter
Adding 15% to 100 kvp is 115
Then adding 15% to 50 kvp is not 65. Why ?
When and by which number do we multiply 1.15
Because 15% of 50 is 7.5 (50*0.15) so it'd be 57.5 kVp. You always multiply the original kVp by 1.15 to 'add 15%'
This is great. I would have liked the explanation to be slower.
Thanks! I'll keep that in mind for future videos 😊
Increasing kvp increases patient not the other way around
Is it possible to overexpose a patient?
Yes of course!
Typically,as screen speed decrease ___?__ decrease?
A. Density
B. Recorded detail
C. Patient dose
D. X-ray exposure
Please explain 🙍♀️🙍♀️
Thanks but you’re too fast
Do you tutor ?
Not currently