Hi Thanks for simplifying the Bland-Altman Plot.Could we define agreement between two type of test with the two sets of value? For example value of Pulmonary function testing and impulse oscillometry for the diagnosis of asthma.
Nice presentation! Short comment: In the plot, you show @5 minutes in the presentation, aren't the red lines indicating SDs and not the LoAs (1.96*SD)? LoA should be wider (approx. twice as wide) in order to contain 95% of the data points?
It is clear, well organized. Thank you very much 👏
Happy to hear!Thx
Thank you for making this video. Truly helpful!
You're so welcome!
Thank you so much for making our lives easier ;-)
Good to hear!
Hi Thanks for simplifying the Bland-Altman Plot.Could we define agreement between two type of test with the two sets of value? For example value of Pulmonary function testing and impulse oscillometry for the diagnosis of asthma.
thank you
I waited for this video
thank you :)
Thanks, not really a lot of people's favorite topic, but hope it was worth the waiting!
Nice presentation! Short comment:
In the plot, you show @5 minutes in the presentation, aren't the red lines indicating SDs and not the LoAs (1.96*SD)? LoA should be wider (approx. twice as wide) in order to contain 95% of the data points?
Thx! We didn't pay enough attention to make sure that 95% of the points fall within the LoA indeed - sharp!
The scatterplot you get: is this multiple persons measured twice, multiple persons measured multiple times or one person measured multiple times?
3:42 you mean "measurement error" i think. You can't discern between systematic and random error as you stated at the beginning of the video.
If a data is exactly on the agrrement line does it mean it is inside the loa or outside?
Do you mean the d-line? Then it's inside. If it's directly on the red lines it's still inside.
Physiotutors Ok thank you 🤗😊
If there is 1 plot outside the LoA, what does it mean? And how to calculate MIC ?
thank you so much
No worries!
thank you so much!
Ur welcome Jhade!
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