| How to test a ADC value and CT value in a DICOM image? |
Jan 12, 2022 01:18 PM
by Adam
by Adam
Hi,
How to test a ADC value and CT value in a DICOM image? I try to find but no result.
How to send my DICOM images to you, can you leave a email address to me?
How to test a ADC value and CT value in a DICOM image? I try to find but no result.
How to send my DICOM images to you, can you leave a email address to me?
Jan 16, 2022 08:12 PM
by
by
The values of raw data for specific pixels (under the mouse cursor) of the displayed DICOM image are presented in the lower left corner of the image.
Mean values in the specific area can be checked using the ellipse tool:
https://www.radiantviewer.com/dicom-viewer-manual/ellipse.html
Mean values in the specific area can be checked using the ellipse tool:
https://www.radiantviewer.com/dicom-viewer-manual/ellipse.html
Feb 22, 2023 02:46 PM
by syed mudassir raza
by syed mudassir raza
i am using your software for trial version. i am Phd student and want to use your software in my research. But first you tell me why your trial version is not showning HF values. I follow your steps that your described to user person above. In my laptop only value of WL and WW are showing not showing the values of Mean, max , Min (HF units values). Please guide me if your software will show these values then after that i will buy it
Sep 13, 2023 08:09 PM
by
by
It's hard to tell without having a look a the DICOM file. Perhaps your images is RGB encoded, and in such case no HU values can be displayed.
May 29, 2024 04:02 AM
by Shoyab
by Shoyab
Is it confirmed that the pixel value gives the ADC value?
Apr 2, 2025 06:33 AM
by Claudio Mauceri
by Claudio Mauceri
There in not measure ADC Value in radiant,only measure the value of intensity, but isn't the same...Is It possibile to implement that necessary function?
Apr 2, 2025 06:44 AM
by Claudio Mauceri
by Claudio Mauceri
Eventualky the formula Is:
ADC values were calculated according to the formula: ADC = -(1/b)In(S/So), where So and S are the signal intensities in the region of interest (ROI), obtained with different gradient factors (b values of 500, and 1000 second/mm2).
ADC values were calculated according to the formula: ADC = -(1/b)In(S/So), where So and S are the signal intensities in the region of interest (ROI), obtained with different gradient factors (b values of 500, and 1000 second/mm2).