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__NOTOC__
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{{CMG}},{{AE}}{{MehdiP}}
{{CMG}}; {{AE}} {{MehdiP}}
==Overview==
==Overview==
It is important to have accurate insight when you are interpreting an imaging series like CT scan, MRI or Angiography. From a student point of view, it could be more complicated to look for a lesion in many frames. So, by creating an animated imaging with highlighted lesions, instead of uploading many images you can make it simple for all users. <br> Here we describe, how to make an animated GIF file with highlighted lesions.
It is important to have accurate insight when you are interpreting an imaging series such as CT scans, MRIs, or angiography. From a student's point of view, it may be needlessly complicated to look for a lesion in many frames. For this reason, creating an animated image with highlighted lesions is preferable to uploading many images, since it makes the image more accessible for all users. <br> Here we describe how to make an animated GIF file with highlighted lesions.


==How to insert an imaging series for CT scan or MRI==
==How to insert an imaging series for CT scan or MRI==
If you want to present an imaging series like CT scan or MRI instead of uploading many images, you can highlight the pathologic part by encircling it with yellow color and mix them to create a GIF file by following orders:
If you want to present a series of images (e.g., CT scans, MRIs) instead of uploading many discrete images, you can highlight the pathologic part of the image by encircling it in yellow and then mixing the images to create a GIF file by following the steps listed below:
: 1. Prepare the raw image
: 1. Prepare the raw image
: 2. Open the raw image in PowerPoint
: 2. Open the raw image in PowerPoint
: 3. In upper bar, click on '''review'''
: 3. In upper bar, click on '''review'''
: 4. Use the '''Inking''' tool, Pen and choose the yellow color with appropriate width
: 4. Use the '''Inking''' tool, Pen and choose the yellow color with appropriate width
: 5. Highlight the pathologic part step by step and save the output image one by one (here is the example).
: 5. Highlight the pathologic part step by step and save the output image one by one. An example is below.
<gallery perRow="5">
<gallery perRow="5">
image:o3.jpg|The row image
image:o3.jpg|The row image
Line 26: Line 26:
image:o3-11.jpg|11th highlighted image
image:o3-11.jpg|11th highlighted image
</gallery>
</gallery>
: 6. Upload the images to a GIF maker software or website such as, [http://Gifmaker.me gifmaker.me]
: 6. Upload the images to a GIF maker software or website such as [http://Gifmaker.me gifmaker.me]
: 7. Set the animation speed to 2100 msec for output gif file
: 7. Set the animation speed to 2100 msec for output gif file
: 8. Download or save the GIF file
: 8. Download or save the GIF file

Revision as of 19:50, 6 January 2017


Editor-In-Chief: C. Michael Gibson, M.S., M.D. [1]; Associate Editor(s)-in-Chief: Seyedmahdi Pahlavani, M.D. [2]

Overview

It is important to have accurate insight when you are interpreting an imaging series such as CT scans, MRIs, or angiography. From a student's point of view, it may be needlessly complicated to look for a lesion in many frames. For this reason, creating an animated image with highlighted lesions is preferable to uploading many images, since it makes the image more accessible for all users.
Here we describe how to make an animated GIF file with highlighted lesions.

How to insert an imaging series for CT scan or MRI

If you want to present a series of images (e.g., CT scans, MRIs) instead of uploading many discrete images, you can highlight the pathologic part of the image by encircling it in yellow and then mixing the images to create a GIF file by following the steps listed below:

1. Prepare the raw image
2. Open the raw image in PowerPoint
3. In upper bar, click on review
4. Use the Inking tool, Pen and choose the yellow color with appropriate width
5. Highlight the pathologic part step by step and save the output image one by one. An example is below.
6. Upload the images to a GIF maker software or website such as gifmaker.me
7. Set the animation speed to 2100 msec for output gif file
8. Download or save the GIF file
9. Upload the animated GIF file to wikidoc server by using this link: Upload file
10. Insert the GIF file to your imaging section by using the following code
[[Image:File name.gif|500px|The imaging description]]

Here are 2 examples for imaging series:


MRI findings in Osteomyelitis