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	<title>MARCILAN &#187; OsiriX</title>
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	<description>Maxillofacial Radiology Cone Beam CT Interactive Learning And Navigation</description>
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		<title>Connecting dcm4chee PACS to OsiriX</title>
		<link>http://www.marcilan.com/2010/01/connecting-dcm4chee-pacs-to-osirix/</link>
		<comments>http://www.marcilan.com/2010/01/connecting-dcm4chee-pacs-to-osirix/#comments</comments>
		<pubDate>Thu, 07 Jan 2010 21:56:50 +0000</pubDate>
		<dc:creator>Wisam Al-Rawi</dc:creator>
				<category><![CDATA[OsiriX]]></category>
		<category><![CDATA[PACS]]></category>
		<category><![CDATA[CBCT]]></category>
		<category><![CDATA[dcm4chee]]></category>

		<guid isPermaLink="false">http://www.marcilan.com/?p=3341</guid>
		<description><![CDATA[OsiriX is a very powerful software and has full PACS implementation. It can behave as a PACS server or as a PACS workstation. For the purpose of this tutorial, we will be using OsiriX workstation as our PACS workstation to manage CT or CBCT data sets. After setting up the dcm4chee PACS server from previous [...]]]></description>
			<content:encoded><![CDATA[<p>OsiriX is a very powerful software and has full <acronym title="picture archiving and communication systems">PACS</acronym> implementation. It can behave as a <acronym title="picture archiving and communication systems">PACS</acronym> server or as a <acronym title="picture archiving and communication systems">PACS</acronym> workstation. For the purpose of this tutorial, we will be using OsiriX workstation as our <acronym title="picture archiving and communication systems">PACS</acronym> workstation to manage <acronym title="Computed Tomography">CT</acronym> or CBCT data sets.</p>
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<p>After setting up the dcm4chee <acronym title="picture archiving and communication systems">PACS</acronym> server from previous tutorials, you will learn how to access it from a different workstation on the network. <span id="more-3341"></span></p>
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<p>First you need to make sure that Windows firewall or any other firewall software installed on the <acronym title="picture archiving and communication systems">PACS</acronym> server is not blocking the server <acronym title="Internet Protocol">IP</acronym> address and <acronym title="picture archiving and communication systems">PACS</acronym> server port to the outside world. For testing purposes and to make things easier you can disable the firewall.</p>
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<p>Since the server will always be online you need to use a fixed <acronym title="Internet Protocol">IP</acronym> address for the server as you don&#8217;t want to have the <acronym title="Internet Protocol">IP</acronym> address changing every now and then or you will be unable to access the server anymore. There are several tutorials on the internet to teach you how to fix an <acronym title="Internet Protocol">IP</acronym> address; just search in Google.</p>
<p>The <acronym title="Internet Protocol">IP</acronym> address of our server is 192.168.1.106 to find the <acronym title="Internet Protocol">IP</acronym> address for your server you can go to command prompt and type:</p>
<p>ipconfig /all<br />
 <a rel="attachment wp-att-3342" href="http://www.marcilan.com/2010/01/connecting-dcm4chee-pacs-to-osirix/screen-shot-2009-11-22a/"></a></p>
<p><img title="dcm4chee pacs ip address" src="http://www.marcilan.com/wp-content/uploads/Screen-shot-2009-11-22A-600x478.png" alt="dcm4chee pacs ip address" width="600" height="478" /></p>
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<p>Scroll all the way up and under IPv4 Address is your <acronym title="Internet Protocol">IP</acronym> address. dcm4chee default port is 11112. Now we got all what we need to establish a connection. Open OsiriX on your Mac and go to Preferences and select Locations. Click on Add new node. Put the <acronym title="Internet Protocol">IP</acronym> address, port, AETitle, and description. It should like this:</p>
<p><a rel="shadowbox" href="http://www.marcilan.com/wp-content/uploads/Screen-shot-2009-11-22-at-10.41.11-AM.png"><img class="alignnone size-large wp-image-3343" title="dcm4chee osirix pacs" src="http://www.marcilan.com/wp-content/uploads/Screen-shot-2009-11-22-at-10.41.11-AM-600x375.png" alt="dcm4chee osirix pacs" width="600" height="375" /></a></p>
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<p>Make sure you check the boxes next to Q&amp; R (Query and Retrieve) and Send. Q&amp; R allows Osirix to query the <acronym title="picture archiving and communication systems">PACS</acronym> server for patients and retrieve the data set the user asks for. Send allows OsiriX to send data sets stored locally on the machine running OsiriX to be stored in the <acronym title="picture archiving and communication systems">PACS</acronym> server. Close the preferences window.</p>
<p>Now we need to store some patient data on the server. We do that by loading a data set in OsiriX then send it to be stored on the server. Open a <acronym title="Digital Imaging and Communications in Medicine">DICOM</acronym> data set in Osirix. In this example, we will be using a CBCT <acronym title="Digital Imaging and Communications in Medicine">DICOM</acronym> data set from the Hitachi MercuRay CBCT scanner. You can load a <acronym title="Digital Imaging and Communications in Medicine">DICOM</acronym> set under File menu. After the data set loading is completed, select it and click the Send button from the toolbar on top.</p>
<p><a rel="shadowbox" href="http://www.marcilan.com/wp-content/uploads/Screen-shot-2009-11-22-at-10.40.12-AM_cr.png"><img class="alignnone size-large wp-image-3344" title="Sending cbct dicom data set from osirix to dcm4chee" src="http://www.marcilan.com/wp-content/uploads/Screen-shot-2009-11-22-at-10.40.12-AM_cr-600x337.png" alt="sending cbct dicom data set from osirix to dcm4chee" width="600" height="337" /></a></p>
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<p>You can follow the status in Osirix by installing <a href="http://growl.info/" target="_blank">Growl app</a>.</p>
<p><a rel="shadowbox" href="http://www.marcilan.com/wp-content/uploads/Screen-shot-2009-11-22-at-10.40.41-AM.png"><img class="alignnone size-large wp-image-3349" title="DICOM send Done!" src="http://www.marcilan.com/wp-content/uploads/Screen-shot-2009-11-22-at-10.40.41-AM-600x334.png" alt="DICOM send Done!" width="600" height="334" /></a></p>
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<p>Now it&#8217;s time to test Q &amp; R function. Click on Query button from the OsiriX top bar. You should be able to search for the data set you just uploaded using different search criteria. OsiriX comes loaded with many powerful tools that let you query the server for data either by patient name, date, modality&#8230;etc. It also allows you to specify to which workstation you want to retrieve your data to.</p>
<p><a rel="shadowbox" href="http://www.marcilan.com/wp-content/uploads/Screen-shot-2009-11-22-at-10.41.56-AM_cr.png"><img class="alignnone size-large wp-image-3350" title="DICOM Q &amp; R Osirix and dcm4chee" src="http://www.marcilan.com/wp-content/uploads/Screen-shot-2009-11-22-at-10.41.56-AM_cr-600x342.png" alt="Cone Beam CT DICOM Q &amp; R Osirix and dcm4chee" width="600" height="342" /></a></p>
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<p>Set Retrieve to your Mac OsiriX workstation if it not set already from the drop down menu. Click Retrieve.</p>
<p><a rel="shadowbox" href="http://www.marcilan.com/wp-content/uploads/Screen-shot-2009-11-22-at-10.43.48-AM.png"><img class="alignnone size-large wp-image-3351" title="Incoming DICOM data set from dcm4chee to OsiriX PACS workstation" src="http://www.marcilan.com/wp-content/uploads/Screen-shot-2009-11-22-at-10.43.48-AM-600x375.png" alt="Incoming DICOM data set from dcm4chee to OsiriX PACS workstation" width="600" height="375" /></a></p>
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<p>Depending on your server/workstation hard drive speed, network speed, and data set size; it can take from less than a minute to several minutes to download the data set to your local machine.</p>
<p>Double click on the data set to open it.</p>
<p><a rel="shadowbox" href="http://www.marcilan.com/wp-content/uploads/Screen-shot-2009-11-22-at-10.44.01-AM.png"><img class="alignnone size-large wp-image-3352" title="Opening DICOM CBCT data set in OsiriX" src="http://www.marcilan.com/wp-content/uploads/Screen-shot-2009-11-22-at-10.44.01-AM-600x375.png" alt="Opening DICOM CBCT data set in OsiriX" width="600" height="375" /></a></p>
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<p>Congratulations!! You&#8217;ve just managed to link an Open Source <acronym title="picture archiving and communication systems">PACS</acronym> server (dcm4chee) to an Open Source <acronym title="picture archiving and communication systems">PACS</acronym> workstation OsiriX!</p>
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<p>It is possible to send different types of data sets to the <acronym title="picture archiving and communication systems">PACS</acronym> server and not only <acronym title="Computed Tomography">CT</acronym> data sets but since many oral and maxillofacial radiologists as well as dental schools use Cone Beam <acronym title="Computed Tomography">CT</acronym> (CBCT) in their practice we decided to use a CBCT data set as an example.</p>
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<p>As you can see, we setup the dcm4chee <acronym title="picture archiving and communication systems">PACS</acronym> server under Windows 7 Pro running  Parallels Dekstop 5. While this is not the best setup and you&#8217;ll need a dedicated <acronym title="picture archiving and communication systems">PACS</acronym> server for your work; it helps to show how powerful a Mac computer can be and  it make things easier for us for writing this tutorial!</p>]]></content:encoded>
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