(r1.1 vs. r1.22) WebHome < Sandbox

Sandbox.WebHome (r1.1 vs. r1.22)

Diffs

<<O>> Difference Topic WebHome (r1.22 - 16 May 2006 - KeithWhite)

-<
<
+  A mouse brain environment
->
>
+  A mouse brain environment
-<
<
+Should have
->
>
+   Should have
 - a system of coordinates which can be related to a reference coordinate system (Paxinos &amp;amp;amp;amp;amp;amp;amp;amp;amp; Franklin)
 - a way to compare a particular data set to the atlas (side by side scrolling or overlay)
-<
<
+Can have (static) information
->
>
+   Can have (static) information
 - animal: species, strain, ID, age, sex, weight, behavioral and/or anatomical and/or physiological phenotype, normal or wild type or control vs model of disease (stage of disease, phenotype), in vivo versuss ex vivo, animal preparation, whole or part imaged

<<O>> Difference Topic WebHome (r1.21 - 07 Dec 2005 - DavisSindelar^?)

Line: 31 to 31
	A mouse brain environment Should have
Changed:
< <	- a system of coordinates which can be related to a reference coordinate system (Paxinos &amp;amp;amp;amp;amp;amp;amp; Franklin)
> >	- a system of coordinates which can be related to a reference coordinate system (Paxinos &amp;amp;amp;amp;amp;amp;amp;amp; Franklin)
	- a reference atlas or brain image
	-associated with other images (for multimodality studies) or with different postprocessing (labeling, etc)
Changed:
< <	-which labels &amp;amp;amp;amp;amp;amp;amp; synonyms(latin &amp;amp;amp;amp;amp;amp;amp;english name) (ontology)
> >	-which labels &amp;amp;amp;amp;amp;amp;amp;amp; synonyms(latin &amp;amp;amp;amp;amp;amp;amp;amp;english name) (ontology)
	-rater or labeler (in case there are multiple people processing data in the same way) so interrater analysis can be done
Line: 54 to 54
	- label at this location, cell type(s) in label, involvement of structure in normal physiological activity or in disease, volume, variability, connectivity (visualize system), extent
Changed:
< <	- analysis &amp;amp;amp;amp;amp;amp;amp; studies done on this particular brain
> >	- analysis &amp;amp;amp;amp;amp;amp;amp;amp; studies done on this particular brain
	- planar, 3D view

<<O>> Difference Topic WebHome (r1.20 - 06 Dec 2005 - JuliusBergerson^?)

Line: 31 to 31
	A mouse brain environment Should have
Changed:
< <	- a system of coordinates which can be related to a reference coordinate system (Paxinos &amp;amp;amp;amp;amp;amp; Franklin)
> >	- a system of coordinates which can be related to a reference coordinate system (Paxinos &amp;amp;amp;amp;amp;amp;amp; Franklin)
	- a reference atlas or brain image
	-associated with other images (for multimodality studies) or with different postprocessing (labeling, etc)
Changed:
< <	-which labels &amp;amp;amp;amp;amp;amp; synonyms(latin &amp;amp;amp;amp;amp;amp;english name) (ontology)
> >	-which labels &amp;amp;amp;amp;amp;amp;amp; synonyms(latin &amp;amp;amp;amp;amp;amp;amp;english name) (ontology)
	-rater or labeler (in case there are multiple people processing data in the same way) so interrater analysis can be done
Line: 54 to 54
	- label at this location, cell type(s) in label, involvement of structure in normal physiological activity or in disease, volume, variability, connectivity (visualize system), extent
Changed:
< <	- analysis &amp;amp;amp;amp;amp;amp; studies done on this particular brain
> >	- analysis &amp;amp;amp;amp;amp;amp;amp; studies done on this particular brain
	- planar, 3D view

<<O>> Difference Topic WebHome (r1.19 - 05 Dec 2005 - DuaneDufrene^?)

Line: 31 to 31
	A mouse brain environment Should have
Changed:
< <	- a system of coordinates which can be related to a reference coordinate system (Paxinos &amp;amp;amp;amp;amp; Franklin)
> >	- a system of coordinates which can be related to a reference coordinate system (Paxinos &amp;amp;amp;amp;amp;amp; Franklin)
	- a reference atlas or brain image
	-associated with other images (for multimodality studies) or with different postprocessing (labeling, etc)
Changed:
< <	-which labels &amp;amp;amp;amp;amp; synonyms(latin &amp;amp;amp;amp;amp;english name) (ontology)
> >	-which labels &amp;amp;amp;amp;amp;amp; synonyms(latin &amp;amp;amp;amp;amp;amp;english name) (ontology)
	-rater or labeler (in case there are multiple people processing data in the same way) so interrater analysis can be done
Line: 54 to 54
	- label at this location, cell type(s) in label, involvement of structure in normal physiological activity or in disease, volume, variability, connectivity (visualize system), extent
Changed:
< <	- analysis &amp;amp;amp;amp;amp; studies done on this particular brain
> >	- analysis &amp;amp;amp;amp;amp;amp; studies done on this particular brain
	- planar, 3D view

<<O>> Difference Topic WebHome (r1.18 - 08 Nov 2005 - GenaroSwearinger^?)

Line: 31 to 31
	A mouse brain environment Should have
Changed:
< <	- a system of coordinates which can be related to a reference coordinate system (Paxinos &amp;amp;amp;amp; Franklin)
> >	- a system of coordinates which can be related to a reference coordinate system (Paxinos &amp;amp;amp;amp;amp; Franklin)
	- a reference atlas or brain image
	-associated with other images (for multimodality studies) or with different postprocessing (labeling, etc)
Changed:
< <	-which labels &amp;amp;amp;amp; synonyms(latin &amp;amp;amp;amp;english name) (ontology)
> >	-which labels &amp;amp;amp;amp;amp; synonyms(latin &amp;amp;amp;amp;amp;english name) (ontology)
	-rater or labeler (in case there are multiple people processing data in the same way) so interrater analysis can be done
Line: 54 to 54
	- label at this location, cell type(s) in label, involvement of structure in normal physiological activity or in disease, volume, variability, connectivity (visualize system), extent
Changed:
< <	- analysis &amp;amp;amp;amp; studies done on this particular brain
> >	- analysis &amp;amp;amp;amp;amp; studies done on this particular brain
	- planar, 3D view

<<O>> Difference Topic WebHome (r1.17 - 06 Nov 2005 - DarnellBruso^?)

Line: 31 to 31
	A mouse brain environment Should have
Changed:
< <	- a system of coordinates which can be related to a reference coordinate system (Paxinos &amp;amp;amp; Franklin)
> >	- a system of coordinates which can be related to a reference coordinate system (Paxinos &amp;amp;amp;amp; Franklin)
	- a reference atlas or brain image
	-associated with other images (for multimodality studies) or with different postprocessing (labeling, etc)
Changed:
< <	-which labels &amp;amp;amp; synonyms(latin &amp;amp;amp;english name) (ontology)
> >	-which labels &amp;amp;amp;amp; synonyms(latin &amp;amp;amp;amp;english name) (ontology)
	-rater or labeler (in case there are multiple people processing data in the same way) so interrater analysis can be done
Line: 54 to 54
	- label at this location, cell type(s) in label, involvement of structure in normal physiological activity or in disease, volume, variability, connectivity (visualize system), extent
Changed:
< <	- analysis &amp;amp;amp; studies done on this particular brain
> >	- analysis &amp;amp;amp;amp; studies done on this particular brain
	- planar, 3D view

<<O>> Difference Topic WebHome (r1.16 - 05 Nov 2005 - HudsonBehn^?)

Line: 31 to 31
	A mouse brain environment Should have
Changed:
< <	- a system of coordinates which can be related to a reference coordinate system (Paxinos &amp;amp; Franklin)
> >	- a system of coordinates which can be related to a reference coordinate system (Paxinos &amp;amp;amp; Franklin)
	- a reference atlas or brain image
	-associated with other images (for multimodality studies) or with different postprocessing (labeling, etc)
Changed:
< <	-which labels &amp;amp; synonyms(latin &amp;amp;english name) (ontology)
> >	-which labels &amp;amp;amp; synonyms(latin &amp;amp;amp;english name) (ontology)
	-rater or labeler (in case there are multiple people processing data in the same way) so interrater analysis can be done
Line: 54 to 54
	- label at this location, cell type(s) in label, involvement of structure in normal physiological activity or in disease, volume, variability, connectivity (visualize system), extent
Changed:
< <	- analysis &amp;amp; studies done on this particular brain
> >	- analysis &amp;amp;amp; studies done on this particular brain
	- planar, 3D view

<<O>> Difference Topic WebHome (r1.15 - 01 Nov 2005 - DariusVillafuerte^?)

Line: 31 to 31
	A mouse brain environment Should have
Changed:
< <	- a system of coordinates which can be related to a reference coordinate system (Paxinos &amp; Franklin)
> >	- a system of coordinates which can be related to a reference coordinate system (Paxinos &amp;amp; Franklin)
	- a reference atlas or brain image
	-associated with other images (for multimodality studies) or with different postprocessing (labeling, etc)
Changed:
< <	-which labels &amp; synonyms(latin &amp;english name) (ontology)
> >	-which labels &amp;amp; synonyms(latin &amp;amp;english name) (ontology)
	-rater or labeler (in case there are multiple people processing data in the same way) so interrater analysis can be done
Line: 54 to 54
	- label at this location, cell type(s) in label, involvement of structure in normal physiological activity or in disease, volume, variability, connectivity (visualize system), extent
Changed:
< <	- analysis &amp; studies done on this particular brain
> >	- analysis &amp;amp; studies done on this particular brain
	- planar, 3D view

<<O>> Difference Topic WebHome (r1.14 - 01 Nov 2005 - CooperBegley^?)

Line: 31 to 31
	A mouse brain environment Should have
Changed:
< <	- a system of coordinates which can be related to a reference coordinate system (Paxinos & Franklin)
> >	- a system of coordinates which can be related to a reference coordinate system (Paxinos &amp; Franklin)
	- a reference atlas or brain image
	-associated with other images (for multimodality studies) or with different postprocessing (labeling, etc)
Changed:
< <	-which labels & synonyms(latin &english name) (ontology)
> >	-which labels &amp; synonyms(latin &amp;english name) (ontology)
	-rater or labeler (in case there are multiple people processing data in the same way) so interrater analysis can be done
Line: 54 to 54
	- label at this location, cell type(s) in label, involvement of structure in normal physiological activity or in disease, volume, variability, connectivity (visualize system), extent
Changed:
< <	- analysis & studies done on this particular brain
> >	- analysis &amp; studies done on this particular brain
	- planar, 3D view

<<O>> Difference Topic WebHome (r1.13 - 07 Oct 2005 - EdwinPayne^?)

Line: 31 to 31
	A mouse brain environment Should have
Changed:
< <	- a system of coordinates which can be related to a reference coordinate system (Paxinos & Franklin)
> >	- a system of coordinates which can be related to a reference coordinate system (Paxinos & Franklin)
	- a reference atlas or brain image
	-associated with other images (for multimodality studies) or with different postprocessing (labeling, etc)
Changed:
< <	-which labels & synonyms(latin &english name) (ontology)
> >	-which labels & synonyms(latin &english name) (ontology)
	-rater or labeler (in case there are multiple people processing data in the same way) so interrater analysis can be done
Line: 54 to 54
	- label at this location, cell type(s) in label, involvement of structure in normal physiological activity or in disease, volume, variability, connectivity (visualize system), extent
Changed:
< <	- analysis & studies done on this particular brain
> >	- analysis & studies done on this particular brain
	- planar, 3D view

<<O>> Difference Topic WebHome (r1.12 - 07 Oct 2005 - JohnathanRay^?)

Line: 31 to 31
	A mouse brain environment Should have
Changed:
< <	- a system of coordinates which can be related to a reference coordinate system (Paxinos & Franklin)
> >	- a system of coordinates which can be related to a reference coordinate system (Paxinos & Franklin)
	- a reference atlas or brain image
	-associated with other images (for multimodality studies) or with different postprocessing (labeling, etc)
Changed:
< <	-which labels & synonyms(latin &english name) (ontology)
> >	-which labels & synonyms(latin &english name) (ontology)
	-rater or labeler (in case there are multiple people processing data in the same way) so interrater analysis can be done
Line: 54 to 54
	- label at this location, cell type(s) in label, involvement of structure in normal physiological activity or in disease, volume, variability, connectivity (visualize system), extent
Changed:
< <	- analysis & studies done on this particular brain
> >	- analysis & studies done on this particular brain
	- planar, 3D view

<<O>> Difference Topic WebHome (r1.11 - 14 Jul 2005 - AlexandraBadea)

Line: 10 to 10
	A mouse brain environment
	- a map: a labeled atlas or brain image (closed contours corresponding to neuroanatomical structures)
Added:
> >	- a way to compare a particular data set to the atlas (side by side scrolling or overlay)
	Can have (static) information

<<O>> Difference Topic WebHome (r1.10 - 14 Jul 2005 - AlexandraBadea)


Added:
> >	A mouse brain environment Should have - a system of coordinates which can be related to a reference coordinate system (Paxinos & Franklin) - a reference atlas or brain image - a map: a labeled atlas or brain image (closed contours corresponding to neuroanatomical structures) Can have (static) information - animal: species, strain, ID, age, sex, weight, behavioral and/or anatomical and/or physiological phenotype, normal or wild type or control vs model of disease (stage of disease, phenotype), in vivo versuss ex vivo, animal preparation, whole or part imaged - image modality -acquisition parameters or staining -resolution in plane between planes -location: plane orientation and position, position in plane -image intensity and or corresponding parameters (T1,T2, cell density, receptor density, uptake) -image preprocessing if any (registered, scaled, intensity normalized , parametric map ...) -associated with other images (for multimodality studies) or with different postprocessing (labeling, etc) -which labels & synonyms(latin &english name) (ontology) -rater or labeler (in case there are multiple people processing data in the same way) so interrater analysis can be done Can provide (dynamic) information - all images associated with the current one (for multimodality studies) or postprocessing (labeling) - location and parameters of a point selected by the user - see same region in some other or in all images associated with the current one - simultaneous viewing in different windows and /or overlay - parameters of other images at the same location - measure distances - measure SNR, CNR - label at this location, cell type(s) in label, involvement of structure in normal physiological activity or in disease, volume, variability, connectivity (visualize system), extent - analysis & studies done on this particular brain - planar, 3D view - overlay atlas with current data set - overlay two data sets

<<O>> Difference Topic WebHome (r1.9 - 06 Jun 2005 - JylBoline)

Deleted:

<
<

Mouse BIRN

Deleted:

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<

Overview

Deleted:

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<

Mouse BIRN (mBIRN) is a research and development effort to produce integrated frameworks for the collection, analysis, management, and visualization of neuroscientific data. It provides a test bed for the formulation of hardware, software, and protocols to effectively produce a distributed adaptive database and multiscale, multimodality digital mouse brain atlases. These are used to share and mine multi-scale structural and functional data and integrate these with genomic and gene expression data. The goal is to create an infrastructure for the mouse brain that can greatly enhance previously disparate data collections into a single system capable of quantitative visualization and linkage with previously disconnected knowledge bases.

Significance

mBIRN is acquiring complete volumetric coverage with MR, cryosections, conventional histology, and gene expression from the same specimen along with confocal light microscopy, and electron tomography from closely related specimens. This allows the neuroscientists studying the mouse models the ability to view the complex anatomy of the mouse brain in 3 dimensions at multiple scales for tissue and structure differentiation, along any arbitrary plane, and all from a single computer screen.

Combing these techniques with well characterized mouse models, it becomes much easier to understand the disease mechanism and potential therapies. The development of MR microscopy in mouse models makes transition of imaging studies possible from mouse to human. mBIRN will complete the link making correlation possible between fundamental structural units (e.g., the dendritic spine), gene expression, traditional histology, magnetic resonance histology, and in vivo MR imaging. The products of mBIRN, including the initial data sets for these models, the tools for comparison, the infrastructure for sharing the data and the knowledge base, will all clearly be extensible to a much broader community as scientists seek to connect an exponentially increasing number of mouse models to human disease.

Partner Institutions

mBIRN integrates the activities of five existing laboratories:

The MRI Center in the Biological Imaging Center (BIC) at the California Institute of Technology (CIT)
The Center for In Vivo Microscopy (CIVM) at Duke University
The Laboratory of Neuro Imaging (LONI) at the University of California at Los Angeles (UCLA)
The National Center for Microscopy and Imaging Research (NCMIR) at the University of California at San Diego (UCSD)
The Informatics Center for Mouse Neurogenetics at the University of Tennessee Health Sciences Center (UTHSC)

These laboratories will be connected by the networking and software infrastructure that is being co-developed with the BIRN Central Coordinating site (BIRN-CC).

META FILEATTACHMENT	caltechvisit3_14.doc	attr="" comment="" date="1115767325" path="C:\Documents and Settings\jboline\Desktop\caltech visit 3_14.doc" size="21504" user="MiraeYang" version="1.1"

<<O>> Difference Topic WebHome (r1.8 - 10 May 2005 - MiraeYang)

Changed:

<
<

The TWiki.Sandbox web is the sandbox you can use for testing. Everybody is welcome to add or delete some stuff. It is recommended to walk through the TWikiTutorial to get a jumpstart on the TWiki tool. A good rule of thumb is to add at the end of the page and sign & date it with your WikiName.

>
>

Mouse BIRN

Changed:

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<

TestTopic1, TestTopic2^?, TestTopic3^?, TestTopic4^?
TestTopic5^?, TestTopic6^?, TestTopic7^?, TestTopic8^?

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>

Overview

Changed:

<
<

Site Tools of the Sandbox Web

>
>

Changed:

<
<

>
>

Significance

Changed:

<
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Notes:

You are currently in the Sandbox web. The color code for this web is this background, so you know where you are.
If you are not familiar with the TWiki collaboration platform, please visit WelcomeGuest first.

>
>

Changed:

<
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Web	TWiki Site Map	Use to...
TWiki	Welcome, Registration, and other StartingPoints	...learn about our Wiki software
ADNI	ADNI Project: Alzheimer's Disease Neuroimaging Initiative	The collaboration forum for the ADNI project
CCB	Center for Computational Biology (CCB) Web Information Sharing Environment (WISE)	Solve reseach problems in Computational Biology
CTSA	CTSA Grant Web	...collaborate on the CTSA Grant
Debabeler	Debabeler Site	...find information about the Debabeler
Infrastructure	Information about the LONI Network and Computing Infrastructure	...view information and guides to using LONI's computing facilities.
LONI	Laboratory of Neuro Imaging Collaboration Platform	Serve as an intranet for LONI lab members
LONIR	This is the TWiki for the LONI Resource	...collaborate on the LONI Resource Grant
MouseBIRN	Mouse BIRN collaboration site.	...facilitate collaboration on Mouse BIRN issues.
SHIVA	SHIVA project documentation	document the SHIVA project
Sandbox	Sandbox test area with all features enabled.	...experiment in an unrestricted hands-on web.
You can use color coding by web for identification and reference. This table is updated automatically based on WebPreferences settings of the individual webs. Contact webmaster@loni.ucla.edu if you need a separate collaboration web for your team. See also AdminTools.

Legend of icons:

= Go to the home of the web

= Search the web

= See recent changes in the web

= Subscribe to get notified of changes by e-mail

>
>

Partner Institutions

mBIRN integrates the activities of five existing laboratories:

The MRI Center in the Biological Imaging Center (BIC) at the California Institute of Technology (CIT)
The Center for In Vivo Microscopy (CIVM) at Duke University
The Laboratory of Neuro Imaging (LONI) at the University of California at Los Angeles (UCLA)
The National Center for Microscopy and Imaging Research (NCMIR) at the University of California at San Diego (UCSD)
The Informatics Center for Mouse Neurogenetics at the University of Tennessee Health Sciences Center (UTHSC)

These laboratories will be connected by the networking and software infrastructure that is being co-developed with the BIRN Central Coordinating site (BIRN-CC).

META FILEATTACHMENT	caltechvisit3_14.doc	attr="" comment="" date="1115767325" path="C:\Documents and Settings\jboline\Desktop\caltech visit 3_14.doc" size="21504" user="MiraeYang" version="1.1"

<<O>> Difference Topic WebHome (r1.7 - 14 Apr 2002 - PeterThoeny)

TestTopic1, TestTopic2^?, TestTopic3^?, TestTopic4^?
TestTopic5^?, TestTopic6^?, TestTopic7^?, TestTopic8^?

Changed:

<
<

>
>

Site Tools of the Sandbox Web

Notes:

Changed:

<
<

You are currently in the TWiki.Sandbox web. The color code for this web is a light gray background, so you know where you are.
If you are not familiar with the TWiki collaboration tool, please visit WelcomeGuest in the TWiki.TWiki web first.

>
>

You are currently in the Sandbox web. The color code for this web is this background, so you know where you are.
If you are not familiar with the TWiki collaboration platform, please visit WelcomeGuest first.

Web	TWiki Site Map	Use to...
TWiki	Welcome, Registration, and other StartingPoints	...learn about our Wiki software
ADNI	ADNI Project: Alzheimer's Disease Neuroimaging Initiative	The collaboration forum for the ADNI project
CCB	Center for Computational Biology (CCB) Web Information Sharing Environment (WISE)	Solve reseach problems in Computational Biology
CTSA	CTSA Grant Web	...collaborate on the CTSA Grant
Debabeler	Debabeler Site	...find information about the Debabeler
Infrastructure	Information about the LONI Network and Computing Infrastructure	...view information and guides to using LONI's computing facilities.
LONI	Laboratory of Neuro Imaging Collaboration Platform	Serve as an intranet for LONI lab members
LONIR	This is the TWiki for the LONI Resource	...collaborate on the LONI Resource Grant
MouseBIRN	Mouse BIRN collaboration site.	...facilitate collaboration on Mouse BIRN issues.
SHIVA	SHIVA project documentation	document the SHIVA project
Sandbox	Sandbox test area with all features enabled.	...experiment in an unrestricted hands-on web.
You can use color coding by web for identification and reference. This table is updated automatically based on WebPreferences settings of the individual webs. Contact webmaster@loni.ucla.edu if you need a separate collaboration web for your team. See also AdminTools.

Legend of icons:

= Go to the home of the web

= Search the web

= See recent changes in the web

= Subscribe to get notified of changes by e-mail

<<O>> Difference Topic WebHome (r1.6 - 07 Apr 2002 - PeterThoeny)

TestTopic1, TestTopic2^?, TestTopic3^?, TestTopic4^?

Line: 18 to 18

You are currently in the TWiki.Sandbox web. The color code for this web is a light gray background, so you know where you are.
If you are not familiar with the TWiki collaboration tool, please visit WelcomeGuest in the TWiki.TWiki web first.

Changed:

<
<

Web	TWiki Site Map	Use to...
TWiki	Welcome, Registration, and other StartingPoints	...learn about our Wiki software
ADNI	ADNI Project: Alzheimer's Disease Neuroimaging Initiative	The collaboration forum for the ADNI project
CCB	Center for Computational Biology (CCB) Web Information Sharing Environment (WISE)	Solve reseach problems in Computational Biology
CTSA	CTSA Grant Web	...collaborate on the CTSA Grant
Debabeler	Debabeler Site	...find information about the Debabeler
Infrastructure	Information about the LONI Network and Computing Infrastructure	...view information and guides to using LONI's computing facilities.
LONI	Laboratory of Neuro Imaging Collaboration Platform	Serve as an intranet for LONI lab members
LONIR	This is the TWiki for the LONI Resource	...collaborate on the LONI Resource Grant
MouseBIRN	Mouse BIRN collaboration site.	...facilitate collaboration on Mouse BIRN issues.
SHIVA	SHIVA project documentation	document the SHIVA project
Sandbox	Sandbox test area with all features enabled.	...experiment in an unrestricted hands-on web.
You can use color coding by web for identification and reference. This table is updated automatically based on WebPreferences settings of the individual webs. Contact webmaster@loni.ucla.edu if you need a separate collaboration web for your team. See also AdminTools.

Legend of icons:

= Go to the home of the web

= Search the web

= See recent changes in the web

= Subscribe to get notified of changes by e-mail

(included from SiteMap; change WebHome to include from SiteMap instead of TWikiWebsTable)

>
>

Web	TWiki Site Map	Use to...
TWiki	Welcome, Registration, and other StartingPoints	...learn about our Wiki software
ADNI	ADNI Project: Alzheimer's Disease Neuroimaging Initiative	The collaboration forum for the ADNI project
CCB	Center for Computational Biology (CCB) Web Information Sharing Environment (WISE)	Solve reseach problems in Computational Biology
CTSA	CTSA Grant Web	...collaborate on the CTSA Grant
Debabeler	Debabeler Site	...find information about the Debabeler
Infrastructure	Information about the LONI Network and Computing Infrastructure	...view information and guides to using LONI's computing facilities.
LONI	Laboratory of Neuro Imaging Collaboration Platform	Serve as an intranet for LONI lab members
LONIR