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|style="white-space: nowrap;"| [http://tools.flycrispr.molbio.wisc.edu/targetFinder/ CRISPR Optimal Target Finder] || Identifies gRNA targets within a provided sequence and additionally searches genome-wide ('''release 6, current FlyBase release''') for potential off-target sites. Incorporates NAG/NGG PAM sequence detection.||style="white-space: nowrap;"|O'Connor-Giles, Wildonger, and Harrison Labs<br /> University of Wisconsin-Madison<br /> WI, USA | |style="white-space: nowrap;"| [http://tools.flycrispr.molbio.wisc.edu/targetFinder/ CRISPR Optimal Target Finder] || Identifies gRNA targets within a provided sequence and additionally searches genome-wide ('''release 6, current FlyBase release''') for potential off-target sites. Incorporates NAG/NGG PAM sequence detection.||style="white-space: nowrap;"|O'Connor-Giles, Wildonger, and Harrison Labs<br /> University of Wisconsin-Madison<br /> WI, USA | ||
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− | |style="background: #efefef;"| [http://www. | + | |style="background: #efefef;"| [http://www.crisprscan.org/ CRISPRscan] ||style="background: #efefef;"| Searchable and browsable collection of genome-wide ('''release 6, current FlyBase release''') sgRNA target sites. Display sgRNA sites as tracks on UCSC's genome browser, search via gene, or predict via sequence. ||style="background: #efefef;"| Giraldez Lab<br /> Yale University<br /> New Haven, USA |
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+ | |[http://www.flyrnai.org/crispr2/ DRSC Find CRISPR Tool] || A tool for discovering gRNA targets located throughout the <em>Drosophila</em> genome (release 5) using gene IDs, symbols, or chromosome locations. Allows for filtering of off-target sites and control of mis-match stringency. Incorporates NAG/NGG PAM sequence detection.|| DRSC<br /> Harvard Medical School<br /> Boston, USA | ||
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|style="background: #efefef;"| [http://www.e-crisp.org/E-CRISP/designcrispr.html E-CRISPR] ||style="background: #efefef;"| gRNA genome-wide (release 5) target finder, searchable via gene symbol or sequence. Options for numerous species (fly, human, mouse, others). Offers "relaxed, medium and strict" search options. Incorporates NAG/NGG PAM sequence detection.||style="background: #efefef;"|DKFZ/Boutros Lab<br /> Heildelberg, Germany | |style="background: #efefef;"| [http://www.e-crisp.org/E-CRISP/designcrispr.html E-CRISPR] ||style="background: #efefef;"| gRNA genome-wide (release 5) target finder, searchable via gene symbol or sequence. Options for numerous species (fly, human, mouse, others). Offers "relaxed, medium and strict" search options. Incorporates NAG/NGG PAM sequence detection.||style="background: #efefef;"|DKFZ/Boutros Lab<br /> Heildelberg, Germany | ||
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− | | [https://chopchop.rc.fas.harvard.edu/ CHOPCHOP] || Search for gRNA targets (release 5). Flexible inputs (gene name, genomic coordinates or DNA sequence) and detection of off-target sites. | + | | [https://chopchop.rc.fas.harvard.edu/ CHOPCHOP] || Search for gRNA targets (release 5). Flexible inputs (gene name, genomic coordinates or DNA sequence) and detection of off-target sites. Incorporates PAM sequence detection. || Schier & Church Labs<br /> Harvard University<br /> Cambridge, USA |
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|style="background: #efefef;"| [http://crispr.mit.edu/ CRISPR Design] ||style="background: #efefef;"|Identification of gRNA sites genome wide (release 5). Offers options for multiple species. ||style="background: #efefef;"| Zhang Lab<br /> MIT<br /> Boston, MA, USA | |style="background: #efefef;"| [http://crispr.mit.edu/ CRISPR Design] ||style="background: #efefef;"|Identification of gRNA sites genome wide (release 5). Offers options for multiple species. ||style="background: #efefef;"| Zhang Lab<br /> MIT<br /> Boston, MA, USA | ||
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|style="background: #efefef;"| [http://tefor.net/crispor/crispor.cgi CRISPOR] ||style="background: #efefef;"|To be filled.||style="background: #efefef;"| Tefor<br />France | |style="background: #efefef;"| [http://tefor.net/crispor/crispor.cgi CRISPOR] ||style="background: #efefef;"|To be filled.||style="background: #efefef;"| Tefor<br />France |
Revision as of 17:26, 7 December 2015
**This page is a work-in-progress concept of reformatting our resource and reagent list.**
Popular Resources
CRISPR | RNAi | Stock Centers | Antibodies | Other Example |
Full Table of Contents
CRISPR
Introduction
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gRNA Design Resources
Resource | Description | Author/Source |
---|---|---|
CRISPR Optimal Target Finder | Identifies gRNA targets within a provided sequence and additionally searches genome-wide (release 6, current FlyBase release) for potential off-target sites. Incorporates NAG/NGG PAM sequence detection. | O'Connor-Giles, Wildonger, and Harrison Labs University of Wisconsin-Madison WI, USA |
CRISPRscan | Searchable and browsable collection of genome-wide (release 6, current FlyBase release) sgRNA target sites. Display sgRNA sites as tracks on UCSC's genome browser, search via gene, or predict via sequence. | Giraldez Lab Yale University New Haven, USA |
DRSC Find CRISPR Tool | A tool for discovering gRNA targets located throughout the Drosophila genome (release 5) using gene IDs, symbols, or chromosome locations. Allows for filtering of off-target sites and control of mis-match stringency. Incorporates NAG/NGG PAM sequence detection. | DRSC Harvard Medical School Boston, USA |
E-CRISPR | gRNA genome-wide (release 5) target finder, searchable via gene symbol or sequence. Options for numerous species (fly, human, mouse, others). Offers "relaxed, medium and strict" search options. Incorporates NAG/NGG PAM sequence detection. | DKFZ/Boutros Lab Heildelberg, Germany |
CHOPCHOP | Search for gRNA targets (release 5). Flexible inputs (gene name, genomic coordinates or DNA sequence) and detection of off-target sites. Incorporates PAM sequence detection. | Schier & Church Labs Harvard University Cambridge, USA |
CRISPR Design | Identification of gRNA sites genome wide (release 5). Offers options for multiple species. | Zhang Lab MIT Boston, MA, USA |
CRISPOR | To be filled. | Tefor France |
CRISPR-ERA | To be filled. | Lei Stanley Qi Lab and Xiaowo Wang Lab Stanford University Standford, USA |
CRISPR Stocks
Resource | Description | Author/Source |
---|---|---|
CRISPR system stocks for site-specific mutagenesis | Stocks used to express Cas9 nuclease and/or tracrRNA maternally so that chimeric RNAs (also referred to as guide RNAs) or CRISPR RNAs (crRNAs) can be injected into fly embryos to generate new mutations without the need for helper plasmids, or so that they can be used in combination with chimeric or CRISPR RNAs expressed from transgenic constructs. | Bloomington Stock Center Indiana University Indiana, USA |
CRISPR Fly Design | To be filled. | MRC - Laboratory of Molecular Biology |
The TRiP Toolbox Stocks | TRiP Toolbox stocks available at the BDSC. This Toolbox is the set of fly lines used to generate the RNAi transgenic lines, as well as GAL4 lines used by the TRiP that contain UAS-dicer2 to enhance the knock-down. | To be filled. |
CRISPR Vectors
Resource | Author/Source | Additional Information |
---|---|---|
CRISPR system stocks for site-specific mutagenesis | Bloomington Stock Center | Lorem ipsum dolor sit amet, consectetur adipiscing elit. Nullam et tincidunt ante. Donec tincidunt gravida velit at iaculis. Lorem ipsum dolor sit amet, consectetur adipiscing elit. Aenean rutrum quam eget luctus condimentum. Cras in venenatis lectus, at laoreet augue. |
CRISPR Fly Design | MRC - Laboratory of Molecular Biology | Lorem ipsum dolor sit amet, consectetur adipiscing elit. Integer id purus metus. Cras et lacus vel diam posuere facilisis. Vestibulum lorem metus, dapibus nec porta non, fringilla sit amet eros. |
Example | Example | Example |
Example | Example | Example |
CRISPR Methods Publications
Back to top. | Provide Feedback.
RNAi
Introduction
text to be added
RNAi Design/Analysis Tools
Resource | Description | Author/Source |
---|---|---|
E-RNAi | E-RNAi is a tool for the design and evaluation of RNAi reagents. It can be used to design and evaluate long dsRNAs (including esiRNAs) as well as siRNAs. | Boutros lab, DKFZ, Heidelberg, Germany |
NEXT-RNAi | Software for the design and evaluation of genome-wide RNAi libraries which performs all steps from the prediction of specific and efficient RNAi target sites to the visualization of designed reagents in their genomic context. | Boutros lab, DFKZ, Heidelberg, Germany |
SnapDragon| | Cell-based RNAi reagent design | DRSC, Harvard Medical School, Boston, MA, USA |
UP-TORR, Updated Targets of RNAi Reagents | A lookup tool for searching TRiP, VDRC and NIG in vivo RNAi collections. | DRSC, Harvard Medical School, Boston, MA, USA |
RNAi Stocks for in vivo studies (fly stocks)
Resource | Description | Author/Source |
---|---|---|
NIG_FLY | NIG-Fly in Mishima, Japan is part of a consortium with Kyoto-Fly and two other stock centers, and distributes RNAi flies on request. | NIG-FLY, Mishima, Japan |
BDSC RNAi Home Page | Links to lists and sublists of RNAi and miRNA sponge insertions at Bloomington. Most, but not all, of the insertions are under the control of UAS and therefore require GAL4 for expression. | BDSC, Bloomington Drosophila Stock Center, Bloomington, IN, USA |
TRiP Transgenic RNAi Project | The TRiP Stock Collection contains over 9,000 lines, 1,575 of which are for orthologs of human-disease-associated genes. The stocks can be obtained from the BDSC. | DRSC, Harvard Medical School, Boston, MA, USA |
THFC, Tsinghua Fly Center | THFC RNAi Stock Collection for triggering RNAi in soma and germline | Tsinghua Fly Center, Beijing, China |
VDRC | The VDRC at IMP/IMBA in Vienna provides two genome-wide transgenic Drosophila RNAi libraries | VDRC, Vienna, Austria |
Cell-based RNAi Reagents
Resource | Description | Author/Source |
---|---|---|
DRSC | Relevant description | DRSC, Harvard Medical School, Boston, MA, USA |
DRSC Libraries | Genome-Wide Libraries for Drosophila RNAi Screening and Validation | DRSC, Harvard Medical School, Boston, MA, USA |
RNAi Screening Centers
Resource | Description | Author/Source |
---|---|---|
DRSC, Drosophila RNAi Screening Center | The Drosophila RNAi Screening Center at Harvard Medical School provides high throughput RNAi screens | DRSC, Harvard Medical School, Boston, MA, USA |
NYU RNAi Screening and Automation Core | The NYU RNAi Core Facility at the Langone Medical Center in New York provides high-throughput RNAi screens. Drosophila screens are offered in collaboration with the DRSC | NYU RNAi Core, New York, NY, USA |
Sheffield RNAi Screening Facility| | The SRSF provides a service for whole-genome RNAi screens in Drosophila cells. | SRSF, University of Sheffield, Boston, MA, USA |
TRiP, Transgenic RNAi Project | The TRiP screening facility provides the space and equipment to carry out a complete survey of the current set of TRiP stocks. | DRSC, Harvard Medical School, Boston, MA, USA |
RNAi Results, Validation and Phenotypes
Resource | Description | Author/Source |
---|---|---|
GenomeRNAi | GenomeRNAi is a database containing phenotypes from RNA interference (RNAi) screens in Drosophila | GenomeRNAi, DKFZ, Heidelberg, Germany |
[http://rnaicut.csail.mit.edu/ RNAiCut | Automated detection of significant genes from functional genomic screens | Berger Lab, MIT, Boston, MA, USA |
RSVP| | RNAi Stock Validation and Phenotypes | DRSC, Harvard Medical School, Boston, MA, USA |
Cell-Based Screen Summary | A summary of public DRSC screens | DRSC, Harvard Medical School, Boston, MA, USA |
Back to top. | Provide Feedback.
Stock Centers
List of Drosophila Stock Centers
Resource | Author/Source | Additional Information |
---|---|---|
CRISPR system stocks for site-specific mutagenesis | Bloomington Stock Center | Lorem ipsum dolor sit amet, consectetur adipiscing elit. Nullam et tincidunt ante. Donec tincidunt gravida velit at iaculis. Lorem ipsum dolor sit amet, consectetur adipiscing elit. Aenean rutrum quam eget luctus condimentum. Cras in venenatis lectus, at laoreet augue. |
CRISPR Fly Design | MRC - Laboratory of Molecular Biology | Lorem ipsum dolor sit amet, consectetur adipiscing elit. Integer id purus metus. Cras et lacus vel diam posuere facilisis. Vestibulum lorem metus, dapibus nec porta non, fringilla sit amet eros. |
Example | Example | Example |
Example | Example | Example |