TIGM has reached a milestone of more than 100 known publications featuring mice or ES cells provided by TIGM!
For the complete list please visit our publications page.
A US patent granted to Texas A&M features TIGM mice
CANCER TREATMENT TARGETING NON-CODING RNA OVEREXPRESSION. Stephen Safe, KyoungHyun Kim. United States Patent Application 20130267575. Filing Date: 03/07/2013; Publication Date: 10/10/2013. http://www.freepatentsonline.com/y2013/0267575.html
Texas A&M Institute for Genomic Medicine (TIGM) facilitates breakthroughs in science and medicine and accelerates the pace of medical discoveries through internal research and by providing our resources, training and services to the scientific community at Texas A&M, The State of Texas, and the world.
The Texas A&M Institute for Genomic Medicine (TIGM) is an essential resource for any researcher looking to obtain knockout mice and embryonic stem (ES) cells quickly and with favorable intellectual property (IP) terms. Our resources include the world’s largest gene trap library of ES cells in the C57BL/6N mouse strain and access to the largest library of ES cells in the 129/SvEvBrd mouse strain. TIGM provides both ES cell clones and mice to the public and private international research community.
Since 2006, TIGM has served as a major resource to the international scientific community. TIGM has delivered more than 610 mouse and ES cells orders to more than 290 academic and commercial institutions in over 26 countries. Overall, more than 5,200 individual gene trapped ES cell clones have been expanded at TIGM; more than 3,700 of those were provided to external researchers. In addition, a total of over 7,500 individual investigators from more than 900 academic and research institutions and commercial entities representing 40 countries, have queried TIGM with information requests.
For the complete list of publications please visit http://www.tigm.org/publications/
The World’s Largest Collection of ES Cells and Mice
The TIGM mouse knockout database currently includes links identifying embryonic stem cell clones from the C57BL/6 and 129S5/SvEvBrd gene trap libraries, as well as more than 2,500 established mouse knockout lines from the 129 line. Together, these resources cover more than 13,000 mouse genes and can be searched by gene or protein sequence, accession number, chromosome, gene ID or keyword. TIGM also offers more than 220 established cryopreserved lines in our mouse repository.
C57BL/6 Mice and ES Cell Clones
TIGM operates a gene trap library – a premier knockout mouse ES cell resource – that contains over 350,000 cell lines in the C57BL/6 mouse background. This library contains mutated ES cell clones representing more than 10,000 genes.
129S5/SvEvBrd Mice and ES Cell Clones
TIGM has access to a privately held 129S5/SvEvBrd gene trap library. This gene trap library contains more than 270,000 sequence-tagged embryonic stem cell clones in the 129/SvEvBrd mouse strain representing mutations in over 10,000 genes. The National Institutes of Health (NIH) and Wellcome Trust Sanger Institute have obtained rights to a subset of these lines (NIH Lines and Wellcome Trust Lines), allowing TIGM to make them available for distribution to the academic research community on a subsidized basis. Please note that some of the 129S5/SvEvBrd lines in the database are not available to the public as they are reserved due to commercial proprietary research.
|Download our brochure||The Texas A&M Institute for Genomic Medicine (TIGM) is a part of the Texas A&M University System as a research institute of Texas A&M AgriLife Research. TIGM utilizes advanced technologies to discover breakthroughs in science and medicine and accelerate the pace of medical discoveries. TIGM accomplishes this through internal research and collaborations with other institutions. TIGM also maintains the world’s largest library of mouse knockout embryonic stem cells and provides both ES cells and mice to academic and commercial institutions around the world.|
Publication describing our library and technology can be found here: