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Home JensenLab | jensenlab.org Reviews
https://jensenlab.org
Cellular Network Biology
JensenLab
Known and predicted functional associations between proteins. Association networks of chemicals and proteins. Non-supervised orthologous groups of genes. These resources are developed in collaboration with the groups of Christian von Mering. And with Michael Kuhn. Prediction of phosphorylation-dependent signaling networks. Sequence motif atlas for phosphorylation-dependent signaling. These resources are developed in collaboration with the group of Rune Linding. Augmented browsing of biomedical text.
JensenLab
Known and predicted functional associations between proteins. Association networks of chemicals and proteins. Non-supervised orthologous groups of genes. These resources are developed in collaboration with the groups of Christian von Mering. And with Michael Kuhn. Prediction of phosphorylation-dependent signaling networks. Sequence motif atlas for phosphorylation-dependent signaling. These resources are developed in collaboration with the group of Rune Linding. Augmented browsing of biomedical text.
JensenLab
Known and predicted functional associations between proteins. Association networks of chemicals and proteins. Non-supervised orthologous groups of genes. These resources are developed in collaboration with the groups of Christian von Mering. And with Michael Kuhn. Prediction of phosphorylation-dependent signaling networks. Sequence motif atlas for phosphorylation-dependent signaling. These resources are developed in collaboration with the group of Rune Linding. Augmented browsing of biomedical text.
JensenLab
Known and predicted functional associations between proteins. Association networks of chemicals and proteins. Non-supervised orthologous groups of genes. These resources are developed in collaboration with the groups of Christian von Mering. And with Michael Kuhn. Prediction of phosphorylation-dependent signaling networks. Sequence motif atlas for phosphorylation-dependent signaling. These resources are developed in collaboration with the group of Rune Linding. Augmented browsing of biomedical text.
JensenLab
Known and predicted functional associations between proteins. Association networks of chemicals and proteins. Non-supervised orthologous groups of genes. These resources are developed in collaboration with the groups of Christian von Mering. And with Michael Kuhn. Prediction of phosphorylation-dependent signaling networks. Sequence motif atlas for phosphorylation-dependent signaling. These resources are developed in collaboration with the group of Rune Linding. Augmented browsing of biomedical text.
JensenLab
Known and predicted functional associations between proteins. Association networks of chemicals and proteins. Non-supervised orthologous groups of genes. These resources are developed in collaboration with the groups of Christian von Mering. And with Michael Kuhn. Prediction of phosphorylation-dependent signaling networks. Sequence motif atlas for phosphorylation-dependent signaling. These resources are developed in collaboration with the group of Rune Linding. Augmented browsing of biomedical text.
JensenLab
Known and predicted functional associations between proteins. Association networks of chemicals and proteins. Non-supervised orthologous groups of genes. These resources are developed in collaboration with the groups of Christian von Mering. And with Michael Kuhn. Prediction of phosphorylation-dependent signaling networks. Sequence motif atlas for phosphorylation-dependent signaling. These resources are developed in collaboration with the group of Rune Linding. Augmented browsing of biomedical text.
JensenLab
Known and predicted functional associations between proteins. Association networks of chemicals and proteins. Non-supervised orthologous groups of genes. These resources are developed in collaboration with the groups of Christian von Mering. And with Michael Kuhn. Prediction of phosphorylation-dependent signaling networks. Sequence motif atlas for phosphorylation-dependent signaling. These resources are developed in collaboration with the group of Rune Linding. Augmented browsing of biomedical text.
JensenLab
Known and predicted functional associations between proteins. Association networks of chemicals and proteins. Non-supervised orthologous groups of genes. These resources are developed in collaboration with the groups of Christian von Mering. And with Michael Kuhn. Prediction of phosphorylation-dependent signaling networks. Sequence motif atlas for phosphorylation-dependent signaling. These resources are developed in collaboration with the group of Rune Linding. Augmented browsing of biomedical text.
JensenLab
Known and predicted functional associations between proteins. Association networks of chemicals and proteins. Non-supervised orthologous groups of genes. These resources are developed in collaboration with the groups of Christian von Mering. And with Michael Kuhn. Prediction of phosphorylation-dependent signaling networks. Sequence motif atlas for phosphorylation-dependent signaling. These resources are developed in collaboration with the group of Rune Linding. Augmented browsing of biomedical text.
Rune Linding : Research Group
http://www.lindinglab.org/sitemap
Only in current section. An overview of the available content on this site. Keep the pointer still over an item for a few seconds to get its description. Navigating cancer network attractors for tumor-specific therapy. Financial Times Story: Big Data Big Science Big Challenges. Positive Selection of Tyrosine Loss in Metazoan Evolution - Take Two. Network Medicine Strikes a Blow against Breast Cancer. INB2012: Network Medicine - "The Movie". Enzyme paves the way for the spread of cancer cells to bones.
Links — Rune Linding : Research Group
http://www.lindinglab.org/links
Only in current section. Links to other laboratories, useful tools and databases, institutional units. Doug Lauffenburger : Research Group. Department of Biological Engineering Massachusetts Institute of Technology (MIT). Laboratory of Norbert Perrimon, Ph.D. Department of Genetics Harvard Medical School Howard Hughes Medical Institute. Institute of Molecular Life Sciences University of Zurich. Lunenfeld-Tanenbaum Research Institute Mount Sinai Hospital. Simple Modular Architecture Research Tool.
DisEMBL Help
http://dis.embl.de/html/help.html
Help on using DisEMBL. Submitting sequences for prediction. The sequence to be predicted must be specified in one of two ways:. A SWISS-PROT identifier (ID) or accession number (AC) is entered in the first field. The full length sequence of the mature protein is entered in the second field. As the DisEMBL prediction method makes use of sequence context, predictions on fragments will often give wrong results. One should thus always submit the full length sequence if at all possible. In X-Ray structure as ...
Rune Linding : Research Group
http://www.lindinglab.science/sitemap
Only in current section. An overview of the available content on this site. Keep the pointer still over an item for a few seconds to get its description. Navigating cancer network attractors for tumor-specific therapy. Financial Times Story: Big Data Big Science Big Challenges. Positive Selection of Tyrosine Loss in Metazoan Evolution - Take Two. Network Medicine Strikes a Blow against Breast Cancer. INB2012: Network Medicine - "The Movie". Enzyme paves the way for the spread of cancer cells to bones.
Links — Rune Linding : Research Group
http://www.lindinglab.science/links
Only in current section. Links to other laboratories, useful tools and databases, institutional units. Doug Lauffenburger : Research Group. Department of Biological Engineering Massachusetts Institute of Technology (MIT). Laboratory of Norbert Perrimon, Ph.D. Department of Genetics Harvard Medical School Howard Hughes Medical Institute. Institute of Molecular Life Sciences University of Zurich. Lunenfeld-Tanenbaum Research Institute Mount Sinai Hospital. Simple Modular Architecture Research Tool.
Licenses for DisEMBL™
http://dis.embl.de/html/license.html
In terms of licences it is important to distinguish between the web version and the pipeline version as they are covered by different licenses. The web service running at EMBL can be accessed freely by both academia and industry. If, however, you wish to have the DisEMBL web server running locally, you will be required to sign a Material Transfer Agreement. This agreement does not cost any money for academic instutions. The pipe-line interface described above is released under the GNU Public License (GPL).
Abstract
http://dis.embl.de/html/abstract.html
A great challenge in the proteomics and structural genomics era is to predict protein structure and function, including identification of those proteins that are partially or wholly unstructured. Disordered regions in proteins often contain short linear peptide motifs (e.g. SH3-ligands and targeting signals) that are important for protein function. Linear peptide sites are catalogued by ELM. If you need further help please contact Rune Linding.
DisEMBL Download
http://dis.embl.de/html/download.html
The DisEMBL pipeline package is released under the GPL license. And is thereby OSI Certified Open Source Software. The smoothing function sav gol.c cannot be re-distributed but can be downloaded from TISEAN. The latest DisEMBL tarball can be downloaded here!
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Låsesmed København Jensen Låse - Oplukning fra 495,-
Montering af ny lås. Montering af ny lås. Oplukning fra 495,-. R i n g : 41 31 70 90. Vi rykker ud med det samme! Jensen Låse – Låsesmed i København. Oplukning fra 495,-. Jensen låse har døgnåbent og stærke konkurrence dygtige priser inden for alt oplukningsarbejde. Vi sikrer dit hus så indbrudstyven går videre velvidende at dit hjem vil være for besværligt. Biloplukning 24 timer i døgnet – få en låsesmed til at åbne din bil med certificeret værktøj. Derfor tilbyder vi både akut udrykning og langtidsplan...
The Jensen Laboratory | Caltech Jensen Laboratory
The Lab in a Nutshell. The Jensen Lab uses Electron Cryotomography (ECT). To study the molecular architecture of microbial cells and HIV in their native state. We focus on fundamentals of microbial cell biology such as cell division, movement and secretion, as well as the structure of HIV at all stages of its lifecycle. The lab opened its doors at Caltech in 2002 and continues to push the boundaries of high resolution imaging today! Structural Biology @ Caltech.
Jensen Lab | EPFL
Jump to search field. SV-School of Life Sciences. The primary research theme of our group is centered around drawing statistical inference from DNA polymorphism data - specifically, describing the processes that determine the amount and distribution of genetic variation within and between populations, and between species. Lab members work on both applied and theoretical problems in fields ranging from population genomics to medical genetics. 04/2015 - J.Jensen awarded an FNS project grant. 12/2013 - B...
Home JensenLab
The JensenLab develops state-of-the-art tools for generation and analysis of molecular interaction networks from proteomics data and text mining, which we make freely available to the scientific community. Our research group is part of the NNF Center for Protein Research, and is located at the University of Copenhagen, Denmark.
Jensen Sound Laboratories | Jensen Guitar Speakers, Cabinets and Accessories
Shop Big J Cabinets. Top Quality Jensen Jet Speakers. Loading. Please wait. Or Create an account. Shop Big J Cabinets. Top Quality Jensen Jet Speakers. Sign up for our newsletter. Shop Big J Cabinets. Top Quality Jensen Jet Speakers. All prices are in USD. 2018 Jensen Sound Laboratories. Sitemap.
Jensen Family
We may not have it all TOGETHER, but TOGETHER we have it all. Monday, August 6, 2012. Trying to see if this old computer even has the ummmppp to let me blog. Wednesday, July 7, 2010. 4Th of July 2010 @ Yuba Lake. Park Family Reunion 2010. Thursday, June 17, 2010. Our BABY Bripie is 4. Taterbug is SEVEN 7 years OLD. Mckenna's Dance Day @ Lagoon. Subscribe to: Posts (Atom). Blogs to check out. Brandi and Jason Park. Brittany and Bryce Luthy. Halley and Josh Park. Jamie and Amanda (Edwards) Meikle.
Jensen Lakes | St Albert's Premier Beach Community
Welcome to Jensenland!
A peek into what's going on with us! Tuesday, July 14, 2009. Well, I guess I've never been good at keeping a journal so it's no surprise that I haven't been keeping up with my blog! Last week we went to San Antonio and went to Sea World for 2 days. We also visited the Alamo. It was pretty hot, but not bad when you go to the Lost Lagoon part of Sea World. Monday, February 16, 2009. We are so lucky to have family members. Air Force). Congrats on all your hard work Nikki! We visited the memorial there.
www.jensenland.com
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