000None0.0genegene-annotationreagentshttp://web.global.nibr.novartis.net/apps/nibrgenome/#gene/{{EntrezGene}}2013-09-12 18:26:190.002013-09-12 18:22:491132web.global.nibr.novartis.netbiogpsusersNIBR Genome Gene Details page within Novartispluginyzhou/profile/222/yzhouYingyao Zhoupubliciframehumanmouseratfruitflynematodezebrafishthale-cressfrogpigNIBR Genome000None2015-06-24 11:17:55{{assembly}}2015-06-24 11:17:550.000.01187{{assembly}}biogpsusersNo summary provided.pluginscm/profile/9200/scmscmpubliciframehumanmouseratfruitflynematodezebrafishthale-cressfrogpigwiki000None0.0Neuronal development requires a complex choreography of transcriptional decisions to obtain a specific cellular identity. Yet the poor accessibility of individual neuronal classes has made direct measurements of gene expression difficult. We have combined nuclear-antigen targeting FACS sorting with high-resolution massively parallel RNA sequencing to provide the first resource of deep-transcriptomic data in individual sorted neuron populations. We provide here, an interactive space to explore the numerous aspects of these data including spatial and temporal usage of alternative mRNA isoforms and promoters, to a host of mRNA and long noncoding RNA (lncRNA) genes newly implicated in neuronal cell fate specification. This database enables integrated, multidimensional data mining and provides a powerful resource to generate insights into the transcriptional regulation underlying neuronal diversity in the developing cortex. DeCoN provides an exploratory interface to deep transcriptional profiling data of three clinically relevant subclasses of mouse cortical projection neurons: Callosal (CPN) Subcerebral (ScPN) Corticothalamic/Subplate neurons (CthPN) We have conducted isoform-deconvolution based differential RNA-Sequencing on sorted populations of each neuronal subclass at specified timepoints during corticogenesis: E15.5 E16.5 E18.5 P1 expressionneuronhttp://decon.fas.harvard.edu/pyramidal/gene/{{symbol}}2015-11-18 21:59:170.002015-11-18 21:59:161199decon.fas.harvard.edubiogpsusersAn exploratory interface to deep transcriptional profiling data of three clinically relevant subclasses of mouse cortical projection neuronspluginasu/profile/3/asuAndrew SupubliciframemouseThe Developing Cortical Neuron Transcriptome Resource000None 2016-02-22 00:24:54http://chicken.genomics.org.cn/chicken/jsp/search/gene_search.jsp?field={{symbol}}2016-02-22 00:40:490.000.01214chicken.genomics.org.cnbiogpsusers pluginlilitmaria_/profile/9690/lilitmaria_Lilit Antonyanpubliciframehumanmouseratfruitflynematodezebrafishthale-cressfrogpigChicken Variation Database 000None 2016-02-21 23:15:13https://scholar.google.ca/scholar?q={{symbol}}2016-02-21 23:15:130001207scholar.google.cabiogpsuserspluginlilitmaria_/profile/9690/lilitmaria_Lilit Antonyanpubliciframehumanmouseratfruitflynematodezebrafishthale-cressfrogpigcholar000None0 HINT (High-quality INTeractomes) is a database of high-quality protein-protein interactions in different organisms. These have been compiled from different sources and then filtered both systematically and manually to remove erroneous and low-quality interactions. HINT can be used for individual queries as well as for batch downloads. protein-interactionhttp://hint.yulab.org/cgi-bin/query.cgi?Protein={{symbol}}&Organism=Human&Interaction=Binary&Publications=&Evidence=All&Evidence2=All&Evidence3=All2016-05-12 14:43:05002016-05-12 14:43:051226hint.yulab.orgbiogpsusersHINT: A database of high-quality protein-protein interactions in different organisms. Combines data from BioGrid, Intact, Mint and others.plugingtsueng/profile/7731/gtsuenggtsuengpubliciframehumanmouseratfruitflynematodezebrafishthale-cressfrogpigHINT: High-quality Interactomes000None 2018-05-22 02:52:59https://integrity.thomson-pharma.com/integrity/xmlxsl/pk_self_reg.show_initial_page2018-05-22 02:52:590001264integrity.thomson-pharma.combiogpsuserspluginShiraki/profile/11131/ShirakiShirakipubliciframehumanmouseratfruitflynematodezebrafishthale-cressfrogpigIntegrity000None 2018-05-28 02:20:41http://www.uniprot.org/2018-05-28 02:20:420001269www.uniprot.orgbiogpsuserspluginShiraki/profile/11131/ShirakiShirakipubliciframehumanmouseratfruitflynematodezebrafishthale-cressfrogpiguniprot000None0 Creative Biogene has established a vast array of reporter systems, such as bioluminescence with bacterial lux genes (lux, luxCDABE operon of Photorhabdus luminescens), firefly and click beetle luciferase (luc), and fluorescence recorded in the case of GFP, RFP, etc. An inherent advantage of the lux operon from Photorhabdus luminescens is the ability to produce a bioluminescent signal and hence, it does not require co-injection of substrates such as is the case with other luciferases.generationreporterstrainhttps://microbiosci.creative-biogene.com/reporter-strain-generation.html2023-07-03 10:48:52002023-07-03 10:48:521288microbiosci.creative-biogene.combiogpsusersReporter Strain Generationplugincreativebiogene/profile/20554/creativebiogeneWendy Wilsonpubliciframehumanmouseratfruitflynematodezebrafishthale-cressfrogpigReporter Strain Generation000None0 Creative Bioarray focuses on building efficient detection probes to meet the needs and timelines of clients working in the tumor and genetic disease profiling. We offer a portfolio of CABR detection probes including oncology probes, prenatal FISH probes, microdeletion probes, and hematology probes. These highly sensitive detection products will help you observe the labeled nucleic acid for diagnosis of disease, such as leukemia, lymphoma, solid tumors, autism and other developmental syndrome.cabrhttps://www.creative-bioarray.com/products/cabr-detection-probes-list-39.htm2023-07-04 07:24:59002023-07-04 07:24:591290www.creative-bioarray.combiogpsuserscabrplugincreativebioarray/profile/21217/creativebioarrayHannah Colepubliciframehumanmouseratfruitflynematodezebrafishthale-cressfrogpigCABR detection probes