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  • Anti-Acacia senegal gum and Combretum erythrophyllum (Combretum erythrophyllum) hybridoma - Isis Innovation
    News Events Publications News Events Request further information Technology Showcase 2016 Success Stories Publications Annual Reports Innovation Insights Isis newsletters Comment opinion Other publications reports About Groups People Overview Board Overview Networks Oxford Innovation Society Isis Angels Network Other Networks Isis Innovation in China Jobs Other Languages Contact us Technologies Available Explore Technologies for License Intellectual Property IP for SMEs Material Reagent Sales Easy to use Materials Evaluation Agreement Investment Opportunities Technology investment opportunities Information for Investors Isis Innovation spinouts Oxford Invention Fund University of Oxford Isis Funds Oxford University Consulting Services Academic consulting advice Academic Expertise Showcases Technical Services Technical Services Showcases OUC Clients For University members Contact OUC Innovation Consultancy Technology Transfer Commercialisation Training Technology Transfer Services Technology Commercialisation Innovation Management Case Study Overview Contact us Health Outcomes iOutcomes People Overview Clinical Outcomes Assessments Health Outcome Services FAQs Apply to Use Inspired Works Contact us Incubator News Incubator Services Stages of Development Our Ventures Meet the CEOs Find your CEO match Incubator Team Contact For University Members Consulting Services Support FAQs Register as a consultant Commercialising Your Technology IP patents and licences Starting a company FAQs Isis Startup Incubator Oxford University Hospital NHS Foundation Trust Translational Funding University Hot Desks For Medical Sciences Researchers Contact Us News Events Publications News Events Request further information Technology Showcase 2016 Success Stories Publications Annual Reports Innovation Insights Isis newsletters Comment opinion Other publications reports Home Technologies Available Material Reagent Sales Anti Acacia senegal gum and Combretum erythrophyllum Combretum erythrophyllum hybridoma Share this Anti Acacia senegal gum and Combretum erythrophyllum Combretum erythrophyllum hybridoma Clone OX FB8 Antigens from apple skin that bind to gum arabic Acacia senegal gum and combretum gum Combretum erythrophyllum The information presented here on these pages has been provided by the scientists and academics who have created the

    Original URL path: http://isis-innovation.com/materials/antigens-apple-skin-bind-gum-arabic-acacia-senegal-gum-combretum-gum-combretum-erythrophyllum/ (2016-05-01)
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  • Anti-Stagonospora nodorum hybridoma - Isis Innovation
    University Hot Desks For Medical Sciences Researchers Contact Us News Events Publications News Events Request further information Technology Showcase 2016 Success Stories Publications Annual Reports Innovation Insights Isis newsletters Comment opinion Other publications reports About Groups People Overview Board Overview Networks Oxford Innovation Society Isis Angels Network Other Networks Isis Innovation in China Jobs Other Languages Contact us Technologies Available Explore Technologies for License Intellectual Property IP for SMEs Material Reagent Sales Easy to use Materials Evaluation Agreement Investment Opportunities Technology investment opportunities Information for Investors Isis Innovation spinouts Oxford Invention Fund University of Oxford Isis Funds Oxford University Consulting Services Academic consulting advice Academic Expertise Showcases Technical Services Technical Services Showcases OUC Clients For University members Contact OUC Innovation Consultancy Technology Transfer Commercialisation Training Technology Transfer Services Technology Commercialisation Innovation Management Case Study Overview Contact us Health Outcomes iOutcomes People Overview Clinical Outcomes Assessments Health Outcome Services FAQs Apply to Use Inspired Works Contact us Incubator News Incubator Services Stages of Development Our Ventures Meet the CEOs Find your CEO match Incubator Team Contact For University Members Consulting Services Support FAQs Register as a consultant Commercialising Your Technology IP patents and licences Starting a company FAQs Isis Startup Incubator Oxford University Hospital NHS Foundation Trust Translational Funding University Hot Desks For Medical Sciences Researchers Contact Us News Events Publications News Events Request further information Technology Showcase 2016 Success Stories Publications Annual Reports Innovation Insights Isis newsletters Comment opinion Other publications reports Home Technologies Available Material Reagent Sales Anti Stagonospora nodorum hybridoma Share this Anti Stagonospora nodorum hybridoma Clone SN MG11 Stagonospora nodorum hybridoma is an economically important foliar pathogen of cereals The information presented here on these pages has been provided by the scientists and academics who have created the reagents As far as Isis is able to establish

    Original URL path: http://isis-innovation.com/materials/anti-stagonospora-nodorum-economically-important-foliar-pathogen-cereals/ (2016-05-01)
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  • Anti-Aspergillus flavus (isolate 93803) hybridoma - Isis Innovation
    Foundation Trust Translational Funding University Hot Desks For Medical Sciences Researchers Contact Us News Events Publications News Events Request further information Technology Showcase 2016 Success Stories Publications Annual Reports Innovation Insights Isis newsletters Comment opinion Other publications reports About Groups People Overview Board Overview Networks Oxford Innovation Society Isis Angels Network Other Networks Isis Innovation in China Jobs Other Languages Contact us Technologies Available Explore Technologies for License Intellectual Property IP for SMEs Material Reagent Sales Easy to use Materials Evaluation Agreement Investment Opportunities Technology investment opportunities Information for Investors Isis Innovation spinouts Oxford Invention Fund University of Oxford Isis Funds Oxford University Consulting Services Academic consulting advice Academic Expertise Showcases Technical Services Technical Services Showcases OUC Clients For University members Contact OUC Innovation Consultancy Technology Transfer Commercialisation Training Technology Transfer Services Technology Commercialisation Innovation Management Case Study Overview Contact us Health Outcomes iOutcomes People Overview Clinical Outcomes Assessments Health Outcome Services FAQs Apply to Use Inspired Works Contact us Incubator News Incubator Services Stages of Development Our Ventures Meet the CEOs Find your CEO match Incubator Team Contact For University Members Consulting Services Support FAQs Register as a consultant Commercialising Your Technology IP patents and licences Starting a company FAQs Isis Startup Incubator Oxford University Hospital NHS Foundation Trust Translational Funding University Hot Desks For Medical Sciences Researchers Contact Us News Events Publications News Events Request further information Technology Showcase 2016 Success Stories Publications Annual Reports Innovation Insights Isis newsletters Comment opinion Other publications reports Home Technologies Available Material Reagent Sales Anti Aspergillus flavus isolate 93803 hybridoma Share this Anti Aspergillus flavus isolate 93803 hybridoma Clone AF CA2 The information presented here on these pages has been provided by the scientists and academics who have created the reagents As far as Isis is able to establish this information is

    Original URL path: http://isis-innovation.com/materials/anti-aspergillus-flavus-isolate-93803/ (2016-05-01)
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  • Anti-Stagonospora nodorum hybridoma - Isis Innovation
    Funding University Hot Desks For Medical Sciences Researchers Contact Us News Events Publications News Events Request further information Technology Showcase 2016 Success Stories Publications Annual Reports Innovation Insights Isis newsletters Comment opinion Other publications reports About Groups People Overview Board Overview Networks Oxford Innovation Society Isis Angels Network Other Networks Isis Innovation in China Jobs Other Languages Contact us Technologies Available Explore Technologies for License Intellectual Property IP for SMEs Material Reagent Sales Easy to use Materials Evaluation Agreement Investment Opportunities Technology investment opportunities Information for Investors Isis Innovation spinouts Oxford Invention Fund University of Oxford Isis Funds Oxford University Consulting Services Academic consulting advice Academic Expertise Showcases Technical Services Technical Services Showcases OUC Clients For University members Contact OUC Innovation Consultancy Technology Transfer Commercialisation Training Technology Transfer Services Technology Commercialisation Innovation Management Case Study Overview Contact us Health Outcomes iOutcomes People Overview Clinical Outcomes Assessments Health Outcome Services FAQs Apply to Use Inspired Works Contact us Incubator News Incubator Services Stages of Development Our Ventures Meet the CEOs Find your CEO match Incubator Team Contact For University Members Consulting Services Support FAQs Register as a consultant Commercialising Your Technology IP patents and licences Starting a company FAQs Isis Startup Incubator Oxford University Hospital NHS Foundation Trust Translational Funding University Hot Desks For Medical Sciences Researchers Contact Us News Events Publications News Events Request further information Technology Showcase 2016 Success Stories Publications Annual Reports Innovation Insights Isis newsletters Comment opinion Other publications reports Home Technologies Available Material Reagent Sales Anti Stagonospora nodorum hybridoma Share this Anti Stagonospora nodorum hybridoma Clone SN CN9 Stagonospora nodorum is an economically important foliar pathogen of cereals The information presented here on these pages has been provided by the scientists and academics who have created the reagents As far as Isis is able to establish

    Original URL path: http://isis-innovation.com/materials/anti-stagonospora-nodorum-economically-important-foliar-pathogen-cereals-2/ (2016-05-01)
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  • Humanized PD-1 Knock-In Mouse Model - Isis Innovation
    advice Academic Expertise Showcases Technical Services Technical Services Showcases OUC Clients For University members Contact OUC Innovation Consultancy Technology Transfer Commercialisation Training Technology Transfer Services Technology Commercialisation Innovation Management Case Study Overview Contact us Health Outcomes iOutcomes People Overview Clinical Outcomes Assessments Health Outcome Services FAQs Apply to Use Inspired Works Contact us Incubator News Incubator Services Stages of Development Our Ventures Meet the CEOs Find your CEO match Incubator Team Contact For University Members Consulting Services Support FAQs Register as a consultant Commercialising Your Technology IP patents and licences Starting a company FAQs Isis Startup Incubator Oxford University Hospital NHS Foundation Trust Translational Funding University Hot Desks For Medical Sciences Researchers Contact Us News Events Publications News Events Request further information Technology Showcase 2016 Success Stories Publications Annual Reports Innovation Insights Isis newsletters Comment opinion Other publications reports Home Technologies Available Material Reagent Sales Humanized PD 1 Knock In Mouse Model Share this Humanized PD 1 Knock In Mouse Model Strain hPD 1KI Gene PDCD1 Background C57BL 6 The Programmed Cell Death 1 receptor PD1 is expressed on various immune cells including T cells NKT cells and B cells The level of PD 1 expression and the extent to which it is engaged by its two natural ligands is thought to regulate T cell activation providing a basis for therapeutic intervention via agents either stimulating or blocking the receptor However to date there has been a lack of tools to enable in vivo validation of such therapies Homozygous transgenic knock in mice expressing human mouse chimeric PD 1 on a C57BL 6 background The exon encoding the ligand binding V set IgSF domain of the endogenous murine pdcd1 gene has been swapped for the equivalent exon from the human PDCD1 gene Expression has been confirmed PD1 monoclonal antibody reagent

    Original URL path: http://isis-innovation.com/materials/humanized-pd-1-knock-murine-model/ (2016-05-01)
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  • EPO-Tg (SV40T/Epo) 134.3LCPjr Mouse Model - Isis Innovation
    Academic Expertise Showcases Technical Services Technical Services Showcases OUC Clients For University members Contact OUC Innovation Consultancy Technology Transfer Commercialisation Training Technology Transfer Services Technology Commercialisation Innovation Management Case Study Overview Contact us Health Outcomes iOutcomes People Overview Clinical Outcomes Assessments Health Outcome Services FAQs Apply to Use Inspired Works Contact us Incubator News Incubator Services Stages of Development Our Ventures Meet the CEOs Find your CEO match Incubator Team Contact For University Members Consulting Services Support FAQs Register as a consultant Commercialising Your Technology IP patents and licences Starting a company FAQs Isis Startup Incubator Oxford University Hospital NHS Foundation Trust Translational Funding University Hot Desks For Medical Sciences Researchers Contact Us News Events Publications News Events Request further information Technology Showcase 2016 Success Stories Publications Annual Reports Innovation Insights Isis newsletters Comment opinion Other publications reports Home Technologies Available Material Reagent Sales EPO Tg SV40T Epo 134 3LCPjr Mouse Model Share this EPO Tg SV40T Epo 134 3LCPjr Mouse Model Strain EpoTg SV40T Epo 134 3LCPjr Gene Epo Background C57BL 10 x CBA F1 X CFLP This mouse incorporates a transgene containing the wild type allele of the SV40 large T antigen TAg gene fused to the mouse Epo gene isolated from a BALB c library In this founder line a single copy of the transgene replaced one copy of the endogenous Epo gene This recombination event was confirmed by restriction digest mapping and Southern blotting Sv40 T antigen was detected in the interstitial cells of the kidney Epo transgene expression in the kidney is reduced compared to endogenous Epo gene expression as determined by RNAse protection assay Identification of the renal erythropoietin producing cells using transgenic mice Maxwell PH Osmond MK Pugh CW Heryet A Nicholls LG Tan CC Doe BG Ferguson DJ Johnson MH Ratcliffe PJ

    Original URL path: http://isis-innovation.com/materials/epo-tg-sv40tepo-134-3lcpjr/ (2016-05-01)
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  • Material & Reagent Sales - Page 2 of 4 - Isis Innovation
    Groups People Overview Board Overview Networks Oxford Innovation Society Isis Angels Network Other Networks Isis Innovation in China Jobs Other Languages Contact us Technologies Available Explore Technologies for License Intellectual Property IP for SMEs Material Reagent Sales Easy to use Materials Evaluation Agreement Investment Opportunities Technology investment opportunities Information for Investors Isis Innovation spinouts Oxford Invention Fund University of Oxford Isis Funds Oxford University Consulting Services Academic consulting advice Academic Expertise Showcases Technical Services Technical Services Showcases OUC Clients For University members Contact OUC Innovation Consultancy Technology Transfer Commercialisation Training Technology Transfer Services Technology Commercialisation Innovation Management Case Study Overview Contact us Health Outcomes iOutcomes People Overview Clinical Outcomes Assessments Health Outcome Services FAQs Apply to Use Inspired Works Contact us Incubator News Incubator Services Stages of Development Our Ventures Meet the CEOs Find your CEO match Incubator Team Contact For University Members Consulting Services Support FAQs Register as a consultant Commercialising Your Technology IP patents and licences Starting a company FAQs Isis Startup Incubator Oxford University Hospital NHS Foundation Trust Translational Funding University Hot Desks For Medical Sciences Researchers Contact Us News Events Publications News Events Request further information Technology Showcase 2016 Success Stories Publications Annual Reports Innovation Insights Isis newsletters Comment opinion Other publications reports Home Share this Material Reagent Sales Reagents created by Oxford University researchers can be purchased by third parties from Reagents Isis this includes hybridomas cell lines mouse models and small molecule research tools The availability of research reagents from Isis Innovation is constantly changing so email reagents Isis with your specific requirements Filter by category OR Search all Reset Other Reagents Materials Murine Models Hybridomas Cell Biology Tools Antigen Rat Antigen Mouse Antigen Human Antigen fungi plant application Exact match At least one match Reset TCR Transgenic Mouse Model grb dependent on HLA

    Original URL path: http://isis-innovation.com/technologies-available/materials-reagent-sales/page/2/ (2016-05-01)
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  • Material & Reagent Sales - Page 3 of 4 - Isis Innovation
    Comment opinion Other publications reports About Groups People Overview Board Overview Networks Oxford Innovation Society Isis Angels Network Other Networks Isis Innovation in China Jobs Other Languages Contact us Technologies Available Explore Technologies for License Intellectual Property IP for SMEs Material Reagent Sales Easy to use Materials Evaluation Agreement Investment Opportunities Technology investment opportunities Information for Investors Isis Innovation spinouts Oxford Invention Fund University of Oxford Isis Funds Oxford University Consulting Services Academic consulting advice Academic Expertise Showcases Technical Services Technical Services Showcases OUC Clients For University members Contact OUC Innovation Consultancy Technology Transfer Commercialisation Training Technology Transfer Services Technology Commercialisation Innovation Management Case Study Overview Contact us Health Outcomes iOutcomes People Overview Clinical Outcomes Assessments Health Outcome Services FAQs Apply to Use Inspired Works Contact us Incubator News Incubator Services Stages of Development Our Ventures Meet the CEOs Find your CEO match Incubator Team Contact For University Members Consulting Services Support FAQs Register as a consultant Commercialising Your Technology IP patents and licences Starting a company FAQs Isis Startup Incubator Oxford University Hospital NHS Foundation Trust Translational Funding University Hot Desks For Medical Sciences Researchers Contact Us News Events Publications News Events Request further information Technology Showcase 2016 Success Stories Publications Annual Reports Innovation Insights Isis newsletters Comment opinion Other publications reports Home Share this Material Reagent Sales Reagents created by Oxford University researchers can be purchased by third parties from Reagents Isis this includes hybridomas cell lines mouse models and small molecule research tools The availability of research reagents from Isis Innovation is constantly changing so email reagents Isis with your specific requirements Filter by category OR Search all Reset Other Reagents Materials Murine Models Hybridomas Cell Biology Tools Antigen Rat Antigen Mouse Antigen Human Antigen fungi plant application Exact match At least one match Reset Anti Mouse

    Original URL path: http://isis-innovation.com/technologies-available/materials-reagent-sales/page/3/ (2016-05-01)
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