- Products
- Flow Cytometry
- Biotheraputics Discovery
- Custom Services
- Bioanalytical Antibodies
- Tools and Resources
- Antibody Support
- Order Status
- Quick Order
- Support
Browsing Modes for Business Users
-
Create mode – the default mode when you create a requisition and PunchOut to Bio-Rad. You can create and edit multiple shopping carts
-
Edit mode – allows you to edit or modify an existing requisition (prior to submitting). You will be able to modify only the cart that you have PunchedOut to, and will not have access to any other carts
-
Inspect mode – when you PunchOut to Bio-Rad from a previously created requisition but without initiating an Edit session, you will be in this mode. You cannot modify any Cart contents
-
Contact and Support
-
Resources
-
Antibody Webinars
- Webinar: Overcome Assay Challenges using Custom Recombinant Antibodies
- Webinar: Recombinant Antibodies as Positive Controls and Calibrators
- Webinar: Measuring Adaptive and Innate Immune Responses in Ruminants
- Webinar: Mastering IHC Staining Experiments
- Webinar: Generation of High-affinity Recombinant Antibodies for Application in Immuno-MRM
- Webinar: Optimize your Assays using Recombinant Antibodies Selected for Desired Affinity
- Webinar: Porcine CD4+ T lymphocytes and their Antigen-Specific Immune Response
- Webinar: Optimize your Flow Cytometry
- Webinar: A Question of Life or Death” - Differentiating Between Healthy and Apoptotic Cells
- Webinar: CSF1, CSF1R and Control of Macrophage Differentiation
- Webinar: “Complex or not?” Immunoprecipitation (IP) application
- Webinar: Take control of your flow cytometry
- Webinar: The making of recombinant anti-idiotypic antibodies for high performance in bioanalytical assays
- Webinar: Fluorescence and compensation in flow cytometry
- Webinar: Multicolor panel building in flow cytometry
- Webinar: Apoptosis in flow cytometry
-
Antibody Webinars
-
Resources
Webinar
Measuring adaptive and innate immune responses in ruminants
Does your research require assaying immune responses in cattle and sheep?
Do you seek to better define cell populations in ruminants?
The ability to identify immunological correlates of protection is a key element of vaccine development. This is challenging in farmed ruminants due to the relative lack of reagents to fully characterize cattle and sheep immune responses compared to laboratory rodents. To help address this gap in capability, researchers at the Moredun Research Institute and The Roslin Institute at the University of Edinburgh have been collaborating on a project specifically to develop and characterize immunological reagents for cattle and sheep to underpin vaccine research.
Watch the webinar to discover more about this project. The background to the research work is described and the data presented show the highlights of the work carried out over the last three years. The advances made on the characterization of myeloid cell subsets in peripheral blood and methods to identify CD4+ve T cells that produce IL-17 are focused on in detail.
This talk is of interest to researchers seeking to:
- Develop improved vaccines and measure correlates of protection
- Characterize ruminant adaptive and innate immune cell populations
- Advance the knowledge of ruminant disease pathogenesis and translational research
Measuring adaptive and innate immune responses in ruminants
Presented by Professor Gary Entrican: Principal Research Scientist at at the Moredun Research Institute.
Speaker Biography: Professor Gary Entrican
Gary Entrican is a Principal Research Scientist at Moredun and holds an Honorary Professorship within the College of Medicine and Veterinary Medicine, University of Edinburgh. He graduated with BSc Hons in Immunology from the University of Glasgow, where he also conducted his PhD in Immunology. He joined Moredun in 1986 working on immune regulation in sheep.
Gary's immunological skills are in the areas of ruminant cellular immunology, cytokine biology and the understanding of host-pathogen interactions during infection.
The ultimate aim of his research is to identify immunological correlates of protection that underpin vaccine design and implementation of disease control strategies.
Related pages: