This blog highlights how A.I technology is being used to shape scientific discoveries and research direction.
A.dvancI.ng Scientific Research
Krishnamoorthy et al. (2018) have identified enucleated neutrophil cell bodies, known as ‘ghosts’, as driving Th17 cell inflammation in severe asthma....
Manifestation of Ghosts Exacerbates Asthma
The 2018 Nobel Prize announcements brought exciting news of two prizes awarded in recognition of ground-breaking achievements in the antibody field.
NEWS: Nobel Prizes for the Antibody Field
This blog focuses on gastrointestinal organoids and their role in advancing cancer research and therapy.
Can Medicine Trust Your Gut Organoids?
This blog features some of our top sample preparation tips for flow cytometry and examples of blood and tumor sample preparation.
Set Yourself up for Success with Flow Cytometry
Learn more about a groundbreaking discovery in Babraham pigs that has significantly improved its usefulness as an immunological model.
Pigging up the Pace of Influenza A Vaccine Development
This blog discusses the PD-1 (programmed cell death-1) pathway and two licensed immunotherapy drugs that target it, pembrolizumab and nivolumab.
Checkmate: Beating Cancer through the PD-1 Pathway
Th2A cells are a recently identified subset of T helper cells type 2 (Th2). This blog looks at the role of Th2A cells in allergy.
Th2A Cells — the Latest T Helper Cell Subset and its Role in Allergy
This blog discusses therapeutic drug monitoring and why it is used for conditions such as IBD to ensure that treatment remains safe and effective.
Getting the Dose Right
Baranska et al. (2018) identify macrophage dynamics as being key to tattoos lasting. This blog examines why tattoos are so difficult to remove.
Inking the Immune System: How Macrophages Make Tattoos Last
Learn how to build better panels for flow cytometry through optimizing for antigen density, using a dump channel and including viability markers.
How to Get More Out of Your Multicolor Panels
We examine SUMOylation, the effect of their aberrant SUMOylation on signaling pathways and the potential of SUMO inhibitors in cancer therapy.
SUMOylation: a Heavyweight in the Regulation of Cell Cycle Progression and Cell Proliferation – Part Two
This blog post discusses the discovery of SUMO and the importance of SUMOylation in cell cycle regulation and cellular proliferation.
SUMOylation: a Heavyweight in the Regulation of Cell Cycle Progression and Cell Proliferation – Part One
We examine the history of Epidermal growth factor receptor (EGF R), the EGF R family and function along with how EGF R promotes cancer development.
Why EGF R is an Attractive Target for Cancer Therapy
This blog describes scientific findings describing the mechanism behind the failure of beta cells to proliferate in patients with type 2 diabetes
The underlying reason beta cells fail to proliferate in “diabesity” uncovered
Discover new studies describing the auto-immune mechanism associated with the development of Parkinson's Disease.
The possible autoimmune nature of Parkinson’s disease
This blog describes studies demonstrating the beneficial role of commensal bacteria in treating microbial infections and antibiotic resistance.
How good bacteria protect us from pathogenic infection
Discover the features of rats that make them ideal animal models for scientific research and new discoveries generated using transgenic rat models.
Rats — An ideal animal model of human disease
Learn how a new tool from Bio-Rad simplifies knowing what markers to use to identify certain immune cell types.
How to identify major immune cell types by their CD marker expression
Our second part of BrdU in adult neurogenesis research, describes “the dark side of BrdU” and how you can carefully control BrdU labeling experiments...
Bromodeoxyuridine (BrdU) in adult neurogenesis research - Part 2
The first of a two part series describing how BrdU revolutionized the field of neurogenesis.
Bromodeoxyuridine (BrdU) in adult neurogenesis research - Part 1
This blog post describes the mechanisms by which macrophages induce insulin resistance in the obese state.
Macrophages, obesity and insulin resistance
This post describes the role of monocytes in heart disease and whether monocyte infiltration into the heart exacerbates disease or aids in its repair....
What do monocytes have to do with the heart?
This blog post highlights major research findings on ZIKV in 2016, and provides a perspective on how scientists addressed this public health issue.
The rise in Zika virus research — an update
We are excited to share that Bio-Rad was named as the CiteAb Custom Antibody Supplier of the year.
Bio-Rad named CiteAb Custom Antibody Supplier of the year!
This blog post will take you through the various gating strategies for effective flow cytometry analysis.
A guide to gating in flow cytometry
Fluorescent proteins have expanded the capabilities of scientists, thus allowing observations that would not have been possible without them.
Illuminating biomedical research — the story of fluorescent proteins
Researchers partnered with Bio-Rad to engineer high affinity, highly specific inhibitor antibodies to the active site region of a WNV proteinase.
Engineering recombinant inhibitory antibodies as research tools
This blog post highlights autophagy as a therapeutic strategy for neurodegeneration.
Autophagy, and Neurodegeneration
While insects are not the deadliest animals they can significantly impact human health. Learn about the killer bug and Asian giant hornet.
Killer bugs among us - the kissing bug and the Asian giant hornet
In this blog post we highlight some the current potholes on the road to reproducible antibodies.
The road to antibody validation standards
This blog post defines critical reagents and best practices for their characterization.
Applying best practices for characterizing critical reagents
We describe the different types of ELISAs, the advantages and disadvantages of each and what to consider before choosing an ELISA technique.
Deciding which ELISA technique is right for you
This blog post highlights the key ubiquitin E3 ligases currently considered molecular drug targets.
When ubiquitination goes bad, knock it out for effective cancer therapy
Learn more about the biology of the transmissible canine cancer CTVT and why it is a biological curiosity of significant magnitude in this blog post.
The oldest known naturally occurring cancer is transmitted between dogs
This blog post discusses recent pre-clinical studies that suggest monocytes could be applied in a related manner to the treatment of diseases.
Monocyte-based cell therapy for treating diseases
This blog describes the triggers & mechanisms that lead to death by apoptosis, as well as assays for measuring apoptosis in your research.
Cell death by apoptosis - the journey of a single cell from health to death
Within the immune response to cancer macrophages present both a problem and solution. This post describes how they can assist with tumor clearance.
Inducing macrophages that work against rather than for cancer
This blog post highlights novel gene-editing strategies to protect pigs against dangerous pathogens.
The science of keeping pigs healthy
HuCAL technology was used to develop high specificity, high affinity antibodies to distinguish between protein isoforms with only minor differences.
Biomarker assay development: CXCL10 in HCV infection
In this blog post we simplify the Flow Cytometry process in five easy steps that will ensure successful results.
5 Easy Steps for Successful Flow Cytometry
The GATA family of transcription factors is emerging as key players in establishing new biomarkers for rapid and accurate detection of cancer.
GATA transcription factors and their role in cancer diagnosis and prognosis
The new finding of trained immunity challenges the basic tenets of immunology, blurring the line that separates innate and adaptive immunity.
Immunological memory is no longer a unique trait of adaptive immune cells
In this blog post, we describe the history, epidemiology and biology of the Zika virus.
Zika virus — a new viral threat for 2016?
This blog post provides insight on how to improve your assay sensitivity by selecting antibodies based on binding strength as well as affinity.
High affinity antibodies for improved analysis of antibody drugs
Join us as we take a walk down memory lane and tell the story of how monoclonal antibodies for research purposes came to be.
Journey to the antibody vial: the story of monoclonal antibodies in research
This blog post discusses TidyBlot and how it does not detect IgG heavy and light chains in your co-IP experiment.
How to detect your target protein or protein complex without interfering IgG chains
This blog post provides an update on the current Ebola epidemic, citing evidence that the virus can linger in immune privileged sites inside the body....
Does the Ebola virus ever really go away?
With over 35 years of experience with antibodies, we offer our expert advice for taking care of your antibodies for consistent results.
“Is it the antibody?” Tips for caring for your antibody for consistent results
"There has been a paradigm shift in how the treatment of diseases is approached." This post describes how genome sequencing is revolutionizing the tre...
Tailor-made just for you: A future with precision medicine
This blog post describes the applicability of recombinant antibody fragments from a naive antibody library for immuno-MRM based quantification.
Immuno-MRM analyses: high-affinity recombinant antibody fragments
This blog post describes the current efforts and streams of thought for generating antibody validation standards to address the scientific reproducibi...
Standardizing Antibody Validation
This blog post describes how your choice of cooking method may increase your risk for developing a range of diseases, including Alzheimer's
Are you likely to develop Alzheimer’s from grilled food?
This post describes how natural phosphatase inhibitors impact on human health.
Natural phosphatase inhibitors: the danger around us
This post describes crucial markers and useful markers to study aberrant cell proliferation.
Measuring the inevitable divide - tools for assessing cell proliferation
This post describes what tandem dyes are and what to keep in mind when incorporating them into your flow cytometry panels.
Tandem dyes - The power couples of Flow Cytometry
This post describes how mutations in proto-oncogenes and tumor suppressor genes account for tumorigenesis.
Inheriting mutant tumor suppressor genes increases your risk for cancer
This post describes what an isotype control is and how one could be beneficial in your multi-color flow cytometry experiments.
To control or not to control, that is the multi-color flow question…
This post describes selecting fluorophores for your IF experiments based on dye characteristics, such as quantum yields and extinction coefficients.
Light up your IF experiments with our continued tips and tricks
This post describes how to choose fluorophores for IF experiments based on dye characteristics, such as quantum yields and extinction coefficients.
Take a quantum leap in your IF experiments with our 5 tips and tricks
Have a group of researchers really found the key to a cure to the currently incurable Dengue virus? Find out here...
Four virus serotypes…One Dengue vaccine?
This post describes a few key factors to consider when designing intracellular flow cytometry experiments.
Intracellular flow cytometry - the good, the bad and the cytokines
This post provides flow cytometry novices with a basic overview of how to design a multi-color flow cytometry panel.
10 tips for designing a basic flow cytometry panel
New Poster: Regulated Cell Death Pathways
Mouse Immune Cell Marker Selection Made Easy
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