Arbor Assays
Arbor Assays set the standard for excellence in sensitivity, speed, convenience, quality, and service. With their deep experience in assay design and manufacturing, Arbor Assays remains committed to providing outstanding customer support, community engagement, and environmental responsibility.
Arbor Assays offers the cutting-edge tools you need for precise measurements and accurate analysis. These innovative assay kits empower researchers to uncover critical insights and advance their understanding of these vital biological processes, ultimately contributing to advancements in the fields of health, disease, and biology.
Key Benefits of Arbor Assays ELISA Kits
- Minimal sample volume required (less than 1µl).
- Offers both chemiluminescent for enhanced specificity and colorimetric kits with a speedy 90-minute assay time.
Arbor Assays have also partnered with the environmental non-profit organisation One Tree Planted, pledging to donate one tree to be planted for every assay kit they sell.
Arbor Assays products are backed by over 270 citations published in research. Their Publications have a range of filters including species, sample type and product to demonstrate the extensive versatility and applicability of their products in the field of life sciences.
DetectX Assay Kits
Cell Signalling
Highly conserved mechanisms that govern cell signalling play a central role in coordinating various cellular processes. Dysregulated signalling, which is implicated in numerous diseases such as cancer and neurodegenerative disorders, is driving a growing body of research aimed at gaining deeper insights into cell signalling pathways.
Inflammation
Inflammation is an intricate biological reaction triggered by harmful factors like pathogens, injured cells, or irritants. Prolonged inflammation has been associated with various diseases, including cancer, neurodegenerative conditions, heart disease, and autoimmune disorders. Understanding the molecular mechanisms and biochemical agents that drive inflammatory responses has been a longstanding area of scientific investigation.
Kidney Injury
Kidney disease represents a substantial source of illness globally and is linked to substantial economic costs. To combat this challenge, researchers have intensified their endeavours to explore the causes and potential treatments for kidney disease. In this area of study, investigators employ a range of biomarkers and tools to gain deeper insights into the root causes that contribute to the decline in kidney function.
Metabolism
Metabolism is a sequence of chemical processes responsible for converting food into energy within an organism. Disruptions to these processes can have detrimental effects on an organism's health and can lead to disorders like diabetes, stroke, obesity, thyroid diseases, and cancer. Researchers studying metabolism commonly aim to understand how specific metabolic pathways influence biological outcomes.
Oxidative Stress
Oxidative stress refers to the condition where there is an imbalance between the production of reactive oxygen species (ROS) and their removal by antioxidant defences in the body. When ROS production exceeds the body's capacity to neutralise them, it can lead to damage to crucial cellular structures and functional biomarkers. This damage from oxidative stress has been associated with several diseases, including Parkinson's Disease and Alzheimer's Disease.
Reproductive
Exploring reproductive systems is a broad field with the potential to develop innovative treatments for reproductive disorders. Reproductive biology is crucial for comprehending pivotal stages in female reproductive health, including puberty, the menstrual cycle, and menopause. Additionally, it plays a fundamental role in wildlife conservation, aiding in the preservation of endangered species through scientific advancements.
Stress
The hypothalamic-pituitary-adrenal (HPA) axis plays a key role in responding to stressors across various organisms. Precise measurement of stress is essential for studying behavioural responses and the molecular mechanisms involved in stress reactions.
Volume
Biomarker analysis often requires sample normalisation to correct for differences in sample volume and other sources of variability. This is especially crucial for aqueous samples like urine, which can have inconsistent dilution profiles, affecting the accuracy of biomarker measurements. Normalisation helps provide a consistent baseline for accurate analysis.