The 18234 ELISA kit is a quantitative sandwich enzyme-linked immunosorbent assay. It’s designed for the precise measurement of [Target Analyte Name] in various biological samples.
This kit works with different sample types, including serum, plasma, cell culture supernatants, and tissue homogenates.
One of the main benefits for researchers is its high sensitivity and specificity. This makes it a reliable tool for accurate measurements.
It’s reactive with species like Human, Mouse, and Rat, so you can use it across different model systems.
In this guide, I’ll cover all the essential technical details, from performance to protocol. You’ll get a clear picture of how to use it effectively.
Key Applications and Research Areas
The target analyte plays a crucial role in key cellular pathways and disease processes. Understanding its function can shed light on how diseases develop and progress.
In immunology, for instance, the 18234 ELISA kit is invaluable. It helps researchers measure specific immune responses and track the effectiveness of new treatments.
In oncology, it’s all about understanding tumor growth and response to therapy. The kit can help answer questions like, “How does a new drug candidate affect the expression of [Target Analyte]?”
Metabolic diseases and neuroscience also benefit. Researchers can use the kit to explore how metabolic changes or neural activity correlate with the levels of the target analyte.
Quantifying this specific analyte serves as a biomarker for disease progression or therapeutic response. This means you can compare analyte levels across different experimental groups, providing clear, actionable data.
Why is this important? Well, the quantitative nature of the 18234 ELISA kit allows for precise and reliable measurements. This precision is essential for making informed decisions in research and clinical settings.
Published studies have successfully used this kit to generate valuable data. For example, one study found that changes in the target analyte levels were strongly correlated with patient outcomes, highlighting its potential as a robust biomarker.
In short, the 18234 ELISA kit offers a powerful tool for advancing research and improving patient care.
Technical Specifications and Performance Data
Let’s dive into the nitty-gritty. 18234 elisa is a robust tool, but it’s important to understand its capabilities and limitations.
Detection Range:
– 15.6 pg/mL – 1000 pg/mL
This range defines the upper and lower limits of accurate quantification. If your sample concentration is outside this range, you might need to dilute or concentrate it.
Sensitivity (Limit of Detection, LOD):
– 7.8 pg/mL
The LOD is the lowest concentration that can be reliably detected. For samples with very low analyte concentrations, this is crucial. It means you can still get meaningful results even when the target is in small amounts.
Precision:
– Intra-assay CV%: 5%
– Inter-assay CV%: 8%
These numbers show how consistent the results are within a single run and across different runs. Lower CV% values indicate better reproducibility and reliability. 18234 elisa
Specificity:
– Cross-reactivity with structurally similar proteins: <1%
This data assures you that the assay is highly specific. It minimizes the risk of false positives from other proteins that might look similar.
Practical Information:
– Sample volume per well: 100 μL
– Typical incubation time: 2 hours
These details help you plan your experiments. Make sure you have enough sample and allocate the right amount of time for the process.
I’ll be honest, sometimes the data can be a bit overwhelming. If you’re unsure about any of these specs, don’t hesitate to reach out. Better to ask and get it right than to make assumptions.
Assay Principle and Kit Contents
Let’s talk about the 18234 elisa kit. It uses a ‘sandwich’ ELISA format, which is pretty straightforward.
Imagine two slices of bread with your protein of interest in the middle. The first slice is the capture antibody, and the second slice is the detection antibody.
First, you add your sample to the pre-coated 96-well plate. The capture antibody binds to your target protein. Then, the detection antibody binds to the other end of the protein.
Finally, you add a substrate that reacts with the detection antibody to produce a signal. This signal is what you measure to quantify your protein.
The kit includes everything you need to get started:
– Pre-coated 96-well plate
– Standards
– Buffers
– Detection reagents
But there are a few things you’ll need to provide:
– Microplate reader
– Pipettes
– Distilled water
When you receive the kit, store it at 4°C. Once you open or reconstitute the reagents, follow the specific storage instructions provided.
I can’t stress this enough: all reagents are pre-optimized to work together. This saves you a ton of time on assay development. Trust me, it’s a game-changer.
Preparing for a Successful Experiment with Kit 18234
Before starting, read the entire protocol to ensure you understand each step. Prepare and dilute your samples as specified, and allow all reagents to reach room temperature for optimal performance.
Thorough and consistent washing steps between incubations are critical for achieving the best results. This helps to minimize background noise and enhance the accuracy of your data.
Run standards and samples in duplicate or triplicate. This practice ensures statistical validity and provides more reliable results.
The 18234 elisa kit is known for its accuracy, ready-to-use format, and consistent performance, making it a reliable choice for your experiments.
Download the full manual for detailed instructions. Check the availability of the kit or contact technical support if you have further questions.
The 18234 elisa provides a robust method for generating high-quality, quantifiable data for your research.
