The FLIPR Assay: Uses and Applications


If you’re looking for calcium FLIPR Assay uses and applications, you’ve come to the right place. This article will discuss one of the most innovative and commonly used calcium assays called FLIPR. Read on to learn about the various applications and uses of calcium assays. You probably know by now that calcium is present in a variety of organisms, including humans. Calcium essays are a crucial part of drug discovery and development, and that is why so much attention is dedicated to the improvement of these types of testing. Their biggest benefit is that they allow researchers to monitor calcium levels in a variety of tissues and cell types, thus making them an absolute necessity for research and development in the medical and pharmaceutical industry.

What Is FLIPR Assay?

A offers a comprehensive method for detecting intracellular calcium changes. This is provided in a simple and reliable homogeneous assay format. The FLIPR Assays use calcium-specific probes that change colour proportionate to the concentration of calcium. These assays are also useful for monitoring the effects of drugs on calcium levels in the blood.

The Applications

The main use of the FLIPR Assay is to measure calcium concentration in the blood. It is usually used to monitor calcium-regulating disorders or screen for bone diseases. The process begins by collecting blood from a vein, where it is cleaned and sterile. The puncture site is placed under pressure with an elastic band. The assay then records the agonist response in the cells. The results can be interpreted to monitor the severity of a disease or to monitor a patient’s calcium intake.

If you plan to perform FLIPR calcium Assays in a laboratory, purchasing a kit for the experiment is a good idea. The FLIPR Assay kit has proven useful in the past and is still a good measurement method used in modern days. Its versatility is one of its main advantages. Apart from that, the FLIPR Assay can detect various types of compounds, including agonists, antagonists, and allosteric modulators.