What applications can the Fluorescence Plate Reader be used for?
This reader is ideal for applications like biochemical assays, drug discovery, molecular biology, enzyme kinetics, and fluorescence-based studies requiring precise intensity measurements.
What type of plates can this reader accommodate?
The reader is compatible with standard microplates, including 96-well and 384-well formats, commonly used in fluorescence-based experiments.
How does high-temperature operation benefit fluorescence measurements?
High-temperature operation ensures consistent and reliable fluorescence intensity readings, especially for temperature-sensitive assays or reactions requiring thermal stability.
Is this instrument suitable for high-throughput screening?
Yes, its advanced design and microplate compatibility make it well-suited for high-throughput fluorescence screening applications.
What type of fluorescence measurements can this reader perform?
It is capable of measuring fluorescence intensity, enabling applications such as quantitative analysis of fluorescent markers or compounds.
Can this reader be integrated with laboratory automation systems?
Yes, its design supports integration with automation systems for streamlined workflows in modern labs.
Is software included with the Fluorescence Plate Reader for data analysis?
Yes, the product typically comes with user-friendly software for data acquisition, analysis, and reporting.
What are the key benefits of combining PTI's fluorescence expertise with Otsuka's microplate technology?
This collaboration results in a product with advanced fluorescence detection capabilities, high sensitivity, and robust performance for a wide range of laboratory needs.
Does this reader support multiplex assays?
Yes, it is suitable for multiplex fluorescence assays, allowing simultaneous measurement of multiple analytes in a single well.
How does the instrument ensure accuracy and reliability in fluorescence measurements?
The design incorporates advanced optical and detection systems to deliver precise and reproducible results, even for low-intensity signals.
What are some examples of fluorescence dyes compatible with this reader?
The reader can accommodate common fluorescent dyes like FITC, Cy3, Cy5, and others used in molecular and cellular assays.