What if sample preparation can become easier? How about getting precise, reliable, and accurate results from a single analysis? TINFE is a powerful software solution designed to overcome challenges in fluorescent spectroscopy, including eliminating inner filter effects and extending the linear response concentration range.
Reduce repetitive tasks & workflows, such as multiple sample dilutions, save consumables, time, and money. Even for the highly concentrated samples!
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On-the-fly corrections and IFE elimination ensure accurate, reliable results in high-throughput settings. Processed values obtained in under 30 seconds with calibration and test datasets.
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Seamlessly integrates into your research workflow and is compatible with most modern fluorescent instruments. Confidently work on different instruments with +/- 2% repeatability.
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TINFE corrects the nonlinear response of emission spectra, including IFE, by taking at least two measurements at different settings, ensuring accurate and precise data with an extended range through advanced signal processing.
Easy to use, with the most relevant data presentedSeamless data import and export, works with different instrumentsDocumentation and customer support
Enable TINFE corrections on older fluorescent spectroscopy machinesEasy to use and integrate into workflowDiffent sizes to capture more than two datasets 
Additional control over the measurementsTesting and calibrating optical settingsNeeded for standard operational protocols 
TINFE has transformed our lab workflow, providing more accurate results while reducing the time spent on re-testing. We have succesfully shown how this method can be used in analysis of ROS concentrations in plasma samples without centrifuge and additional dilutions. From 3 hour sample preparation, we have managed to get results in half an hour.
In our lab, determination of gold nanoparticles using fluorescent spectroscopy has been optimized by using TINFE method and software. We have seen a significant increase in productivity, by eliminating multiple dilution steps, thus making more analysis per day possible.
Doing manual dilutions for fluorescent spectroscopy measurements was a major obstacles in doing high-throughput screening of potential drug-enzyme interactions. The major point is that results can be obtained as soon as the instrument has finished measurements. Data analysis has become an afterthought.
TINFE has transformed our lab workflow, providing more accurate results while reducing the time spent on re-testing. We have succesfully shown how this method can be used in analysis of ROS concentrations in plasma samples without centrifuge and additional dilutions. From 3 hour sample preparation, we have managed to get results in half an hour.
In our lab, determination of gold nanoparticles using fluorescent spectroscopy has been optimized by using TINFE method and software. We have seen a significant increase in productivity, by eliminating multiple dilution steps, thus making more analysis per day possible.
Doing manual dilutions for fluorescent spectroscopy measurements was a major obstacles in doing high-throughput screening of potential drug-enzyme interactions. The major point is that results can be obtained as soon as the instrument has finished measurements. Data analysis has become an afterthought.
Start using our software solution to increase your productivity, streamline workflow, and use reliable, precise, and accurate results. From sample preparation, through measurements, all the way to anlaysis, TINFE optimzes the way you do fluorescent spectroscopy in microwell plates.
