Improving protein qualityWith regular maintenance your instrument is in perfect order. In addition you make the best, clean and degassed buffers. But what about the proteins you use? Are they of the best quality? And this new batch is the same as the previous, you are sure of that?
Is your protein affected by the buffer and immobilization conditions used? Your assay problems might be caused by poor protein quality!
Luckily there is an easy and fast way to check the integrity of your proteins. Nanotemper Technologies provides various instruments to check your protein quality, all using a minimum of sample. .
Digital SPR by NicoyaNicoya, a leading provider of advanced analytical instruments for the biotechnology and pharmaceutical industries, today announced the launch of Alto, the world’s first fully-automated, high-throughput benchtop surface plasmon resonance (SPR) system. As the first-ever SPR instrument to integrate digital microfluidics (DMF), artificial intelligence (AI), and nanotechnology, Alto provides high quality, label-free interaction analysis.
SPR is not an Art!Surface Plasmon Resonance (SPR) seems to be difficult for many people. Judging on the literature many of you are struggling to get nice sensorgrams with easy to fit curves. However, SPR is straightforward when you know what you are doing. Consequently, you have to learn how SPR works, how to perform an experiment and how to analyze it. So what are the key parts of a proper SPR experiment?
Blog of Ryan Denomme
Ryan Denomme of Nicoya publishes a nice blog about SPR and related topics. For instance about preserving precious sample by optimizing preconcentration and immobilization or what the difference is between SPR and LSPR.
Definitely worthwhile to check this blog!
How Low Can You Go ?In SPR experiments, low responses are preferred over high responses. This is because high responses in general are affected by mass transport and non 1:1 interactions. But how low can you go?
This depends in the first place on the instrument you have chosen. The signal should be above the noise level of the baseline. The curves should be easily recognisable and replicates should overlay.
Feel free to post your questions about the technology, instruments or experimental set-up.
It works for the control software with the Biacore 2000/3000. Is not compatabile with the new T200 control software.
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