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FPbase

@fpbase

The Fluorescent Protein Database. tweets by @TalleyJLambert

ID: 1081186405022420992

linkhttps://www.fpbase.org calendar_today04-01-2019 13:51:41

132 Tweet

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FPbase (@fpbase) 's Twitter Profile Photo

Databases are hard... and no amount of automated error checking can catch every mistake that humans make (in the literature or in submissions). FPbase gratefully accepts help/corrections from anyone! Here's an example of what not to do if you find something needing correction πŸ˜‚

Databases are hard... and no amount of automated error checking can catch every mistake that humans make (in the literature or in submissions). FPbase gratefully accepts help/corrections from anyone!

Here's an example of what not to do if you find something needing correction πŸ˜‚
Addgene (@addgene) 's Twitter Profile Photo

πŸ“£ Apply for an award from Addgene to attend a conference! We're accepting applications until April 30 β˜‘οΈ Undergrad, grad student, postdoc, research tech β˜‘οΈ Working w/ fluorescent proteins β˜‘οΈ Planning to attend a conference, virtual, hybrid, or in-person hubs.ly/H0LbWNd0

FPbase (@fpbase) 's Twitter Profile Photo

a reminder on the difficulty in comparing fluorescence photobleaching measurements across studies (and even across probes on the same scope) fpbase.org/bleaching/

FPbase (@fpbase) 's Twitter Profile Photo

Dear imaging companies, Please tell your customers (or make available on request) the *actual* spectra for all components (LEDs, filters, etc) in their light path. just saying "460-490nm" is not sufficient. It's amazing how many scientists can't get this info from their reps 😞

Christoph Spahn (@michriscopy) 's Twitter Profile Photo

Just discovered the interactive chart of FPbase.com. Wow, what an amazing tool to compare different properties across a wide range of fluorescent proteins. Great work Talley Lambert πŸ™‚ fpbase.org/chart/

Sara Parker (@ratherbecloning) 's Twitter Profile Photo

Christoph Spahn Talley Lambert FPbase is amazing! I created scope configurations for University of Arizona Cancer Center core instruments, and link to it with a little QR code posted next to the scope! And made a nice lab exercise for my microscopy class. iScopeCalc rocks too. Keep β€˜em coming, Talley Lambert!

Eszter Csibra (@eszter_cs) 's Twitter Profile Photo

πŸ₯ Delighted to announce that our FPCountR paper is now on bioRxiv! In this paper we describe the development of a method to allow absolute fluorescent protein quantification using microplate readers for synthetic circuit characterisation. biorxiv.org/content/10.110… 🧡

πŸ₯ Delighted to announce that our FPCountR paper is now on bioRxiv! 

In this paper we describe the development of a method to allow absolute fluorescent protein quantification using microplate readers for synthetic circuit characterisation.

biorxiv.org/content/10.110… 

🧡
FPbase (@fpbase) 's Twitter Profile Photo

Always nice to see features put to use! Eszter Csibra and Prof Guy-Bart Stan use the FPbase API (among other things) in a method for the calibration of fluorescence readings on microplate readers; for quantification of FP concentration biorxiv.org/content/10.110…

FPbase (@fpbase) 's Twitter Profile Photo

anyone out there routinely express FPs in Chlamydomonas? any modern suggestions for SNR? (presumably red, but any expression gotchas?)

Ben Campbell (@lysergicdesigns) 's Twitter Profile Photo

Our article reporting hyperfolder YFP (#hfYFP) and other fixative-resistant fluorescent proteins based on #mGreenLantern is now available at Nature Methods. hfYFP enhances electron- and expansion-microscopies, protein purification, and so much more! 🧡nature.com/articles/s4159…

Ivan Maslov (@ivanmasl0v) 's Twitter Profile Photo

Mutagenesis of #FbFP #LOV domain: 🟠 22 variants with 486-512 nm emission maxima 🟠 three-channel imaging via spectral unmixing 🟠 two-channel fluorescence lifetime unmixing doi.org/10.1101/2022.1… Congratulations, Ivan Gushchin, Anna Yudenko, and all the authors! FPbase

Mutagenesis of #FbFP #LOV domain:

🟠 22 variants with 486-512 nm emission maxima

🟠 three-channel imaging via spectral unmixing 

🟠 two-channel fluorescence lifetime unmixing

doi.org/10.1101/2022.1…

Congratulations, <a href="/ivangushchin/">Ivan Gushchin</a>, <a href="/Aynya5/">Anna Yudenko</a>, and all the authors!

<a href="/FPbase/">FPbase</a>
James Manton (@jamesdmanton) 's Twitter Profile Photo

This exercise was less informative than I'd hoped, but perhaps it's interesting to someone else: spectroscopically-inferred estimates of densities of states for a selection of fluorescent proteins spanning the visible spectrum. Data from FPbase.

This exercise was less informative than I'd hoped, but perhaps it's interesting to someone else: spectroscopically-inferred estimates of densities of states for a selection of fluorescent proteins spanning the visible spectrum. Data from <a href="/FPbase/">FPbase</a>.