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#fluorescence — Public Fediverse posts

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  1. New single-protein analysis technique provides unprecedented information on scramblases

    A new single-protein analysis technique gives researchers an unprecedented ability to study proteins called scramblases, which have critical…
    #NewsBeep #News #Science #AU #Australia #biochemistry #Cell #Fluorescence #fluorescenceimaging #Imaging #Lipids #medicine #Membrane #Microscopy #molecularbiology #protein #ProteinAnalysis #research
    newsbeep.com/au/740178/

  2. New single-protein analysis technique provides unprecedented information on scramblases

    A new single-protein analysis technique gives researchers an unprecedented ability to study proteins called scramblases, which have critical…
    #NewsBeep #News #Science #AU #Australia #biochemistry #Cell #Fluorescence #fluorescenceimaging #Imaging #Lipids #medicine #Membrane #Microscopy #molecularbiology #protein #ProteinAnalysis #research
    newsbeep.com/au/740178/

  3. @sflorg #multimodalimaging to #map the detailed anatomy of animals, such as a #seasquirt lead to new insights and discoveries. #Fluorescence is an aspect that can recently be discovered also even in tetrapods, where it was formerly not expected, as for example in the fire salamander.
    Making me think that there is indeed nothing that we have fully understood. New #questions arise with new available technologies, good for the future of natural scientists.
    Text S.F.Wirth

    de.wikipedia.org/wiki/Seeschei

  4. @sflorg #multimodalimaging to #map the detailed anatomy of animals, such as a #seasquirt lead to new insights and discoveries. #Fluorescence is an aspect that can recently be discovered also even in tetrapods, where it was formerly not expected, as for example in the fire salamander.
    Making me think that there is indeed nothing that we have fully understood. New #questions arise with new available technologies, good for the future of natural scientists.
    Text S.F.Wirth

    de.wikipedia.org/wiki/Seeschei

  5. @sflorg #multimodalimaging to #map the detailed anatomy of animals, such as a #seasquirt lead to new insights and discoveries. #Fluorescence is an aspect that can recently be discovered also even in tetrapods, where it was formerly not expected, as for example in the fire salamander.
    Making me think that there is indeed nothing that we have fully understood. New #questions arise with new available technologies, good for the future of natural scientists.
    Text S.F.Wirth

    de.wikipedia.org/wiki/Seeschei

  6. @sflorg #multimodalimaging to #map the detailed anatomy of animals, such as a #seasquirt lead to new insights and discoveries. #Fluorescence is an aspect that can recently be discovered also even in tetrapods, where it was formerly not expected, as for example in the fire salamander.
    Making me think that there is indeed nothing that we have fully understood. New #questions arise with new available technologies, good for the future of natural scientists.
    Text S.F.Wirth

    de.wikipedia.org/wiki/Seeschei

  7. @sflorg #multimodalimaging to #map the detailed anatomy of animals, such as a #seasquirt lead to new insights and discoveries. #Fluorescence is an aspect that can recently be discovered also even in tetrapods, where it was formerly not expected, as for example in the fire salamander.
    Making me think that there is indeed nothing that we have fully understood. New #questions arise with new available technologies, good for the future of natural scientists.
    Text S.F.Wirth

    de.wikipedia.org/wiki/Seeschei

  8. Modern #imagingtechnologies allow more #fluorescence insights in #vertebrates. B. Burriel-Carranza et al. (2026) show that the #granularglands and #epidermis of the #firesalamander produce different #fluorophores, and that such compounds also circulate via the #bloodstream. Fluorescence may have a #communicative function.

    © #StefanFWirth

    Reference
    doi.org/10.1098/rsos.251991

    #Figure
    Potential #ecologicalrelevance of biofluorescence in S. salamandra, by the authors above creativecommons.org/licenses/b

  9. Modern #imagingtechnologies allow more #fluorescence insights in #vertebrates. B. Burriel-Carranza et al. (2026) show that the #granularglands and #epidermis of the #firesalamander produce different #fluorophores, and that such compounds also circulate via the #bloodstream. Fluorescence may have a #communicative function.

    © #StefanFWirth

    Reference
    doi.org/10.1098/rsos.251991

    #Figure
    Potential #ecologicalrelevance of biofluorescence in S. salamandra, by the authors above creativecommons.org/licenses/b

  10. Modern #imagingtechnologies allow more #fluorescence insights in #vertebrates. B. Burriel-Carranza et al. (2026) show that the #granularglands and #epidermis of the #firesalamander produce different #fluorophores, and that such compounds also circulate via the #bloodstream. Fluorescence may have a #communicative function.

    © #StefanFWirth

    Reference
    doi.org/10.1098/rsos.251991

    #Figure
    Potential #ecologicalrelevance of biofluorescence in S. salamandra, by the authors above creativecommons.org/licenses/b

  11. Modern #imagingtechnologies allow more #fluorescence insights in #vertebrates. B. Burriel-Carranza et al. (2026) show that the #granularglands and #epidermis of the #firesalamander produce different #fluorophores, and that such compounds also circulate via the #bloodstream. Fluorescence may have a #communicative function.

    © #StefanFWirth

    Reference
    doi.org/10.1098/rsos.251991

    #Figure
    Potential #ecologicalrelevance of biofluorescence in S. salamandra, by the authors above creativecommons.org/licenses/b

  12. Modern #imagingtechnologies allow more #fluorescence insights in #vertebrates. B. Burriel-Carranza et al. (2026) show that the #granularglands and #epidermis of the #firesalamander produce different #fluorophores, and that such compounds also circulate via the #bloodstream. Fluorescence may have a #communicative function.

    © #StefanFWirth

    Reference
    doi.org/10.1098/rsos.251991

    #Figure
    Potential #ecologicalrelevance of biofluorescence in S. salamandra, by the authors above creativecommons.org/licenses/b

  13. @wendinoakland here you go, sorry for the dee-lay

    This rock is partly comprised of autunite, a uranium mineral

    #uraniumglass #uranium #fluorescence

  14. @wendinoakland here you go, sorry for the dee-lay

    This rock is partly comprised of autunite, a uranium mineral

    #uraniumglass #uranium #fluorescence

  15. @wendinoakland here you go, sorry for the dee-lay

    This rock is partly comprised of autunite, a uranium mineral

    #uraniumglass #uranium #fluorescence

  16. @wendinoakland here you go, sorry for the dee-lay

    This rock is partly comprised of autunite, a uranium mineral

    #uraniumglass #uranium #fluorescence

  17. @wendinoakland here you go, sorry for the dee-lay

    This rock is partly comprised of autunite, a uranium mineral

    #uraniumglass #uranium #fluorescence

  18. Understanding the thioredoxin system is key to understanding cellular RedOx homeostasis.

    Congratulations to Lukas Zeisel on being awarded one of the @GDCh_BioChem Young Scientist Awards for his work in the group of Oliver Thorn-Seshold in this field.

    pubs.acs.org/doi/abs/10.1021/j
    #Biochemistry #Chemistry #ChemBio #Sensor #Fluorescence

  19. Understanding the thioredoxin system is key to understanding cellular RedOx homeostasis.

    Congratulations to Lukas Zeisel on being awarded one of the @GDCh_BioChem Young Scientist Awards for his work in the group of Oliver Thorn-Seshold in this field.

    pubs.acs.org/doi/abs/10.1021/j
    #Biochemistry #Chemistry #ChemBio #Sensor #Fluorescence

  20. Understanding the thioredoxin system is key to understanding cellular RedOx homeostasis.

    Congratulations to Lukas Zeisel on being awarded one of the @GDCh_BioChem Young Scientist Awards for his work in the group of Oliver Thorn-Seshold in this field.

    pubs.acs.org/doi/abs/10.1021/j
    #Biochemistry #Chemistry #ChemBio #Sensor #Fluorescence

  21. Understanding the thioredoxin system is key to understanding cellular RedOx homeostasis.

    Congratulations to Lukas Zeisel on being awarded one of the @GDCh_BioChem Young Scientist Awards for his work in the group of Oliver Thorn-Seshold in this field.

    pubs.acs.org/doi/abs/10.1021/j
    #Biochemistry #Chemistry #ChemBio #Sensor #Fluorescence

  22. Understanding the thioredoxin system is key to understanding cellular RedOx homeostasis.

    Congratulations to Lukas Zeisel on being awarded one of the @GDCh_BioChem Young Scientist Awards for his work in the group of Oliver Thorn-Seshold in this field.

    pubs.acs.org/doi/abs/10.1021/j
    #Biochemistry #Chemistry #ChemBio #Sensor #Fluorescence

  23. How can the concentration of glutathione be monitored with subcellular precision?

    Congratulations to Sarah Emmert on receiving one of the @GDCh_BioChem Young Scientist Awards for her work in the lab of Pablo Rivera-Fuentes on addressing this question with fluorescent sensors.

    nature.com/articles/s41557-023
    #Biochemistry #Fluorescence #Sensors #Chemistry #ChemBio #Award

  24. How can the concentration of glutathione be monitored with subcellular precision?

    Congratulations to Sarah Emmert on receiving one of the @GDCh_BioChem Young Scientist Awards for her work in the lab of Pablo Rivera-Fuentes on addressing this question with fluorescent sensors.

    nature.com/articles/s41557-023
    #Biochemistry #Fluorescence #Sensors #Chemistry #ChemBio #Award

  25. How can the concentration of glutathione be monitored with subcellular precision?

    Congratulations to Sarah Emmert on receiving one of the @GDCh_BioChem Young Scientist Awards for her work in the lab of Pablo Rivera-Fuentes on addressing this question with fluorescent sensors.

    nature.com/articles/s41557-023
    #Biochemistry #Fluorescence #Sensors #Chemistry #ChemBio #Award

  26. How can the concentration of glutathione be monitored with subcellular precision?

    Congratulations to Sarah Emmert on receiving one of the @GDCh_BioChem Young Scientist Awards for her work in the lab of Pablo Rivera-Fuentes on addressing this question with fluorescent sensors.

    nature.com/articles/s41557-023
    #Biochemistry #Fluorescence #Sensors #Chemistry #ChemBio #Award

  27. How can the concentration of glutathione be monitored with subcellular precision?

    Congratulations to Sarah Emmert on receiving one of the @GDCh_BioChem Young Scientist Awards for her work in the lab of Pablo Rivera-Fuentes on addressing this question with fluorescent sensors.

    nature.com/articles/s41557-023
    #Biochemistry #Fluorescence #Sensors #Chemistry #ChemBio #Award

  28. How can you use your free netScope Cloud account to share #microscopy files with other #pathologists or #vets?
    netScope makes it easy to share complex WSI files, such as #MRXS or #fluorescence, with macOS users.
    This is your guide.
    netscope.de/en/cloud
    (For personal sharing use a Cloud Premium Subscription.)

  29. How can you use your free netScope Cloud account to share #microscopy files with other #pathologists or #vets?
    netScope makes it easy to share complex WSI files, such as #MRXS or #fluorescence, with macOS users.
    This is your guide.
    netscope.de/en/cloud
    (For personal sharing use a Cloud Premium Subscription.)

  30. Just came across #FPbase, a community-driven database for #fluorescent #proteins and #spectral properties 🌈. Very useful for selecting reporters, comparing #excitation/ #emission #spectra, planning multi-color #imaging 🔬, and avoiding spectral overlap.

    🌍 fpbase.org/about/

    #Microscopy #Fluorescence #Neuroscience #OpenScience

  31. Just came across #FPbase, a community-driven database for #fluorescent #proteins and #spectral properties 🌈. Very useful for selecting reporters, comparing #excitation/ #emission #spectra, planning multi-color #imaging 🔬, and avoiding spectral overlap.

    🌍 fpbase.org/about/

    #Microscopy #Fluorescence #Neuroscience #OpenScience

  32. Just came across #FPbase, a community-driven database for #fluorescent #proteins and #spectral properties 🌈. Very useful for selecting reporters, comparing #excitation/ #emission #spectra, planning multi-color #imaging 🔬, and avoiding spectral overlap.

    🌍 fpbase.org/about/

    #Microscopy #Fluorescence #Neuroscience #OpenScience

  33. An early 20th century uranium glass plate glowing under UV illumination. It's only slightly radioactive: 180 CPM from my 1987 Soviet G-M tube, where background is under 30 CPM.

    #uv #photography #fluorescence #uranium