CS: Substantial improvements in spatial resolution down to nm or even Å resolution in frozen samples (https://t.co/GnSMiUuY7g) 3/
RT @naturemethods: Article: COLD: a method to localize fluorophores in single proteins with atomic resolution ($) https://t.co/i2FbztNT0K
Fantastic work from Sandoghar lab!https://t.co/ZACkQsXRcC
Cryogenic optical localization provides 3D protein structure data with Angstrom resolution https://t.co/XAOoZChfx4
RT @OptNanoscopy: "Cryogenic optical localization provides 3D protein structure data with Angstrom resolution" by @weisenburgers et al http…
RT @OptNanoscopy: "Cryogenic optical localization provides 3D protein structure data with Angstrom resolution" by @weisenburgers et al http…
RT @OptNanoscopy: "Cryogenic optical localization provides 3D protein structure data with Angstrom resolution" by @weisenburgers et al http…
"Cryogenic optical localization provides 3D protein structure data with Angstrom resolution" by @weisenburgers et al https://t.co/7Qhs4L1UE9
.@fraser_lab Cryogenic Optical Localization in 3D, a single-molecule fluorescence-based structural method #fljcnlt https://t.co/qjLIJvcYtw
Cryogenic optical localization provides 3D protein structure data with Angstrom resolution null https://t.co/UeUDXw2P0p #DTHSTR
Impressive Angstrom-scale resolution of protein subunits by *light microscopy* https://t.co/JORdxqiJCh https://t.co/9rbCEXV2jl
COLD provides 3D protein structure data with Angstrom resolution; https://t.co/w47GRaXrBL; fluorescence microscopy to its fundamental limit!
An optical method for resolving multiple fluorophores within biomolecules with Angstrom-scale resolutions: https://t.co/0q9VHDDdAE https://t.co/haCsU8ctBT
RT @naturemethods: Article: COLD: a method to localize fluorophores in single proteins with atomic resolution ($) https://t.co/i2FbztNT0K
RT @ewers_helge: Cool, cooler, Å-localization by the Sandoghdar group. Presented at SMLMS2015, now an Nature Methods: https://t.co/WUTphQxd…
RT @ewers_helge: Cool, cooler, Å-localization by the Sandoghdar group. Presented at SMLMS2015, now an Nature Methods: https://t.co/WUTphQxd…
Cool, cooler, Å-localization by the Sandoghdar group. Presented at SMLMS2015, now an Nature Methods: https://t.co/WUTphQxdNx
RT @naturemethods: Article: COLD: a method to localize fluorophores in single proteins with atomic resolution ($) https://t.co/i2FbztNT0K
RT @naturemethods: Article: COLD: a method to localize fluorophores in single proteins with atomic resolution ($) https://t.co/i2FbztNT0K
RT @naturemethods: Article: COLD: a method to localize fluorophores in single proteins with atomic resolution ($) https://t.co/i2FbztNT0K
RT @naturemethods: Article: COLD: a method to localize fluorophores in single proteins with atomic resolution ($) https://t.co/i2FbztNT0K
RT @naturemethods: Article: COLD: a method to localize fluorophores in single proteins with atomic resolution ($) https://t.co/i2FbztNT0K
RT @naturemethods: Article: COLD: a method to localize fluorophores in single proteins with atomic resolution ($) https://t.co/i2FbztNT0K
RT @naturemethods: Article: COLD: a method to localize fluorophores in single proteins with atomic resolution ($) https://t.co/i2FbztNT0K
Article: COLD: a method to localize fluorophores in single proteins with atomic resolution ($) https://t.co/i2FbztNT0K
Great work @weisenburgers! Impressive localization! Nanos always rule! https://t.co/SBkG9LfHQv
Cryogenic optical localization provides 3D protein structure data with Angstrom… https://t.co/fz9OCZ5Afe @NatureMethods @SpringerNature
We have written an article about our low temperature microscope. You can read it here: https://t.co/amtBkawe0M