#MembraneTrafficking seminars are back in 2024! Join Felix Campelo, Ishier Raote and me next week for two exciting talks. Looking forward to seeing all you membrane enthusiasts again!
Feb 29, 5.00pm CET, 11.00am ET
Francesca Bottanelli
- 356 Followers
- 295 Following
- 116 Posts
Asst Prof FU Berlin Biochemistry #superres #microscopy #CRISPR #membrane trafficking aficionado #academicmum of 2
RT @JCellBiol
STED imaging of endogenously tagged ARF #GTPases reveals their distinct nanoscale localizations, say Luis Wong-Dilworth @FreeThePipette, Francesca Bottanelli @fran_bottanelli and colleagues
#microscopy
STED imaging of endogenously tagged ARF #GTPases reveals their distinct nanoscale localizations, say Luis Wong-Dilworth @FreeThePipette, Francesca Bottanelli @fran_bottanelli and colleagues
#microscopy
RT @RockUPress
New in @JCellBiol: @FreeThePipette, @fran_bottanelli and colleagues combine gene editing and STED super-resolution #microscopy to reveal the nanoscale localization of ARF #GTPases in living cells https://bit.ly/3HhBHcp
New in @JCellBiol: @FreeThePipette, @fran_bottanelli and colleagues combine gene editing and STED super-resolution #microscopy to reveal the nanoscale localization of ARF #GTPases in living cells https://bit.ly/3HhBHcp
A tour the force of #geneediting and #STED. We have followed up on some of these findings and have 2 papers that will drop soon! looking at endogenous proteins at high resolution in their own unperturbed cellular environment is helping to reveal important trafficking mechanisms!
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RT @JCellBiol
.@FreeThePipette, @fran_bottanelli and colleagues combine gene editing and STED super-resolution #microscopy to reveal the nanoscale localizati…
https://twitter.com/JCellBiol/status/1651620746806820872
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RT @JCellBiol
.@FreeThePipette, @fran_bottanelli and colleagues combine gene editing and STED super-resolution #microscopy to reveal the nanoscale localizati…
https://twitter.com/JCellBiol/status/1651620746806820872
Do not miss today's session with @IoannouLab talking about autolysosomal exocytosis in neurons (https://rupress.org/jcb/article-abstract/222/6/e202207130/214014/Autolysosomal-exocytosis-of-lipids-protect-neurons) and Ana with her fresh off the press pre-print about Rab nanodomains formation driven by phase partitioning on endosomes https://www.biorxiv.org/content/10.1101/2023.04.17.537227v1
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RT @ishier_raote
Come and hang out and talk membrane trafficking with us! #membrane #trafficking
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RT @DavidPerrais
25th #meeting of @clubexoendo in #Lacanau near Bordeaux, France, June 1-3rd. Great program on membrane trafficking, cell biology, with great speakers @fran_bottanelli @EManiax @DeriveryLab. Apply before April 24th here: http://www.exoendo.org/edition-2023.html
https://twitter.com/DavidPerrais/status/1646161870426890245
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RT @DavidPerrais
25th #meeting of @clubexoendo in #Lacanau near Bordeaux, France, June 1-3rd. Great program on membrane trafficking, cell biology, with great speakers @fran_bottanelli @EManiax @DeriveryLab. Apply before April 24th here: http://www.exoendo.org/edition-2023.html
https://twitter.com/DavidPerrais/status/1646161870426890245
Paper accepted celebrations! 🤩 good job @FreeThePipette and all co authors!
You forgot the impact factor, like how many times your kid impacts floors, corners, chairs. My IF is very high. And is DORA the fish from finding Nemo??? #academicmum
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RT @minouye271
Dear Parents in Science, @daniela_witten has our all of our backs
https://twitter.com/minouye271/status/1642776179236110336
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RT @minouye271
Dear Parents in Science, @daniela_witten has our all of our backs
https://twitter.com/minouye271/status/1642776179236110336
RT @czbiohub
For #WomensHistoryMonth @slschmid_CZB is honoring Barbara Pearse of @MRC_LMB. Her discovery of the protein clathrin ignited a field of research that continues to this day: understanding how cells eat, drink, & communicate with each other thru a process called endocytosis.
For #WomensHistoryMonth @slschmid_CZB is honoring Barbara Pearse of @MRC_LMB. Her discovery of the protein clathrin ignited a field of research that continues to this day: understanding how cells eat, drink, & communicate with each other thru a process called endocytosis.