WittbrodtLab

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WittbrodtLab

WittbrodtLab

@WittbrodtLab

✂️ #CRISPR tool ✂️ https://t.co/KBx6CEIiWk ✏ #Baseeditor tool ✏ https://t.co/0Wqv0MhYX2

Heidelberg Katılım Mayıs 2015
159 Takip Edilen765 Takipçiler
WittbrodtLab
WittbrodtLab@WittbrodtLab·
LAST CHANCE TO REGISTER! Calling all medaka researchers and enthusiasts! Don't miss to connect with the growing #medaka community, share ideas & spark new collaborations! The Medaka PI/ERC Indigene Meeting 2025 is just around the corner! REGISTER NOW → meetmedaka.com
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WittbrodtLab
WittbrodtLab@WittbrodtLab·
New platform enables in vivo 3D laser printing of microimplants using synthetic polymer inks. We showed in fish and fly embryos that this minimal-invasive technique opens doors for direct tissue engineering in various organisms #BioEngineering #3DPrinting doi.org/10.1002/advs.2…
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GfE
GfE@GfEeV·
That's it: #GfE2024 is over. Thanks everyone for the science, amazing talks, chairing, buzzing poster sessions, short & long discussions, organizers in the back & front - simply thanks for all your contributions! See you all latest at #GfE2026 for updates & new routes of #DevBio
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bertalanffy.
bertalanffy.@BertalanffyCos·
Save the date! Wir freuen uns sehr den Rektor der Universität Heidelberg, Prof. Dr. Dr. h.c. Bernhard Eitel, am 10.07.2023 für die vierte Ausgabe unserer öffentlichen Podiumsdiskussion 'wissenschaft.leben' bei uns zu Gast zu haben😀
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bertalanffy.
bertalanffy.@BertalanffyCos·
Wer wollte nicht gern als Schüler mal einen Laborkittel überwerfen und erleben wie es ist an der Uni zu forschen ? Genau das ermöglicht unsere Bertalanffy Practical auf das sich Schüler der Oberstufe gerne bewerben können. Wir freuen uns gemeinsam mit euch zu forschen!
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WittbrodtLab
WittbrodtLab@WittbrodtLab·
Controls and Illumina seq show predictable & robust editing at the 2nd site only after new PAM creation. We demonstrate staggered non-synonymous codon changes and early STOP codons, removal of a splice acceptor and locally confined multi-codon editing to cause allelic variance.
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WittbrodtLab
WittbrodtLab@WittbrodtLab·
This one-shot, two step approach uses sequential base editing. The 1st editor introduces a new PAM motif that is picked up by a 2nd editor to edit 27-36nts upstream of the original PAM. This method increases targeting flexibility across all genomes by 65% #genomeediting #CRISPR
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