MiNu RTG2937
@minu-rtg2937.bsky.social
DFG-funded Research Training Group "Nucleotide Metabolism in Microbes" at the University of Marburg, Center for Synthetic Microbiology - https://www.uni-marburg.de/en/synmikro/grk2937
Reposted by MiNu RTG2937
🧬 Die 3D-Struktur von Proteinen aus ihrer Sequenz vorherzusagen, war lange ungelöst. 2020 gelang mit AlphaFold2 der Durchbruch – gekrönt vom #ChemieNobelpreis. Was #KI 🤖 bei der #Strukturvorhersage besonders macht, erklärt Alexander Schug bei #WissenschaftOnline.
👉 www.fz-juelich.de/de/ueber-uns...
December 11, 2024 at 6:38 AM
🧬 Die 3D-Struktur von Proteinen aus ihrer Sequenz vorherzusagen, war lange ungelöst. 2020 gelang mit AlphaFold2 der Durchbruch – gekrönt vom #ChemieNobelpreis. Was #KI 🤖 bei der #Strukturvorhersage besonders macht, erklärt Alexander Schug bei #WissenschaftOnline.
👉 www.fz-juelich.de/de/ueber-uns...
Reposted by MiNu RTG2937
Christmas came early this year! Yesterday I was officially appointed as a Full Professor at University Marburg 🌟. Thanks to everyone who helped me get to this incredible milestone. Thanks so much to my lab members #phagebusters and #RNA enthusiast, colleagues @SYNMIKRO @Uni_MR @mpi_marburg,... (1/n)
December 2, 2024 at 4:41 PM
Christmas came early this year! Yesterday I was officially appointed as a Full Professor at University Marburg 🌟. Thanks to everyone who helped me get to this incredible milestone. Thanks so much to my lab members #phagebusters and #RNA enthusiast, colleagues @SYNMIKRO @Uni_MR @mpi_marburg,... (1/n)
The RTG analyzes the chemical building blocks that nucleic acids are composed of, in different microbial species, to uncover their valid principles of nucleotide metabolism, species-specific adaptations in nucleotide-related metabolic pathways, and mechanisms for nucleotide modifications.
November 19, 2024 at 10:05 AM
The RTG analyzes the chemical building blocks that nucleic acids are composed of, in different microbial species, to uncover their valid principles of nucleotide metabolism, species-specific adaptations in nucleotide-related metabolic pathways, and mechanisms for nucleotide modifications.