Julia Johanna Griese (@griesejulia) 's Twitter Profile
Julia Johanna Griese

@griesejulia

Biochemist/bioinorganic chemist/structural biologist | PI @UU_University | interested in metalloproteins and molecular recognition mechanisms

ID: 1455532881221230595

linkhttps://icm.uu.se/structural-biology/griese-lab/ calendar_today02-11-2021 13:51:32

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Julia Johanna Griese (@griesejulia) 's Twitter Profile Photo

Less good news - I’m ranked second for the tenured position at my department. Here’s to waiting even longer for the final outcome…

SULF, Sveriges universitetslärare och forskare (@sulfd) 's Twitter Profile Photo

@Migrationsverket behöver skärpa sig! De långa handläggnings­tider stryper Sveriges kompetens­intag av utländska forskare och slår direkt mot vår kunskaps­ekonomi. Det skriver @sanna_wolk i en debattartikel i SvD Debatt: svd.se/a/kEQ3oA/sulf-…

Julia Johanna Griese (@griesejulia) 's Twitter Profile Photo

That feeling when after you've done a bunch of work on your model in Coot, you go to File to save the coordinates, but your mouse slips and you hit the red button instead...

That feeling when after you've done a bunch of work on your model in Coot, you go to File to save the coordinates, but your mouse slips and you hit the red button instead...
SULF, Sveriges universitetslärare och forskare (@sulfd) 's Twitter Profile Photo

Arbetet med jämställdheten på lärosätena går frustrerande trögt. För ett år sen publicerade SULF en rapport som visar att kvinnor i akademin har sämre anställningsvillkor och sämre arbetsmiljö. Ett år senare och situationen har inte förbättrats. #internationellakvinnodagen

Matthew Cobb (@matthewcobb) 's Twitter Profile Photo

70 years ago, 3 papers appeared in nature under the title ‘Molecular structure of nucleic acids’. In an article in Nature today (link at end) Nathaniel Comfort and I shed new light on ‘what Watson and Crick really took from Rosalind Franklin’. This thread summarises our findings. 1/23

70 years ago, 3 papers appeared in <a href="/Nature/">nature</a> under the title ‘Molecular structure of nucleic acids’. In an article in Nature today (link at end) <a href="/nccomfort/">Nathaniel Comfort</a> and I shed new light on ‘what Watson and Crick really took from Rosalind Franklin’. This thread summarises our findings. 1/23
Portland Press (@pppublishing) 's Twitter Profile Photo

What we know about the molecular mechanisms of the iron-sensing transcription factor IdeR reveals how much there is left to learn. Find out why in this new #BiochemSocTrans mini-review from Julia Johanna Griese et al. doi.org/10.1042/BST202…

What we know about the molecular mechanisms of the iron-sensing transcription factor IdeR reveals how much there is left to learn. Find out why in this new #BiochemSocTrans mini-review from <a href="/GrieseJulia/">Julia Johanna Griese</a> et al. doi.org/10.1042/BST202…
Julia Johanna Griese (@griesejulia) 's Twitter Profile Photo

Here’s a pretty cool story that I contributed a little bit to: Computational design of the temperature optimum of an enzyme reaction | Science Advances science.org/doi/10.1126/sc…

Julia Johanna Griese (@griesejulia) 's Twitter Profile Photo

New preprint! Check out this neat story by Emmanuel Nji featuring the cryo-EM structure of a lysine transporter: Structural insights into Pseudomonas aeruginosa lysine-specific uptake mechanism for extremely low pH regulation biorxiv.org/content/10.110…

Julia Johanna Griese (@griesejulia) 's Twitter Profile Photo

The long-awaited structure of Bacillus MntR bound to DNA! While structures of iron-sensing DtxR family members bound to DNA have been known for decades, the DNA complexes of manganese sensors have long eluded structure elucidation. Cryo-EM to the rescue!

Julia Johanna Griese (@griesejulia) 's Twitter Profile Photo

Better late than never, I'd like to share a comment we (mainly Emmanuel Nji) wrote on supporting structural biologists in Africa: nature.com/articles/s4159…