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Rittle Lab

@RittleLab

Followers
421
Following
16
Media
9
Statuses
28

Berkeley, CA
Joined August 2018
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@RittleLab
Rittle Lab
6 months
Happy New Year!.
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@RittleLab
Rittle Lab
7 months
Great job @heui_beom, Nick, and the @rdavbritt and MTG crews!.Happy holidays
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@RittleLab
Rittle Lab
10 months
Check out our latest collaborative efforts with the @rdavbritt and MTGreen labs to investigate dioxygen activation by a trinuclear iron compound. Great job HB, Nick and team!.
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@RittleLab
Rittle Lab
1 year
Start your week off with a little manganese. @rdavbritt.
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@RittleLab
Rittle Lab
2 years
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@RittleLab
Rittle Lab
2 years
Here Sarah, Chang and George report a new family of diiron hydroxylases that function on diterpenoids found throughout the biosphere. (?/?).
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@RittleLab
Rittle Lab
2 years
Just in time for the holidays (3/?)
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@RittleLab
Rittle Lab
2 years
. maybe something that works on this stuff (2/?).
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@RittleLab
Rittle Lab
2 years
We should discover an enzyme that organic chemists care about. @SarpongGroup @MaimoneGroup (1/?).
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@RittleLab
Rittle Lab
2 years
We've got something for everyone here: bioinformatics, enzymology, crystallography, spectroscopy, and of course, manganese. Great work Chang, Magan, and Guodong! @rdavbritt
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@RittleLab
Rittle Lab
2 years
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@RittleLab
Rittle Lab
2 years
The second chapter of our Chromium chemistry can be read here: An exceedingly rare example of a 4-electron oxidative addition. Great job Paul!.
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@RittleLab
Rittle Lab
2 years
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@RittleLab
Rittle Lab
2 years
Our next exploration into reactive phosphinimide transition metal complexes is a mononuclear Cr(II) complex capable of multielectron reductions of a variety of small molecules. Check it out here! @ChuckCWinslow.
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@RittleLab
Rittle Lab
2 years
(4/4) We report here the first Mn-dependent hydroxylase known in biology. Lots of really fun crystallography and spectroscopy in there. More Mn enzymes will follow. But for now:. Well done, Magan Powell.
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@RittleLab
Rittle Lab
2 years
(3/4) The absence of natural manganese-dependent hydroxylases implies that this metal ion is either not competent to activate C-H bonds, or that such enzymes have eluded discovery. @borovik_lab @Goldberg_Lab.
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@RittleLab
Rittle Lab
2 years
#Brittle (4/2)
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@RittleLab
Rittle Lab
2 years
(1/4) “Though an essential trace element, manganese is generally accorded little importance in biology other than as a cofactor for some free radical detoxifying enzymes and in the photosynthetic photosystem II.” -David Kehres.
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@RittleLab
Rittle Lab
4 years
Our SuperOx-citing paper is out in JACS today. Fantastic job Chuck, HB and Mackenzie!
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@RittleLab
Rittle Lab
4 years
Our tris-phosphinimide ligand platform out now in Inorg Chem.Nice job @heui_beom @ChuckCWinslow and Nick!.
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