Joined April 2018
60 Photos and videos
Butler Lab @ UCSB retweeted
Grab ‘n go: siderophore-binding proteins provide pathogens a quick fix to satisfy their hunger for iron! Read #FirstRxns bit.ly/2UjsDKR by @ADGallo56 & Katherine Franz @FranzLabDuke on the research by the Wencewicz Lab @WashUChem bit.ly/3df202b
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Butler Lab @ UCSB retweeted
Bragging about huge numbers of hours worked each week misses two important truths: -time at work doesn’t necessarily equal productivity -there is no prize for suffering the most
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Butler Lab @ UCSB retweeted
.@UCSB_chemistry’s graduate students recently discovered a technique to decipher siderophore's 3D structure. A better understanding this compound potentially means thwarting bacterial growth and treating certain illnesses. Findings appear in @PNASNews. ow.ly/ukWz50wGRxz
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"Mentoring: Reflections and Suggestions" -- Don't miss this editorial by Harry Gray, pioneer of #bioinorganic chemistry. Alison is a proud member of Gray Nation!
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We're lucky to have Rich in our department!
Working with just his hand and a very hot flame, #UCSB's in-house glassblower Richard Bock shares his expertise on this niche profession. ow.ly/Iq2p50wtMyE
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Cool! Drosophila melanogaster has a nonribosomal peptide synthetase! pnas.org/node/850115.full

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Butler Lab @ UCSB retweeted
19 Sep 2019
When you finish a PhD in chemistry they take you in a special room and tell you that tenure-track professorships aren't real and all professors are just really old postdocs. I am posting this at great physical risk to myself and my family. x.com/ButlerLabUCSB/status/1…

When you finish a PhD in chemistry they take you in a special room and tell you that the periodic table isn't real and all matter is just made of the elements earth, air, fire, and water. I am posting this at great physical risk to myself and my family.
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When you finish a PhD in chemistry they take you in a special room and tell you that the periodic table isn't real and all matter is just made of the elements earth, air, fire, and water. I am posting this at great physical risk to myself and my family.
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To confirm that we could actually use these trees to predict siderophore structures, Cliff, Jae, and Jean isolated four siderophores and stereochemically characterized the OHAsp residues. Each matched the subtype-based prediction! (10/11)
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To sum up, we can now predict the residue selectivity and stereospecificity of any siderophore β-hydroxylase. Although mechanistic questions remain, structures can now quickly be predicted just by looking at the gene cluster, or better yet, by using the pHMMs provided. (11/11)
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