Happy to share the work of @RStannius who identified that Bacillus subtilis isolates lacking surfactin production have delayed biofilm formation - now published in Biofilm
https://t.co/SAo2YRZjyH
- @cemist_dtu project finalized at @LeidenBiology
Proud to share our latest publication out of @cemist_dtu in Applied and Environmental Microbiology @ASMicrobiology
investigating fungal chemical diversity on an unusual environmental niche: black apples. Thanks @LarsenOstenfeld, @JCFrisvad and colleagues https://t.co/hhVIxJ6rKA
@EvolvedBiofilm @cemist_dtu @LarsenOstenfeld@JCFrisvad You are right, and perhaps a title revision is in order. There was some preliminary metagenomics data from before I started (on different apples) that included a more holistic view of the other microbes present.
Our new preprint from @cemist_dtu involving @LarsenOstenfeld, @JCFrisvad and colleagues, shows the possibilities of large metabolomics datasets towards understanding the diversity and ecological role of fungal SMs in black apples https://t.co/uY1vycPRS4
Congratulations to @MichaelCowled1 for his elegant paper in JNP showing how dueling fungi can produce some interesting new chemistry! Thanks to John Kalaitzis, Nico Sbaraini and the wonderful team at MST. @mqnatsci@SMS_UWA@ACSPublications@pharmacognosy https://t.co/mYFR1oamdP
Excited to share my new paper on a suite of berkeleylactones in Journal of Natural Products @ACSPublishing and @pharmacognosy.
Great collaboration between @andrewpiggott, @YitHengChooi, @HangLi13, @clmgilchrist and Ernest Lacey
@mqnatsci@SMS_UWA
https://t.co/QhGeeskEJO
One more article about #MicrobialCoCulture : "Mass Spectrometry Imaging for Fungal Interaction
Analysis: Classic versus Imprinting Methods" https://t.co/w6UpUPypzT
Congratulations to Michael Cowled on his paper just published in Organic Letters unravelling the mysteries of the bacterial polyketide enterocin and revising a few structures along the way! #ozchem@MQMolSci@JOC_OL https://t.co/NqDPJ4jdUw
Congratulations to Michael Cowled on his first paper, which describes the unusual intramolecular chemical gymnastics performed by the polyketide enterocin! @OrgBiomolChem@MQMolSci https://t.co/PYlNrGfyUd