Steph Collins

PhD Candidate at Penn State in @PSUmetabolomics lab, interested in the metabolomics of human-bacterial interactions.
Professional nerd, amateur runner.

[Steph Collins @Steph_L_Collins]

@cdokafor @bipinrimal Thanks Denise!!

[Steph Collins @Steph_L_Collins]

@YatrikShahLab @bipinrimal Thanks Yatrik!

[Doug Guzior @DVGmicrobe]

Trilled to announce the first piece of my dissertation has been published today in Nature! We show that bile salt hydrolase is one of the culprits behind microbial bile acid conjugation. Thank you to all those involved! @MSU_MGI @Quinn_Labs

https://t.co/iIPCjwbueJ

[Steph Collins @Steph_L_Collins]

@joeyzacks @bipinrimal Thanks so much!

[Pieter Dorrestein @Pdorrestein1]

I am so excited that @em_gentry1 (@gentrylab) paper on reverse metabolomics to discover molecules is published, a project started in 2018. She found many new lipids and bile acids in humans. https://t.co/OcSxgEIBPt (online https://t.co/OFNSviRq6i) What is reverse metabolomics?

[Emily Weinert @LabWeinert]

Congratulations to Nushrat on her review on oxygen-dependent regulation of bacterial motility and second messenger signaling! @PSUScience @BMB_PSU @psu_chemistry https://t.co/85E11bxrKA

[PHD Comics @PHDcomics]

Anatomy of a group meeting

[Doug Kojetin @DougKojetin]

Interesting study correlating ligand-dependent #nuclearreceptor LRH-1 molecular dynamics (MD) studies to function/experimental data. Great work @cdokafor and team (@OrtlundLab)!

https://t.co/y1wkmZW7bL

[mzmine @mzmine_project]

Download the latest MZmine 3.3.0, released today (https://t.co/JI5ctdMBU2). Changelog (https://t.co/8ocbnNuEzZ): New mass detector, batch spectral library generation, MSn features, GC-MS workflow, MetaboAnalyst export, THE NEW DARK THEME

[Metabolomics Papers @Metabbot]

Multi-omics signatures of the human early life exposome. Nat Commun #metabolomics https://t.co/eIgjXP2hpx

[Dirk H. Trauner @DirkTrauner]

How to smuggle a drug into cells: add a lipid ‘tail’ https://t.co/tuvDWw5yJB

[Steph Collins @Steph_L_Collins]

Excited to get this review article out. Metabolism of bile acids by the gut microbiota is critical for host-microbiota communication and human health. A very interesting and expanding field of research! @PSUmetabolomics @JordanBisanz @cdokafor

[Nature Reviews Microbiology @NatureRevMicro]

Bile acids and the gut microbiota: metabolic interactions and impacts on disease

Patterson and colleagues discuss host-microbiota interactions and their influence on the bile acid pool as well as therapeutic implications.

https://t.co/kU15tngz90