Emma Glass

PhD Candidate @UVABME in @papinsysbio, climber, reader, knitter, cook-er, DIY-er

[Papin Lab @papinsysbio]

#PLOSBiology: Niche-specific metabolic phenotypes can be used to identify antimicrobial targets in pathogens https://t.co/UwR5hMmK7C

[PLOS Biology @PLOSBiology]

Niche-targeting of #antimicrobials. @EmmaGlass33 @papinsysbio &co demonstrate #DrugTarget discovery by identifying #metabolic signatures of diverse #pathogens conserved within body sites. Proof-of-principle with stomach-specific pathogens #PLOSBiology https://t.co/uELPBlm90G

[Cameron Thrash @jcamthrash]

Reconstructor: a COBRApy compatible tool for automated genome-scale metabolic network reconstruction with parsimonious flux-based gap-filling https://t.co/mhf7QE5awE

[Jeff Saucerman @jsauce7]

New automated network modeling algorithm from @papinsysbio, potentially named after @wizards_magic?

[Papin Lab @papinsysbio]

"Reconstructor" is a tool for automated generation of #metabolic #network #reconstructions that is compatible with #COBRApy and employs a parsimonious gap-filling strategy. Congrats to @mattagenomics @EmmaGlass33 on this great resource! @UVABME https://t.co/TDNSBzAaXM

[Papin Lab @papinsysbio]

Some great work from @debapowers with support from @mattagenomics and @kolling_g. #PLOSCompBio: Network analysis of toxin production in Clostridioides difficile identifies key metabolic dependencies https://t.co/cpg4G41ROx

[UVA SBDS @uva_sbds_tg]

Hackathon vibes at UVA! @UVABME @uva_bims

[UVA SBDS @uva_sbds_tg]

We are using neural nets to predict gene expression data on an omics level from chromatin accessibility! Ask more to the Papins team ! @EmmaGlass33 @papinsysbio @Joe_Ficarrota @Conor_Moore @Will_Shao

[Papin Lab @papinsysbio]

@lillianrdillard led this effort to construct metabolic models of many bacterial species in the vaginal microbiome. Her models generated some fascinating insight into key metabolic dependencies. https://t.co/VjetMqs5B3

[Papin Lab @papinsysbio]

@EmmaGlass33 led this wonderful new analysis with support from @lillianrdillard and Andrew Warren @UVA_BI. @UVABME @uva_bims Physiological niche informs evolution of metabolic function and corresponding drug targets of pathobionts https://t.co/KA8kYSpeyy

[Arnold Lab @ArnoldLabBME]

Systems biology gives new insight into the vaginal microbiome, which is critical to women's health. Check out this new review written in collaboration with @papinsysbio and @lillianrdillard.
https://t.co/QZSgcGZZGA

[Papin Lab @papinsysbio]

Review on #systemsbiology approaches to understand the vaginal #microbiome. Collaboration with Kelly Arnold and Christina Lee at @UMBME and @lillianrdillard @uva_bims https://t.co/M3RYuuefHC

[Emma Glass @EmmaGlass33]

@raviradhak @BMESociety @pennbioeng Congrats Ravi!

[The Virtual Metabolic Human @vmh_life]

Important work enabling sex-specific modelling in drug toxicological responses, also addressing the historical underrepresentation of women in clinical studies. @papinsysbio @UVABME #COBRAcon2022

[Papin Lab @papinsysbio]

Lab trip to Galway, Ireland for #COBRAcon2022

[Papin Lab @papinsysbio]

First scientific talk by Connor Moore. Way to go Connor!! #COBRAcon2022

[Emma Glass @EmmaGlass33]

Excited for this new preprint to be out with @mattagenomics! A new network reconstruction tool with COBRApy compatibility and pFBA gap-filling. @uva_sbds_tg @papinsysbio

[bioRxiv @biorxivpreprint]

Reconstructor: A COBRApy compatible tool for automated genome-scale metabolic network reconstruction with parsimonious flux-based gap-filling https://t.co/5BKsJvExjU #bioRxiv

[UVA Department of Pediatrics @UVAPediatrics]

Sean Moore, MD and Jason Papin, PhD, Discover How Microbes in Our Guts Regulate the Body’s Biological Clock. Their findings are published in the journal Gastroenterology. Congrats to them and their team!
https://t.co/Slmy3MyWYF

[UVA Science Pubs @UvaScience_Pubs]

Multiphysics pharmacokinetic model for targeted nanoparticles https://t.co/4vlj3uYCTu

[Emma Glass @EmmaGlass33]

Excited to have my undergraduate research finally published! Check it out below:

[Frontiers - Medical Technology @FrontMedTech]

New Research: Multiphysics pharmacokinetic model for targeted nanoparticles https://t.co/9OndFTFt7S #MedicalTechnology