The Wilks Lab (@wilks_lab) 's Twitter Profile
The Wilks Lab

@wilks_lab

Our lab characterizes the heme uptake and utilization systems within Pseudomonas aeruginosa @UMBaltimore School of Pharmacy || Managed by Graduate Students ||

ID: 1460349574707482624

linkhttps://faculty.rx.umaryland.edu/awilks/ calendar_today15-11-2021 20:51:02

25 Tweet

140 Followers

105 Following

Eric Skaar (@ericskaar) 's Twitter Profile Photo

Incredible accomplishment by @VUMC_Vaccines discovering a weapon that will be used to protect immunocompromised people against COVID. @VI4Research

The Wilks Lab (@wilks_lab) 's Twitter Profile Photo

Check out our most recent publication in Frontiers - Microbiology Here, we’ve optimized a method for scalable production and separation of biliverdin isomers beta and delta using a non-pathogenic E.coli Nissle strain coupled with LC-MS/MS PharmSci_Maryland Nicole Frankenberg-Dinkel doi.org/10.3389/fmicb.…

PharmSci_Maryland (@pharmsci_umb) 's Twitter Profile Photo

PSC's Lisa Jones received a IMSD T32 training grant that aims to enhance diversity in the biomedical workforce, comparable to the UMBC Meyerhoff Program, the gold standard for diversity-focused graduate enhancement projects. Congrats! University of Maryland School of Pharmacy IMSD @Imsdfellows Lisa M. Jones Lab

PSC's Lisa Jones received a IMSD T32 training grant that aims to enhance diversity in the biomedical workforce, comparable to the UMBC Meyerhoff Program, the gold standard for diversity-focused graduate enhancement projects. Congrats!
<a href="/umsop/">University of Maryland School of Pharmacy</a> <a href="/UNC_IMSD/">IMSD</a> @Imsdfellows <a href="/LisaMJonesLab1/">Lisa M. Jones Lab</a>
ASM (@asmicrobiology) 's Twitter Profile Photo

Anthranilate is a signal that modulates biofilm formation and decreases antibiotic tolerance in Pseudomonas aeruginosa and surrounding bacteria. Microbiology Spectrum asm.social/qt

Anthranilate is a signal that modulates biofilm formation and decreases antibiotic tolerance in Pseudomonas aeruginosa and surrounding bacteria. <a href="/JournalSpectrum/">Microbiology Spectrum</a> asm.social/qt
University of Maryland School of Pharmacy (@umsop) 's Twitter Profile Photo

Congratulations to The Wilks Lab and @dr_agoglesby for receiving a $2.5 million grant from NIAID News to study how infections caused by the bacteria Pseudomonas aeruginosa develop multi-drug resistance. youtu.be/oFvWB-0NeOk PharmSci_Maryland

UMB Biophysics Student Chapter (@umb_bps) 's Twitter Profile Photo

Happy biophysics week! In conjunction with the Caldwell University American Chemical Society Student chapter. We present to you "Biophysics in Pharmaceutical Sciences". Please join us Friday March 25th between 12:00-1:30pm EST!

Happy biophysics week! In conjunction with the Caldwell University American Chemical Society Student chapter. We present to you "Biophysics in Pharmaceutical Sciences". Please join us Friday March 25th between 12:00-1:30pm EST!
Wind River Prokaryotic Conference (@windriverconf) 's Twitter Profile Photo

Don't forget to register and submit your abstract for the 66th Annual Wind River Conference on Prokaryotic Biology - fabulous keynotes, networking, and mountain views!! Links for registration, housing, and abstract submission are available at wriver.sites.unlv.edu.

Don't forget to register and submit your abstract for the 66th Annual Wind River Conference on Prokaryotic Biology - fabulous keynotes, networking, and mountain views!!

Links for registration, housing, and abstract submission are available at wriver.sites.unlv.edu.
The Wilks Lab (@wilks_lab) 's Twitter Profile Photo

Congrats to our recent graduate!!!Garrick Centola defended his thesis on the design, development, and characterization of gallium (III) salophen metallotherapeutics targeting heme sensing and iron acquisition pathways in Pseudomonas aeruginosa #Pharmsci #ACSInfectDis #Metallomics

Congrats to our recent graduate!!!Garrick Centola defended his thesis on the design, development, and characterization of gallium (III) salophen metallotherapeutics targeting heme sensing and iron acquisition pathways in Pseudomonas aeruginosa #Pharmsci #ACSInfectDis #Metallomics
Tyree Wilson (@tyreelwilson14) 's Twitter Profile Photo

Excited to be a part of the Malaria Biologics Branch as a Post-Doc Fellow at Walter Reed Army Institute of Research! Here in the lab of Sheetij Dutta I will be contributing in the characterization and development for vaccines targeting CSP within Malaria.

Excited to be a part of the Malaria Biologics Branch as a Post-Doc Fellow at Walter Reed Army Institute of Research! Here in the lab of <a href="/Sheetij3/">Sheetij Dutta</a> I will be contributing in the characterization and development for vaccines targeting CSP within Malaria.
Sydney Stern, PhD, MS (@stern_sydney) 's Twitter Profile Photo

Doxorubicin leads to critical dose limiting cardiotoxicity, while cyclophosphamide requires bioactivation for anti-cancer efficacy. Read my strategy to improve treatment with these chemotherapeutics here: insight.jci.org/articles/view/… #MedTwitter #AcademicTwitter #phdvoice #MedEd

Victor J. Torres (@torresvj_lab) 's Twitter Profile Photo

Congrats ⁦Marvin Whiteley⁩ et al. Can wait to dig in. A Pseudomonas aeruginosa small RNA regulates chronic and acute infection | Nature nature.com/articles/s4158…

University of Maryland School of Pharmacy (@umsop) 's Twitter Profile Photo

Aziza Frank, a PhD candidate in our Department of Pharmaceutical Sciences, received second place for her submission to the 15th Annual Graduate Translational Research Awards.🎉👏 Read the full story at bit.ly/PSCstudentaward #studentawards #pharmaceuticalsciences #pharmaceutical

Aziza Frank, a PhD candidate in our Department of Pharmaceutical Sciences, received second place for her submission to the 15th Annual Graduate Translational Research Awards.🎉👏 Read the full story at bit.ly/PSCstudentaward
#studentawards #pharmaceuticalsciences #pharmaceutical