Winnie Liu

🧬 • MCDB '20 @UCLA, MS3 @HopkinsMedicine, graphic designer 🎨

[Winnie Liu @winnieLLiu]

Excited to share our work! Grateful for such supportive mentors (@aadixit, @HopkinsACCM, @stanfordanes) and @FAERanesthesia #MSARF

[Anjali Dixit, MD, MPH @aadixit]

Thrilled to see our @FAERanesthesia #MSARF mentee @winnieLLiu's work featured in @_Anesthesiology this month! High-quality, impactful research on healthcare utilization among pregnant patients with opioid use disorder: https://t.co/PHl8qCGiIO

[Anjali Dixit, MD, MPH @aadixit]

Thrilled to see our @FAERanesthesia #MSARF mentee @winnieLLiu's work featured in @_Anesthesiology this month! High-quality, impactful research on healthcare utilization among pregnant patients with opioid use disorder: https://t.co/PHl8qCGiIO

[Winnie Liu @winnieLLiu]

Excited to share our work! Grateful for an amazing team and @JoshuaHillMD’s wonderful mentorship!

[Joshua Hill, MD @JoshuaHillMD]

Off-the-Shelf Allogeneic Natural Killer (NK) Cells for the Treatment of COVID-19: Molecular Therapy Methods & Clinical Development https://t.co/aaT6HYjxQR
We need continued investment in development of cellular therapies for infectious diseases @fredhutch @ASTCT @HutchIDScience

[Emmett Whitaker, MD, FAAP🥼👨‍🔬🧠 @ewhitakermd]

Outstanding representation from @HopkinsMedicine medical students Lisa Young MS4, Terrence Tsou MS4, and Winnie Liu MS2, all of whom presented as #MSARF participants. Great projects and wonderful presentations! @FAERanesthesia #ANES24

[Winnie Liu @winnieLLiu]

@ewhitakermd @sjaldous96 @MGHanesthesia Congrats!!

[Winnie Liu @winnieLLiu]

@srikosuri @lnhandly @johnnyleebio @willovvens @nico_bodkin @KamaluMaris @plarotta0 @just_greene @thesciflyshow Yay! Happy to answer questions :) and talk about both science and art projects (!) Octant let me do while I was there!

[Winnie Liu @winnieLLiu]

@DrSimonFung @AaoEye More colorful ribbons with each progressive year too! Haha

[Winnie Liu @winnieLLiu]

@goGUrtecho @HHMINEWS @harriswangnyc @srikosuri @GeiselBiofilm Congrats!!

[Winnie Liu @winnieLLiu]

@alexandrahli congrats!!

[Winnie Liu @winnieLLiu]

@bendylightning You got this + I’ll support u c:

[Winnie Liu @winnieLLiu]

@bendylightning <3

[Winnie Liu @winnieLLiu]

@johnnyleebio @timcyuu @NatureComms 🎨

[Winnie Liu @winnieLLiu]

@MollyGasp @OctantBio Amazing blog post written by powerhouse scientist and mentor @MollyGasp !!!

[Molly Gasperini @MollyGasp]

I wrote about an @OctantBio proj to multiplex the beta-testing of molbio tech dev tools!

First 1/2 is a primer for lay-ppl on how multiplexed assays are gamechangers in modern bio.

Latter 1/2 is for scientists: data+details on tuning the tetO promoter + an SV40-HEK293Ts PSA(!)

[Winnie Liu @winnieLLiu]

@jerrywangbio Ty jerry!!

[Winnie Liu @winnieLLiu]

😁Thanks to all our mentors (@goGUrtecho, @Davis_Jess_E, @srikosuri) and collaborators for making this work possible!

[Tim Yu @timcyuu]

Happy to receive some rare positive news in light of recent events — our systematic dissection of bacterial inducible promoter architectures is out in @NatureComms! A joint tweetstorm with @winnieLLiu to follow. [1/n] https://t.co/emeCNaqtRS

[Winnie Liu @winnieLLiu]

@dyushag @timcyuu @NatureComms no u :')

[Winnie Liu @winnieLLiu]

@timcyuu @NatureComms @Caltech @goGUrtecho @Davis_Jess_E @srikosuri @gracecbower @Jerms_S We hope this work presents a more complete understanding of bacterial inducible promoter regulation. We also hope our characterization of >8000 inducible promoters spanning a dynamic range of expression and induction will be useful! [10/n]

[Winnie Liu @winnieLLiu]

@timcyuu @NatureComms @Caltech @goGUrtecho @Davis_Jess_E @srikosuri @gracecbower @Jerms_S Finally, we rationally re-imagined three “alternative” promoter architectures, featuring binding sites in non-native positions, and assayed libraries of each to identify optimized variants. [8/n]

[Winnie Liu @winnieLLiu]

@timcyuu @NatureComms @Caltech @goGUrtecho @Davis_Jess_E @srikosuri @gracecbower @Jerms_S Next, we examined how combinations of binding site variants influence lacZYA promoter. Surprisingly, strongest binding sites ≠ maximal fold-change (i.e. induced/uninduced expression), indicating complex interplay between RNA polymerase and LacI repressor binding sites. [6/n]