Postdoctoral Research Fellow studying lymph node and spatial biology in @Lo_Zanzi lab @BostonChildrens @harvardmed | PhD '24 @uconnhealth with @PENGHUAWANG1
Hot off the press!! Had a blast writing this review with @Lo_Zanzi. Here we discuss how stromal cells orchestrate the spatial positioning and immune responses in the lymph node!
And another one! @kjena21@Lo_Zanzi and et al. demonstrate the power of #fungal PAMPs in boosting adaptive immune processes! Congratulations to the team!
Delighted to share our latest work published in @NatImmunol, demonstrating that antifungal PRR signaling, leveraged through the glycan-based adjuvant Mannadjuvant (MA), can profoundly enhance the breadth and durability of vaccine induced immunity.
https://t.co/cvLzjPqWdE
Delighted to share our latest work published in @NatImmunol, demonstrating that antifungal PRR signaling, leveraged through the glycan-based adjuvant Mannadjuvant (MA), can profoundly enhance the breadth and durability of vaccine induced immunity.
https://t.co/cvLzjPqWdE
We work hard. Sometimes we win, others we don’t. The fun part is always the journey, & the excitement that comes when the pieces of the puzzle finally get together revealing unknown aspects of the #ImmuneSystem! Yesterday we celebrated some of our accomplishments! #LoveMyLab
@Ella_Maru@uconnhealth@NatImmunol@NaturePortfolio Hi! We tried infecting adipocytes (3t3-glut4) but they were highly susceptible to infection, while myotubes are more resilient so we could study it better. Though, I would expect adipocytes to have faster kinetics b/c they have more GSVs that could be mobilized.
Happy to share the final chapter of my PhD @uconnhealth out today in @NatImmunol ! Here we uncovered a noncanonical function of the glucose transporter GLUT4 in regulating RLR signaling in muscle and adipocytes #metabolism#Immunology@NaturePortfolio
https://t.co/5nKKjerZ0o
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