ScharerLab

[RafiAhmedLab @rafiahmed_lab]

Thanks to @Nature for their always professional publication process and our collaborators (@HaydnKissick @Maria_Carden1 @RamalingamMD @A_Wieland_PhD @dmcmanus123 @LabScharer + others) for all their hard work and assistance! Ready for any questions!

[Anice Lowen @anice_lowen]

Big congratulations to Dr. Jessica Shartouny who defended her PhD Friday! Outstanding job on the day and during her time in the lab.
#ProudMentor

[ScharerLab @LabScharer]

Excited to share a our collaboration with Curtis Henry’s group ⁦@WinshipAtEmory⁩ looking at the crosstalk between obesity, galectin-9, and chemotherapy resistance in B-ALL. https://t.co/hBxiWfxTzr

[ScharerLab @LabScharer]

Great to see this awesome collaboration with the Lee and Joyner labs finally published! ⁦@JoynerLab⁩ ⁦@LSAjournal⁩ https://t.co/MIDw0sazxl

[Nature Immunology @NatImmunol]

Chronic viral infection leads to a dysregulation of germinal center B cell responses. Di Pietro et al show deletion of BMI-1 in mature B cells promotes effective humoral responses to chronic viral infection and accelerates viral clearance. https://t.co/FDUPITK2a8
@KimLJacobson

[The Journal of Immunology @J_Immunol]

#JI_TopRead: From Dr. Jeremy M. Boss’s group @EmoryMedicine | An IRF4–MYC–mTORC1 Integrated Pathway Controls Cell Growth and the Proliferative Capacity of Activated B Cells during B Cell Differentiation In Vivo | https://t.co/20YfGt0WDh #ReadTheJI

[Dillon Patterson @DG_Patterson]

Check out our recent @J_Immunol publication investigating the cell division-coupled reprogramming events of IRF4 and it's impact on cell growth / proliferation during B cell differentiation.

BIG thanks to @jmboss12 @cdscharer @jimrose835 Kania and Price!

https://t.co/909unYz3me

[ScharerLab @LabScharer]

New work from our lab further defining the role for IRF4 in activated B cells. Awesome work ⁦@DG_Patterson⁩! https://t.co/880VY57bnS

[Dillon Patterson @DG_Patterson]

Check out the terrific lineup of reviews in the recent issue of Immunological Reviews focused on the unique biology of plasma cells. Also the cover image from our review - "Epigenetic gene regulation in plasma cells"

https://t.co/hhR5zWvzmw

w/ @jmboss12 @LabScharer Anna Hong

[ScharerLab @LabScharer]

@DG_Patterson @jmboss12 We made the cover! Nice work

[ScharerLab @LabScharer]

Excited to share our latest research. Here we investigated the epigenetic differences between IgG and IgM memory B cells. One of our interesting findings was that human and mouse memory B cells engage the heme pathway. Pumping iron 💪 helps make ASCs! https://t.co/JhKzPCqF4f

[ScharerLab @LabScharer]

New paper from our lab using in vivo models and scRNAseq to map B cell fate and identify markers that predict activated B cells destined to become ASC! ⁦@DG_Patterson⁩ ⁦@NatureComms⁩ https://t.co/HGYJUMlrQ3