Really nice to have met my former thesis advisor, Dr. Dmitry Gabrilovich with who I never had the chance to say goodbye after my defense in 2020 due to COVID-19. Two years after, we finally had our long overdue dinner celebration! Truly appreciate his mentorship & guidance. 🙏🏼
IFNAR1-mediated type I IFN signaling restricts the acquisition of immune-suppressive activity by myeloid derived suppressor cells.
https://t.co/npqaRhnRvW
#CancerResearch@KAlicea_PhD
Analysis of classical neutrophils and polymorphonuclear myeloid-derived suppressor cells in cancer patients and tumor-bearing mice. A new study from @FilippoVeglia81, @AyumiMofongo, @GabrilovichLab and colleagues. https://t.co/9VGXCArc6e
#Innateimmunity#Tumorimmunology
Veglia et al. @GabrilovichLab characterize the heterogeneity of polymorphonuclear neutrophils (PMNs) in cancer. The identification of neutrophil populations with potent immune suppressive activity opens selective targeting opportunities. https://t.co/9VGXCArc6e
#Tumorimmunology
Congratulations to @TheWistar’s Dr. Dmitry I. Gabrilovich on receiving the most prestigious research grant from the @AmericanCancer to further his groundbreaking research in tumor immunology. https://t.co/2pv0QumsgG
My mentor Dmitry Gabrilovich has been appointed as Research professor by the American Cancer society for his contribution in advancing the understanding of the biology of myeloid cells in cancer.
https://t.co/xqYrqoKUMv
@TheWistar@GabrilovichLab@cancer@AmericanCancer
Thrilled to share our latest work on FATP2 as a new regulator of suppressive functions of neutrophils in cancer. @nature@gabrilovichlab @TheWistarInstitute
Fatty acid transport protein 2 reprograms neutrophils in cancer https://t.co/rifaJnzov4
Jade Matthews-Balcombe, a biology major @BklynCollege411, is part of the #PennSUIP@Penn, & this summer she is working in the @GabrilovichLab@TheWistar under the mentorship of @aliceak15 developing a new immunotherapy-based approach to target immune suppressor cells in cancer