Pleased to share our new study led by @HusseinAbbasLab, just published in @Nature_NPJ Precision Oncology! We reveal the presence of tertiary lymphoid-like structures (TLS) in the bone marrow of #AML patients using high-plex #SpatialProteomics. Learn more: https://t.co/zdQODnpT6j
Excited to share our new paper out today in @LeukemiaJnl! CLL cell-derived #exosomes disrupt immune and hematopoietic systems – reprogramming immune cells, suppressing hematopoiesis, and driving disease. Read full article: https://t.co/62O0TrxLSB
@MDAndersonNews#CLL#leusm
Great poster session on the temporal dynamics of bone marrow fibrocytes in primary #myelofibrosis at #ASH24#MPNSM! Enjoyed the insightful discussions with @doctorpemm@MDAndersonNews. Learn more: https://t.co/xZCylIQ81T
A second paper out on the same day! Also happy to share our @J_Immunol study in #CLL cells. This work shows how constitutively activated #STAT3 induces the expression of #PTX3, a key promotor of #fibrocyte differentiation. Link 👇
https://t.co/AC9N5UdaQ6
@MDAndersonNews#leusm
Proud to share our latest work on #myelofibrosis#fibrocytes and the role #GLI1 plays in survival and dysfunction of these monocyte-derived cells. Could targeting STAT3-GLI1 axis alleviate BM fibrosis in MF? Full paper: https://t.co/ElTYMKGb0i
@cddpress@MDAndersonNews#MPNSM
Our new paper just out: Neoplastic #monocytes induce #myelofibrosis-like phenotype in immunodeficient mice and give rise to #megakaryocyte progenitor cells | #mpnsm@PLOSONE @LeukemiaMDA
https://t.co/FznJz7TN4M
On this cover JAK2 is phosphorylated in tartrate-resistant acid phosphatase/cathepsin K –positive osteoclasts located along sclerotic bone trabecula of a myelofibrosis patient with a JAK2V617F mutation. https://t.co/rrZteE9HX1
Our team's work on clonal and dysfunctional #osteoclasts in #myelofibrosis is featured on the cover of the new issue of @BloodJournal | https://t.co/nJA9SVmRTW | #mpnsm @LeukemiaMDA @MDAndersonNews
BREAKING NEWS
The 2018 #NobelPrize in Physiology or Medicine has been awarded jointly to James P. Allison and Tasuku Honjo “for their discovery of cancer therapy by inhibition of negative immune regulation.”