(S14 Data).

<p><b>CD74 conditional KO in dendritic cells reduces the frequency of tumor-infiltrating immunosuppressive cells. (A–I)</b> Female 6-week-old CD11c-Cre x CD74flox x CD74 flox mice were injected with 5 * 105 E0771 cells into each of the fourth mammary pads. After 21 days, mice were...

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Bibliographic Details
Main Author:	Bianca Pellegrino (20314999) (author)
Other Authors:	Keren David (10232448) (author), Stav Rabani (20315002) (author), Bar Lampert (20315005) (author), Thuy Tran (182420) (author), Edward Doherty (14914598) (author), Marta Piecychna (363694) (author), Roberto Meza-Romero (4009235) (author), Lin Leng (33355) (author), Dov Hershkovitz (3833464) (author), Arthur A. Vandenbark (20315008) (author), Richard Bucala (33356) (author), Shirly Becker-Herman (10232427) (author), Idit Shachar (10232457) (author)
Published:	2024
Subjects:	Cell Biology Molecular Biology Immunology Developmental Biology Cancer Science Policy Hematology Biological Sciences not elsewhere classified sup >+</ sup novel therapeutic target negative breast cancer decreased antitumor activity cytosolic intracellular domain chronic lymphocytic leukemia antitumor immune response tolerogenic dendritic cells cd74 might serve regulatory b cells mature b cells signaling cascade resulting div >< p immunosuppressive tumor microenvironment mice lacking cd74 immune cells naïve b tumor microenvironment utilizing cd74 cd74 promotes cd74 inhibitor tumor environment taken together sp1 promotor sp1 expression sp1 binds results suggest reduced levels previously shown mif secreted mif ). massive infiltration ko mice good candidate findings indicate drq ), current study 2 populations 1β promotor 1β lead
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(S14 Data).

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