High-dimensional single-cell profling of extracellular vesicle recipients by tellurium-based labeling of the extracellular vesicle proteome (TeLEV) reveals EV-driven remodeling of the immune microenvironment in chronic lymphocytic leukemia

Other conference contribution, 2025

D. Bachurski

University of Cologne

R. Gholamipoorfard

University of Cologne

Y. J. Bu

University of Toronto

P. Holker

University of Cologne

L. Wessendorf

University of Cologne

H. Jestrabek

University of Cologne

D. Stahl

University of Cologne

P. Godel

University of Cologne

F. Gaedke

University of Cologne

Elias Ranjbari

Chalmers, Physics, CMAL

S. Seyhan

Dokuz Eylul University

U. Resch

University of Vienna

L. M. Schmidt

University of Cologne

University of Copenhagen

T. Tertel

University of Duisburg-Essen

F. Rose

University of Cologne

C. Pinheiro

Ghent university

M. L. Corona

Paris Cité University

A. F. Vom Stein

University of Cologne

P. H. Nguyen

University of Cologne

K. Reiners

University of Bonn

A. Hendrix

Ghent university

G. Van Niel

Paris Cité University

M. Kruger

University of Cologne

K. Bozek

University of Cologne

L. Meder

University of Erlangen-Nuremberg (FAU)

Per Malmberg

Chalmers, Chemistry and Chemical Engineering, Chemistry and Biochemistry

P. Cramer

University of Cologne

B. Eichhorst

University of Cologne

R. Ullrich

University of Cologne

A. Schauss

University of Cologne

C. Pallasch

University of Cologne

P. J. Brockelmann

University of Cologne

Max Planck Society

R. D. Jachimowicz

Max Planck Society

University of Cologne

C. Preusser

Philipps University Marburg

E. Pogge Von Strandmann

Philipps University Marburg

B. Giebel

University of Duisburg-Essen

M. Nitz

University of Toronto

M. Hallek

University of Cologne

N. Abedpour

University of Cologne