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Immune Dysfunction Signatures Predict Outcomes and Define Checkpoint Blockade–Unresponsive Microenvironments in Acute Myeloid Leukemia

AuthID
P-00Z-ZJ7

Author(s)

Rutella, S

Vadakekolathu, J

Mazziotta, F

Reeder, S

Yau, T

Mukhopadhyay, R

Dickins, B

Altmann, H

Kramer, M

Knaus, HA

[+1]·

Radojcic, V

Zeidner, JF

Arruda, A

Wang, B

Abbas, HA

Minden, MD

Tasian, SK

Bornhäuser, M

Gojo, I

Luznik, L

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Document Type

Article

Year published

2022

Published

in Journal of Clinical Investigation

Volume: 132, Issue: 21

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Publication Identifiers

DOI: 10.1172/jci159579

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All authors

Name Order	Name	Name Order	Name	Name Order	Name
1	Rutella, S;	2	Vadakekolathu, J;	3	Mazziotta, F;
4	Reeder, S;	5	Yau, T ;	6	Mukhopadhyay, R;
7	Dickins, B;	8	Altmann, H;	9	Kramer, M;
10	Knaus, HA;	11	Blazar, BR;	12	Radojcic, V;
13	Zeidner, JF;	14	Arruda, A;	15	Wang, B;
16	Abbas, HA;	17	Minden, MD;	18	Tasian, SK;
19	Bornhäuser, M;	20	Gojo, I;	21	Luznik, L;

Immune Dysfunction Signatures Predict Outcomes and Define Checkpoint Blockade–Unresponsive Microenvironments in Acute Myeloid Leukemia

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Immune Dysfunction Signatures Predict Outcomes and Define Checkpoint Blockade–Unresponsive Microenvironments in Acute Myeloid Leukemia

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