Nucleic Acids Research,
51
(10)
4713
-
4725
(2023)
Science,
380
(6645)
597
(2023)
Nucleic Acids Research,
51
(6)
2633
-
2640
(2023)
Antitumor T‐cell function requires CPEB4‐mediated adaptation to chronic endoplasmic reticulum stress
Embo Journal,
42
(9)
e111494
(2023)
Nature Communications,
14
(1)
289
(2023)
Nature Communications,
14
(1)
373
(2023)
Nucleic Acids Research,
51
(3)
1458
-
1472
(2023)
Nature Communications,
14
(1)
108
(2023)
Nucleic Acids Research,
50
(21)
12578
-
12595
(2022)
Nature,
611
(7936)
603
-
613
(2022)
Nature Communications,
13
(1)
5304
(2022)
Nature Communications,
13
(1)
4794
(2022)
Nature Communications,
13
(1)
4520
(2022)
Nature Communications,
13
(1)
3724
(2022)
Nature Cancer,
3
(9)
1052
(2022)
Nature Communications,
13
(1)
2926
(2022)
Nature Cancer,
3
(4)
418
(2022)
Plos Pathogens,
17
(9)
e1009931
(2021)
Developmental Cell,
56
(14)
2043
(2021)
Nature Communications,
12
(1)
3932
(2021)
Nature Communications,
12
(1)
1869
(2021)
Nature Microbiology,
6
(5)
643
(2021)
Nature Ecology & Evolution,
5
(1)
(2021)
Nature Cancer,
1
(1)
122
(2020)
Science Advances,
6
(51)
eabe0894
(2020)
Nature Cell Biology,
22
(10)
1223
(2020)
Nature Communications,
11
(1)
4031
(2020)
Nature Genetics,
52
(9)
958
(2020)
Extending the small-molecule similarity principle to all levels of biology with the Chemical Checker
Nature Biotechnology,
38
(9)
1087
(2020)
Cell Stem Cell,
26
(6)
845
(2020)
Science Advances,
6
(20)
eaax3868
(2020)
Angewandte Chemie (International Ed. Print),
59
(19)
7521
-
7527
(2020)
Developmental Cell,
52
(5)
659
(2020)
Cell,
177
(4)
881
(2019)
Nature Communications,
10
(1)
3562
(2019)
Nature Microbiology,
4
(12)
2383
-
2392
(2019)
The impact of nonsense-mediated mRNA decay on genetic disease, gene editing and cancer immunotherapy
Nature Genetics,
51
(11)
1645
(2019)