1 Our analyses identify a strong nonlinear sigmoidal relationsh
2 Our analyses identify Pbx3 and Meis1 as critical regulators o
3 Our analyses identify several candidate biomarkers of cellula
4 Thus,
our data identify AMPK and autophagy as targetable components
5 Altogether,
our data identify AS programs controlled by ZRANB2 and SYF2 a
6 Together
our data identify LYN as a key regulator of pMo development a
7 Our data identify that the neonatal microenvironment in combi
8 Our data identify the critical importance of vIL-6 and its ER
9 Taken together,
our data identify TSPN6 as a regulator of the trafficking and
10 Thus,
our experiments identify a mechanism linking nuclear body gro
11 Together,
our experiments identify AHR signalling in enteric neurons as
12 Collectively,
our findings identify a pathway of estrogen-mediated immune r
13 Our findings identify a previously unappreciated reciprocal i
14 Our findings identify an additional tuft cell effector functi
15 Our findings identify LSD1-mediated enhancer silencing as a c
16 Together,
our findings identify novel gene candidates involved in perio
17 Our findings identify temporal coordination between DSB stran
18 Our findings identify the inflammasome as a crucial player in
19 Our findings identify the PIP5K family as novel regulators up
20 GM-CSF as a key inducer of the chemokine CCL22 and thus, to
our knowledge, identify a novel role for this cytokine as a c
21 Our results identify a coupling between SLC7A11-associated cy
22 In summary,
our results identify a critical role of CXCR6 in the developm
23 Our results identify a group of CX neurons that robustly enco
24 Our results identify a naturally occurring variant of ATP5G1
25 Our results identify a non-neuronal form of plasticity that r
26 Our results identify a novel pathway of asthma pathogenesis i
27 Together,
our results identify a novel role for oxidant signaling in th
28 been studied extensively for roles in immune function, and
our results identify a novel role for tec-1 as negative regul
29 Therefore,
our results identify a role for AGO1 and AGO4 RNA-silencing p
30 Our results identify ABCB5 as a GBM chemoresistance marker an
31 Our results identify an endocrine role for BAT to enhance car
32 Our results identify an extraribosomal tissue-specific functi
33 Together,
our results identify an mTOR-responsive neuronal autophagy pa
34 Our results identify areas of research that may need addition
35 Our results identify candidate therapeutic targets in multipl
36 Our results identify dissociable central amygdala mechanisms
37 Our results identify how cyclin A, cyclin B and Greatwall kin
38 Our results identify insulin as a previously undescribed supp
39 Taken together,
our results identify key molecular players that regulate ADGR
40 Collectively,
our results identify layilin as part of a molecular pathway i
41 Our results identify new molecular and morphological traits a
42 Our results identify novel modifiers of different aspects of
43 Our results identify Pir-OFC projections as a new motivation-
44 Our results identify promising materials systems to simultane
45 Our results identify robust genetic signals relating to key h
46 Our results identify specific molecular mechanisms that drive
47 f Tex15 causes TE desilencing with intact piRNA production,
our results identify TEX15 as a new essential epigenetic regu
48 Our results identify the dicarbonyl methylglyoxal as a marker
49 Our results identify the Src/YAP axis as a key player in prom
50 Our studies identify TREM2 as a key transcriptional regulator