1 Our data provide insight into a critical interhelical interac
2 Our data provide insight into a mechanism of ErbB4 associatio
3 Our data provide insight into a mechanism of GATA3 regulation
4 Thus,
our data provide insight into axonal transport regulation tha
5 We think that
our data provide insight into expression regulation of Fas in
6 Our data provide insight into how GATA-6 and NF-kappaB mediat
7 Taken together,
our data provide insight into how specific P. acnes phylotype
8 Together,
our data provide insight into lignin biosynthesis and the met
9 Our data provide insight into MAS-like syndromes in patients
10 Our data provide insight into novel functions of 7B2 and esta
11 Our data provide insight into processes regulated by STPKs in
12 Our data provide insight into the Arabidopsis genome topograp
13 Our data provide insight into the complex network of interact
14 Our data provide insight into the control of nucleus position
15 Our data provide insight into the different modes of interact
16 Our data provide insight into the disease-related plasticity
17 Given the homology between SVV and VZV,
our data provide insight into the immune response to VZV with
18 Our data provide insight into the integrated responses of the
19 Our data provide insight into the link between HIF2alpha, the
20 Our data provide insight into the maturation of the self-reac
21 Altogether,
our data provide insight into the mechanism of replisome disa
22 Our data provide insight into the mechanisms by which mutatio
23 Together,
our data provide insight into the mechanisms driving plus-end
24 Our data provide insight into the mechanisms yeast cells use
25 Our data provide insight into the molecular mechanism that ge
26 Our data provide insight into the pathological alterations oc
27 Taken together,
our data provide insight into the pathophysiology of human DF
28 Our data provide insight into the rate of subclinical transmi
29 Collectively,
our data provide insight into the structure, specificity, and
30 Our data provide insights into communications between the two
31 Thus,
our data provide insights into how HMGA2 interacts with stall
32 Together,
our data provide insights into regulatory processes underlyin
33 Our data provide insights into target specificity of TEFM and
34 Taken together,
our data provide insights into the assembly and structural fe
35 Our data provide insights into the cellular mechanisms underl
36 Together,
our data provide insights into the conformational changes of
37 Together,
our data provide insights into the control of Arc that could
38 Our data provide insights into the differential epigenetic re
39 Our data provide insights into the dynamic motions of RNA tha
40 Our data provide insights into the epigenetic regulation of t
41 Our data provide insights into the etiology of cutis laxa dis
42 Our data provide insights into the ligand-receptor binding re
43 In summary,
our data provide insights into the mechanism controlling the
44 When taken together,
our data provide insights into the mechanism of histone bindi
45 Our data provide insights into the mechanisms of promoter bin
46 Our data provide insights into the role of DeltaNp63alpha in
47 Our data provide insights into the role that changes in gene
48 Our data provide insights into the structural substrates for
49 Our data provide insights into the structure and variability
50 eration occurs at prolonged time intervals following loads,
our data provides insights into real time cytoskeletal evolut