1 hypertension among children and
adolescents than previously realized using claims codes, the utility
2 n cells extend to greater distances off
axis than previously realized.
3 's role in protein secretion is much
broader than previously realized, and it may, in fact, be requir
4 er role of miR-26 in inflammation and
cancer than previously realized.
5 may be a more common feature of lung
cancer than previously realized.
6 a more significant impact in older
children than previously realized and may be the cause of signifi
7 ore mobile between Glu46 and the
chromophore than previously realized.
8 B. parapertussis infections are more
common than previously realized and contribute to cases thought
9 rriers in the United Kingdom, is more
common than previously realized.
10 ecular ABMR-related pathology is more
common than previously realized.
11 istory of the hepadnaviruses is more
complex than previously realized and combines both virus-host co
12 ween miRNAs and mRNA targets is more
complex than previously realized and describe an approach to ref
13 he P1 antirestriction system is more
complex than previously realized and is comprised of multiple pr
14 IFN system of salmonids is far more
complex than previously realized, and in-depth research is requi
15 echanism of Grb14 action may be more
complex than previously realized.
16 roteins and hence have glycomes more
complex than previously realized.
17 with protective immunity may be more
complex than previously realized.
18 regulation of ZAC expression is more
complex than previously realized.
19 epeats that are much longer and more
complex than previously realized.
20 reatic acinar cell function are more
complex than previously realized.
21 lf-renewal and pluripotency are more
complex than previously realized.
22 in the AFP is substantially more
complicated than previously realized.
23 ture may require more detailed
consideration than previously realized.
24 glucose levels and treating type 2
diabetes than previously realized.
25 tic pathways are far more widely
distributed than previously realized.
26 odifications in the cell may be more
diverse than previously realized.
27 otential for Na,K-ATPase isoenzyme
diversity than previously realized.
28 rk across a more diverse range of
eukaryotes than previously realized.
29 cessing gene diversity is far more
extensive than previously realized (with ancient coelacanth psmb8
30 in adaptive immunity are far more
extensive than previously realized.
31 val are more important for offspring
fitness than previously realized.
32 mbiotic anthozoans without reference
genomes than previously realized.
33 n bed ridges covering an expanse far
greater than previously realized.
34 ts that its ecological resilience is
greater than previously realized.
35 the phenotype of LICs is more
heterogeneous than previously realized and can vary even within a sing
36 vealed that they are much more
heterogeneous than previously realized.
37 es may be more broadly distributed in
humans than previously realized, and A3H protein is resistant t
38 terfaces that are orders of magnitude
larger than previously realized.
39 after acute human infection are much
larger than previously realized.
40 ws that the US monkeypox outbreak was
larger than previously realized and, more importantly, shows th
41 rsist in lakes over a time scale much
longer than previously realized and that levels can build up in
42 ommunities for about 30 million years
longer than previously realized.
43 lating cellular organization in late
mitosis than previously realized.
44 tive to amine-directed chemical
modification than previously realized.
45 sturbed forest in the Amazon is 44%-60%
more than previously realized, indicating an unaccounted for
46 tin gene family is evolutionarily much
older than previously realized but also that fine specificity
47 ggesting a more complex genetic
organization than previously realized.
48 rains of EAE mice may contain more
pathology than previously realized.
49 may be more of a quantum biology
phenomenon than previously realized.
50 a function, is a much more common
phenomenon than previously realized.
51 biosynthesis is a more widespread
phenomenon than previously realized.
52 g that the nucleolus is more
plurifunctional than previously realized.
53 nge order of this type is far more
prevalent than previously realized.
54 iption in response to wounding is more
rapid than previously realized.
55 raction of the variance in translation
rates than previously realized.
56 K and ACC1 interact over a much wider
region than previously realized (>20 residues).
57 cus are more-global transcription
regulators than previously realized.
58 filters with 50x higher spectral
resolution than previously realized in silicon photonics.
59 -derived vesicles play a more important
role than previously realized in sorting cargo from early end
60 suggest ROS signalling is more
sophisticated than previously realized and raise questions over curren
61 there is much more unconditioned floor
space than previously realized.
62 nstrate that the surrounds are more
specific than previously realized, and this specialization has im
63 t antibody self-association is more
specific than previously realized.
64 a broader range of materials and
structures than previously realized.
65 arger role in UV-induced signal
transduction than previously realized.
66 important for aminoacylation and
translation than previously realized.
67 tidetector computed tomography has more
uses than previously realized.
68 jejuni genome is more unstable and
variable than previously realized.
69 pharyngeal neurons, which is more
widespread than previously realized, the sensory-motor characterist