1 scriptional output of the human genome is far more
abundant than previously anticipated, with the vast majority of transc
2 evel of selectivity of chromatin remodeling ATPase
activity than previously anticipated, and diverse mechanisms have been
3 olutionary dynamics in explaining individual human
behavior than previously anticipated.
4 r L/R asymmetry in the C. elegans nervous system is
broader than previously anticipated, establishes a novel signaling me
5 es lipid droplets play in biology are significantly
broader than previously anticipated.
6 uggests that the other FEVR loci may account for more
cases than previously anticipated.
7 es feature in a much larger proportion of readthrough
cases than previously anticipated, and provide a new criterion for
8 syl radical is considerably more versatile in its
chemistry than previously anticipated: hydrogen atom abstraction from N
9 V thrombosis, and this complication seems to be more
common than previously anticipated.
10 t there are fewer differential effects based on
comorbidity than previously anticipated by older assumptions from smaller
11 response of a nanomechanical biosensor is far more
complex than previously anticipated.
12 uggest that the mode of epitope recognition is more
complex than previously anticipated.
13 occur across more diverse sequence and positional
contexts than previously anticipated.
14 curs through a manifold of pathways that are more
divergent than previously anticipated.
15 rate that the function of neurexin proteins is more
diverse than previously anticipated and suggest that postsynaptic cis
16 and Rhim et al. propose that metastasis occurs much
earlier than previously anticipated, with clear implications for impr
17 l antigens are far more widely dispersed in the
environment than previously anticipated.
18 alian vulnerability to climate change may be more
extensive than previously anticipated.
19 g that novel strains may spread in a more localized
fashion than previously anticipated.
20 ecific mIg/BCR dosage may play a larger role in B cell
fate than previously anticipated.
21 ctivity in some mid-latitude craters was much more
frequent than previously anticipated.
22 cancers and implicates a larger repertoire of cancer
genes than previously anticipated.
23 s revealed more pervasive transcription of the human
genome than previously anticipated.
24 biota plays a larger role in disease progression and
health than previously anticipated.
25 his results in Rap1-DNA complexes with stoichiometry
higher than previously anticipated.
26 c controls both cellular arms of long-lived B cell
immunity than previously anticipated.
27 tudies have indicated that microbes might be more
important than previously anticipated for atmospheric processes.
28 esent a more common pattern of long-QT syndrome
inheritance than previously anticipated and that these cases should be tr
29 evectors, thus placing CeB6 much closer to a FM
instability than previously anticipated.
30 ilia A (factor VIII levels between 5 and 40 U/dL) is
larger than previously anticipated, continues throughout life, and i
31 dicates that the amount of actively used enhancers is
lower than previously anticipated.
32 e show here that Myc regulates a much broader set of
miRNAs than previously anticipated.
33 s likely to play a much more widespread role in
mutagenesis than previously anticipated.
34 uggests that prion-like phenomena are more common in
nature than previously anticipated.
35 -1 replication and reveal a more complex regulatory
network than previously anticipated.
36 of chaperone function is a much more widespread
phenomenon than previously anticipated.
37 ormation by S. pneumoniae may be a far more complex
process than previously anticipated.
38 ncRNAs may exert more widespread effects on gene
regulation than previously anticipated.
39 rsity of the resulting dendritic structures, is much
richer than previously anticipated.
40 ith UBX proteins suggests that p97 plays a far broader
role than previously anticipated in the global regulation of prote
41 a dominant role in solid mechanics at larger length
scales than previously anticipated.Solid surface stress is a fundame
42 Their results revealed a half-life much
shorter than previously anticipated, some 30 days.
43 ntly higher number of assays to be conducted
simultaneously than previously anticipated on this platform.
44 er role of TFEB and TFE3 in the cellular response to
stress than previously anticipated and reveals an integrated coopera
45 of hosts and exhibit greater diversity in genome
structure than previously anticipated.
46 s that contribute to multistep switching may be more
subtle than previously anticipated.
47 Overall, we demonstrate a higher level of ligand
texture than previously anticipated, opening perspectives for the est
48 icipating more directly in HIF-dependent gene
transcription than previously anticipated.
49 with tiling arrays have revealed more genomic
transcription than previously anticipated.
50 he developmental window to ameliorate symptoms may be
wider than previously anticipated.