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1 ctive intermolecular interactions that might give clues about functions.
2 ation of the West Antarctic Ice Sheet (WAIS) gives clues about its future.
3 egrate forward and backward flow separately, giving clues about how the multiple timescales of optic
4 towards polymerization at extreme pressures, giving clues about the nature of the molecular-to-atomic
5                          Structural modeling gave clues as to why these residues are essential for do
6 system's performance on various surfaces can give clues as to gecko behaviour, as well as towards des
7 erol plays in human lung surfactants and may give clues as to how cholesterol influences raft formati
8                         The resulting trends give clues as to how the morphology and composition of a
9           Importantly, these structural data give clues as to the interactions between the cognate st
10 om Grin2a mutant mice and other models which give clues as to the likely phenotypic impacts of GRIN2A
11 to diagnose AIH, detect its phenotyping, and give clues as to the presence of associated overlap synd
12 parthenogenetic nematode Diploscapter pachys gives clues as to how 'ancient asexual' animals can exis
13 g the expression patterns of duplicate genes gives clues as to whether any of these evolutionary proc
14 ates that flank the uracil and the structure gives clues concerning the coupling of uracil binding to
15                       These observations may give clues for creating melanin-based radioprotectors.
16 y and virulence, and preidentifying them can give clues for designing pan-coronavirus vaccines agains
17 ession profiles of purified stem cells could give clues for the molecular mechanisms of stem cell beh
18                                  This result gives clues on the tanning phenomenon carried out by pol
19  value in studies of REase mechanism and may give clues to a code for designing RNAs that competitive
20 ght environment [7-9], pigmentation patterns give clues to an animal's habitat.
21 ity and phenology of fungal fruit bodies can give clues to changes in fungal activity, but understand
22                                These studies give clues to general principles underlying the ability
23                          This clustering may give clues to genes with related functions or with relat
24    The elegant molecular mechanisms not only give clues to how STING has evolved to distinguish betwe
25 gy of newly emerging mephedrone analogs, and give clues to structural requirements that govern drug s
26 cular dynamics, and UV-vis spectrophotometry give clues to the details of the interactions.
27 l species, and correlations with ecology may give clues to the evolutionary origins of these speciali
28 nment of rearing, and twin studies can often give clues to the importance of biological environmental
29 R domain of the Gag polyprotein and may thus give clues to the initiation of proteolytic maturation i
30 etween pediatric and adult heart failure may give clues to the lack of improvement in pediatric outco
31  now reveals the sizes of these clusters and gives clues to how they are assembled.
32 t genomewide association study meta-analysis gives clues to the biological basis of cluster headache
33 e variants can deeply impair TE dynamics and gives clues to the extraordinary diversity of TE evoluti
34 volutionary contribution of each spectrotype gives clues to the kinetics of the macro-biochemical res
35 histological localization of alpha-synuclein gives clues to the nonsynaptic mode of alpha-synuclein p
36 m, together with atmospheric modelling, then gives clues to the properties of the exoplanet's atmosph
37 luster in certain regions of the transcript, giving clues to their function.
38 mation about the mode of inheritance and can give clues toward a diagnosis.
39 f the xyloglucan biosynthetic machinery will give clues toward engineering plants with improved wall