1 In this study,
we combined a bioinformatics approach exploring both Molecula
2 Here
we combined a conflict task in the auditory domain with EEG n
3 Here,
we combined a variety of data, including geochemical measurem
4 Here,
we combined analyses of the mitochondrial COI gene and 11 mic
5 We combined analysis of previously published blood transcript
6 d how the dendrite integrates excitatory inputs as a whole,
we combined anatomic quantifications of the afferent innervat
7 We combined ancestral sequence reconstruction and empiric dec
8 Here,
we combined both cases and neuropathologists' diagnoses from
9 We combined boxed MD (BXD), steered MD, and umbrella sampling
10 To this end
we combined categorical and dimensional disorder models with
11 To gain insight into this dynamic interface,
we combined Click chemistry with pulsed stable isotope labell
12 Here,
we combined computational electrophysiology with Markov state
13 interfaces across all severities of traumatic brain injury,
we combined computational, analytical, and experimental appro
14 To investigate the connectivity of the latter regions,
we combined electrical stimulation with fMRI in male macaque
15 ular structures involved in transducing mechanical signals,
we combined experimental data and computational simulations t
16 To test this,
we combined fast perfusion electrophysiology, molecular dynam
17 We combined functional genomics to identify a missing pathway
18 In this study,
we combined functional magnetic resonance imaging with semant
19 We combined head and eye tracking in freely moving mice and f
20 In this study,
we combined in vitro assays, reverse genetics, quantitative N
21 mpartment ionic environment that mimics natural conditions,
we combined iontophoretic application of a Ca(2+) chelator to
22 We combined laboratory and in operando synchrotron X-ray diff
23 We combined literature measurements with data that we collect
24 We combined long-term radiotelemetry and census data from gre
25 Here
we combined loss of Nf1 in developing Schwann cells with glob
26 Here,
we combined Luria and Delbruck's fluctuation analysis with po
27 To address this issue,
we combined magnetic resonance imaging, high-density EEG, and
28 We combined model-generated estimates with published data to
29 gitudinal network data for 134 countries from 1995 to 2015,
we combined network modeling and cluster analysis to simultan
30 Here,
we combined NMR structural biology with high-throughput iCLIP
31 Here,
we combined organoids and Organs-on-Chips technology to creat
32 To characterize its MoA,
we combined quantitative imaging, proteomic, genetic, metabol
33 Here,
we combined quantitative mass spectrometry and genetic studie
34 Herein,
we combined reporter cell lines and activity-based protein pr
35 d the conformational impact by the knob and hole mutations,
we combined size-exclusion chromatography (SEC), differential
36 Here,
we combined species distributions and the spatial delineation
37 We combined steered molecular dynamics and membrane protein-p
38 We combined targeted metabolite profiling with matrix-assiste
39 To estimate these parameters,
we combined the C(4) -enzyme-limited photosynthesis model and
40 We combined the results of this and an earlier experiment to
41 Here,
we combined the soft ionization capability of extractive elec
42 Here,
we combined theory, numerical modeling, and field observation
43 We combined these measurements to map the plane-of-sky compon
44 Here,
we combined this approach with in vivo optogenetic inhibition
45 Here,
we combined transcranial magnetic stimulation (TMS) and fMRI
46 Here,
we combined translating ribosome affinity purification (TRAP)
47 In this study,
we combined two recent deep mutational scanning (DMS) dataset
48 ing the genome-reduced human pathogen Mycoplasma pneumoniae
We combined whole-cell cross-linking mass spectrometry, cellu
49 enabled de novo prediction of ECF sigma specificity, which
we combined with a statistically rigorous phylogenetic footpr
50 We combined yeast genetics and Gag mutational analysis with G