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1 We predicted that a 50% increase in fine fuel loads would dis
2 We predicted that better-condition fish would forage less and
3 We predicted that blocking NA would abolish the memory degrad
4 We predicted that both variants alter the GTP/GDP binding poc
5 We predicted that by intensifying competition for help, our m
6 We predicted that Cys-119 or Cys-162 of p38alpha, close to th
7 We predicted that early skill acquisition would be proportion
8 We predicted that females with two different species X chromo
9 We predicted that foragers could eavesdrop upon heterospecifi
10 We predicted that GMAS SNVs often alter binding of splicing f
11 We predicted that in the absence of vision, the "VWFA" is inc
12 We predicted that increasing math activities at home would in
13 We predicted that low O3 concentrations would increase and hi
14 We predicted that memory-based interventions would be more ef
15 We predicted that meristems of actively growing roots would b
16 We predicted that nine of the 12 species examined will lose 2
17 We predicted that NO3 (-) would be positively related to diss
18 We predicted that one or both would be influenced by the pres
19 We predicted that superagers would have preserved cortical th
20 We predicted that the bipolar disorder group would show incre
21 We predicted that the color results from post-translational m
22 We predicted that the highly integrative region of heteromoda
23 We predicted that thermal choice in Nile tilapia Oreochromis
24 We predicted that these biomechanical constraints would influ
25 We predicted that these diversified epitope regions would be
26 We predicted that, at a given scale, high variation in RT and
27 We predicted that, on average, almost one-fifth of the transc
28 Using moderate climate-change scenarios for 2080-2099, we predicted that changes in climate and soil organic carbon
30 1C(35) (NTR(35)) docked to the X-ray structure of MYO1C(C), we predicted that MYO1C(35) NTR residue Arg-21 would engage i
31 Using density functional theory (DFT) calculations, we predicted that core/shell M/CuPd (M = Ag, Au) NPs with a 0
32 e target profile as the fingerprint of a chemical compound, we predicted that seven FDA-approved drugs can be repurposed
33 is shared across other psychiatric and addictive disorders, we predicted that as rates of smoking decreased through the l
34 and psychopharmacological interventions in other disorders, we predicted that inhibition would be associated with the rig
37 sed on prior studies and the energy minimization hypothesis we predicted that people make this adjustment to minimize met
38 In the dung-decomposer food web of an alpine meadow, we predicted that in the presence of above-ground predacious
40 Using a process-based biogeochemical model, we predicted that low levels of Ndep either enhanced or reduc
41 Here, using a systems genetics approach in the mouse, we predicted that bicaudal C homolog 1 (Bicc1), which encodes
43 Based on phylogenetic analyses of these receptors, we predicted that endogenous sialic acid-independent ligands
44 Based on its role as a cell cycle regulator, we predicted that an Aurka deficiency would lead to severe ab
46 Using molecular modeling and MD simulations, we predicted that ACTG2 variants lead to significant changes
47 Guided by the Rgg-cyclosporin A complex structure, we predicted that the nonimmunosuppressive cyclosporin A anal
48 onal communication between the brain and the immune system, we predicted that the origin of this variability could be tra
49 ybrid density functional and many-body perturbation theory, we predicted that the negatively charged nitrogen vacancy cen
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