1 transfer to furfuraldehyde, drawing a strong
analogy between SMSI and acid-base catalysis.
2 Moreover, we anticipate that the
analogy between the epithelium and active nematic liquid
3 uantify this equivalence by drawing a direct
analogy between film thickness and an appropriate experi
4 The isolobal
analogy between Gd13Fe10C13 and an 18-electron coordinat
5 Although the
analogy between dreams and ancient mnemotechniques is te
6 s to take advantage of a proposed structural
analogy between the indenoisoquinolines and camptothecin
7 e an explanation for the apparent structural
analogy between curacin A and colchicine.
8 Analogies between regulated and deregulated new growths
9 In addition, the close
analogy between OEB and dipole blockade in Rydberg atoms
10 We draw an
analogy between this transition and echinocytes in red b
11 Here, we exploit the formal
analogy between diffusion and electrical conductivity to
12 The often cited
analogies between channels and enzymes might therefore r
13 suggestive of an underappreciated functional
analogy between FtsZ, tubulin and G-proteins.
14 Structural
analogies between alpha- and gamma- alumina surfaces all
15 nitude in jet power, establishing a physical
analogy between AGN and GRBs.
16 The
analogy between H2 S and H2 O led us to a very different
17 A further
analogy between in vitro and human recordings was that b
18 These results strengthen the
analogy between murine and human WAS and provide a basis
19 By exploiting the
analogies between Dirac and lattice Boltzmann equations,
20 nt an interesting concept that builds on the
analogy between molecular polymers and linear chains of
21 Strong spectral
analogies between LPO and mammalian peroxidases (e.g. fr
22 This study probes
analogies between structural and mechanical properties o
23 Here, we draw an
analogy between proofreading and microtubule growth whic
24 Using an
analogy between polymethines and mixed-valence compounds
25 These findings provide some support for the
analogy between MIPs and native receptors and their poss
26 The
analogy between plant breeding and natural selection ind
27 In addition, because of the
analogy between CRVs and naturally-occurring defective i
28 In this perspective, we engage the
analogy between developmental networks and neural networ
29 Analogies between TICs and normal tissue stem cells have
30 ovide experimental evidence for a structural
analogy between the CYP4A1 and P450BM-3 active sites.
31 t in C3O3(2-) and is another example for the
analogy between CO and PF3.
32 Thus,
analogies between mammalian and plant pathogens may prov
33 ntity tout court) but demonstrate a physical
analogy between crystallization and polymerization.
34 These findings do not prove a chemical
analogy between crystals and polymers (it is unclear if
35 ite, which suggests a previously undescribed
analogy between RNA and protein enzymes.
36 Based upon
analogies between partitioning and septum placement, we
37 n complex, consistent with recently proposed
analogies between protein folding and sequence-specific
38 These results highlight the pathological
analogies between EHF and severe sepsis and not only con
39 ocial parasitism in ants, revealing striking
analogies between social insects and social microbes.
40 We present arguments that the
analogy between humans and social insects is coincidenta
41 We point out the
analogies between this IEM, and the dissociation of gase
42 This includes the many
analogies between Titan and the Earth, in spite of the m
43 Based on a structural
analogy between geranylgeranylated SNAREs and the GPI-HA
44 There is a close
analogy between statistical thermodynamics and the evolu
45 tically driven, largely because of the close
analogy between their structures and those of correspond
46 The target article is built on an
analogy between humans and ultrasocial insects.
47 Yet it is unclear how well the
analogy between motor and visual cortex holds.