ライフサイエンスコーパス: sub-

1 to fabricate arrays of 1 Ki cells that have sub- 15 nm nanowires distant by 28 nm across 6-inch wafe

2 ay play a vital role in the cycling of As in sub- and anoxic NOM-rich environments such as peatlands,

3 ompetitive, noncompetitive, and mixed), with sub- and low micromolar inhibitory potency against a flu

4 Polyploidization and subsequent sub- and neofunctionalization of duplicated genes repres

5 events, which are associated with regulatory sub- and neofunctionalization.

6 tral tegmental area, on the other hand, were sub- and normosensitive to apomorphine following intermi

7 n particular the question has been raised if sub- and super-stoichiometric concentrations of Cu(II) a

8 hat under near-physiological conditions both sub- and super-stoichiometric concentrations of Cu(II) p

9 ort on the microscopic structure of water at sub- and supercritical conditions studied using X-ray Ra

10 aphy and incorporated the high efficiency of sub- and supercritical fluid chromatography.

11 system and may provide closure for differing sub- and supersaturated kappa measurements.

12 Both under sub- and superstoichiometric GroEL concentrations, enhan

13 ard palate; saliva, tongue, tonsils, throat; sub- and supra-gingival plaques; and stool.

14 ns, we conducted three experiments assessing sub- and supra-second standards and taking presentation

15 synaptic vesicular turnover and postsynaptic sub- and supra-threshold responses from a connected pair

16 cholinergic interneurons is to modulate the sub- and supra-threshold responses of spiny neurons to c

17 The VEPs were compared at sub- and supra-threshold stimulation strength and with d

18 s (AC5, AC6) are inhibited by Ca(2+) at both sub- and supramicromolar concentration.

19 Both sub- and supraphysiologic testosterone levels may influe

20 data characterise reliable communication of sub- and suprathreshold activity by electrical synapses

21 We measured neocortical sub- and suprathreshold dendritic membrane potential (DM

22 nds on Ca(2+) elevations resulting from both sub- and suprathreshold electrical activity initiated at

23 in distal segments of basal branches during sub- and suprathreshold glutamate and synaptic stimulati

24 ensity on tumor growth dynamics, both on the sub- and the multi-cellular level using our previously d

25 ions but complementary in others, suggesting sub- and/or neofunctionalization in the latter.

26 tion indicates the potential of etching with sub- and/or supercritical water for reproducible prepara

27 have created a trophic cascade that reduces (sub-) Arctic plant, insect and avian biodiversity, besto

28 s, spanning from pure Brownian diffusion to (sub-)ballistic superdiffusion, are revealed by temporal

29 ep ocean cooling in the apparent absence of (sub-) equatorial cooling.

30 tool with co-axial alignment capability with sub <100 nm position accuracy, followed by a metallizati

31 imaging resolutions down to the single- and sub- micron scales, and when coupled with contrast-enhan

32 Proteins that fold rapidly, on the (sub-) microsecond time scale, offer the prospect of dire

33 The non-native pKs observed in Fe3+-sub-(Mn)SOD and the differences in the Fe3+ coordination

34 Although Fe3+-sub-(Mn)SOD binds the small anions N3- and F-, the KD fo

35 The active site of (oxidized) Fe3+-sub-(Mn)SOD differs from that of Fe3+-SOD with respect t

36 The active site of (reduced) Fe2+-sub-(Mn)SOD is qualitatively similar to that of native F

37 by the EPR spectra are consistent with Fe3+-sub-(Mn)SOD's inability to oxidize O2*- and suggest that

38 cal electrostatics, and consistent with Fe2+-sub-(Mn)SOD's retention of ability to reduce O2*-.

39 elucidate the basis for the inactivity of Fe-sub-(Mn)SOD, despite its apparent similarity to Fe-SOD.

40 Fe-substituted (Mn)superoxide dismutase [Fe-sub-(Mn)SOD] and Fe-SOD to elucidate the basis for the i

41 ation on single nanoobjects and surfaces at (sub-) nanometer spatial resolution and high detection se

42 rch question is to compare the topologies of sub- networks, looking for global differences associated

43 Eyes with (sub-) normal vision (>20/50) were compared with visually

44 r selectivity among different RNA targets is sub- optimal.

45 l1 than from Arabidopsis TFL1, appears to be sub- or neo-functionalized, as revealed by the different

46 novel functionality through the coordinated sub- or neofunctionalization of its constituent genes.

47 odels to explain duplicate retention invokes sub- or neofunctionalization, whereas others focus on sh

48 scale gene duplication event could allow for sub- or neofunctionalization.

49 data suggest that key IIS/TOR paralogs have sub- or neofunctionalized between mammals and reptiles a

50 irus (DENV) serotype, DENV is opsonized with sub- or nonneutralizing antibodies that enhance infectio

51 ein subunits, particularly in cells grown at sub- or supraoptimal temperatures.

52 ned clonal with rapid outgrowth of founder-, sub-, or even fully independent clones, indicating an in

53 These sub- resolution, micrometer-sized defects evolve into la

54 ossible when the NSMM probe operates in the (sub-) single photon regime, and we expect a high signal-

55 They have both been shown to be part of sub- spliceosomal protein complexes that are essential f

56 n-going push of high-repetition-rate lasers (sub- to few MHz's) may eventually lead to the generation

57 harmonic, we show that harmonic yields from sub- to few-keV energy can be increased typically by ten

58 -MHO) were detected in the aircraft cabin at sub- to low ppb levels.

59 unds that inhibit the malarial enzyme in the sub- to low-nanomolar range and that block the growth of

60 These compounds demonstrated activity at sub- to micromolar concentrations, making them more pote

61 In sub- to single-hydrated systems (</= 1W), CO2 intercalat

62 se studies reveals that many regions in the (sub-)tropics are understudied.

63 Five of the six RPT sub- units are encoded by two genes; the exception being