ライフサイエンスコーパス: strongly resemble

1 n the wild-type strain, their transcriptomes strongly resembled a signature normally evoked by iron i

2 Although this sequence strongly resembles a prenylation motif, human ECE-1 did

3 The rs1532278 locus strongly resembles a regulatory element.

4 ction of a stable, monomeric form of TR that strongly resembles a transient folding intermediate shou

5 Human platelet dense granules strongly resemble acidocalcisomes, and we recently showe

6 tting and histological findings of our model strongly resemble AHR, which is frequently associated wi

7 nhibition or prolonged vinblastine treatment strongly resembled AVs that collect in dystrophic neurit

8 raints, involving a total of 1288 restraints strongly resembles both the X-ray crystal structure of t

9 This phenotype strongly resembles cartilage/crest defects observed in T

10 This case strongly resembles Drosophila sechellia, a genetically i

11 relays in the parasympathetic nervous system strongly resemble each other despite the different embry

12 These changes strongly resemble findings described in depression and P

13 M failure in mice, eliciting phenotypes that strongly resemble human syskeratosis congenita.

14 of compulsive behavioral abnormalities that strongly resembled human cortical-limbic-induced compuls

15 The histology of affected joints strongly resembled human osteo-arthritis.

16 The dCK homodimer strongly resembles human dCK, with a low K(m) for deoxyc

17 The phenotype observed in Vhl mutants strongly resembles human persistent hyperplastic primary

18 n inflammatory biliary ductular disease that strongly resembles human primary biliary cirrhosis (PBC)

19 ped focal areas of intraepithelial neoplasia strongly resembling human high-grade prostatic intraepit

20 addition, better performing models also more strongly resembled IT in terms of their within-category

21 opagate through these elements in a way that strongly resembles light rays propagating through optica

22 d characterization of a zebrafish APC subset strongly resembling mammalian DCs.

23 sin (with an age of about 460 million years) strongly resemble modern arbuscular mycorrhizal fungi (G

24 ranantongo and 43% of the Maroon plant names strongly resemble names currently used in diverse Africa

25 ous synapse withdrawal from motor endplates, strongly resembling neonatal synapse elimination.

26 ode a type II integral membrane protein that strongly resembles Och 1p, an alpha-1,6-mannosyltransfer

27 low for the formation of intracranial tumors strongly resembling p53/pRb pathway-deficient, telomeras

28 basin, at least for the past 500,000 years, strongly resembles past changes in atmospheric carbon di

29 rates flowering time, with the triple mutant strongly resembling seedlings deficient in the synthesis

30 SHL-1 currents strongly resembled Shal currents in other species except

31 tribution of these PRV-labeled brain neurons strongly resembled that obtained after the injection of

32 purified protein, and the sequence obtained strongly resembled that of E. coli acyl carrier protein,

33 tural evolution of the Pt surface morphology strongly resembles that found in studies of Pt(111) homo

34 in plants shows that the situation in plants strongly resembles that in other organisms where GS is r

35 male quail from POM to cloacal motor neurons strongly resembles that in rats, cats, and monkeys for t

36 chroism spectra differs from that of Cna but strongly resembles that of a mammalian cell-surface coll

37 line widths of carbon atoms of Zn-bleomycin strongly resembles that of Cd-bleomycin.

38 hat the mode of presentation of this peptide strongly resembles that of D(b)-bound peptides.

39 adial (GIS) 15.1, the pattern of this record strongly resembles that of Greenland ice cores on millen

40 spectrum of VnfX with the V-Fe cluster bound strongly resembles that of isolated FeV-co and a model V

41 The phenotype of pok1;pok2 double mutants strongly resembles that of maize tan1 mutants, character

42 ion of MCR(silent) yields an EPR signal that strongly resembles that of MCR(red1), the active form of

43 stribution of ASH1L in transcribed chromatin strongly resembles that of methylated H3K4 but not that

44 The morphogenic pathway of these cells strongly resembles that of the primary slow muscle pione

45 of chain librations at the protein interface strongly resembles that of the spin-labeled protein side

46 5 consensus binding sequence GCATAA(T/A)TTAT strongly resembles that previously determined for the PO

47 of Fos expression in the primate brain which strongly resembles that previously reported in rodents.

48 This revealed an octameric structure that strongly resembles that reported for HlgAB, but with imp

49 with functional variation within cell types strongly resembling that also occurring across cell type

50 atin using sequencing (ATAC-seq)) to a state strongly resembling that of mouse 2C embryos.

51 Findings (i)-(iii) strongly resemble the changes seen after Abeta immunothe

52 of OATP expression in ATP11C-deficient liver strongly resemble the characteristics of Rotor syndrome,

53 broin-like domains have sequence motifs that strongly resemble the crystalline polyalanine-rich and a

54 ) chromatograms produced in this manner then strongly resemble the format of stained 2D gels, in that

55 partially distinct large-scale networks that strongly resemble the known anatomical organization of a

56 contains multiple Brn-3.0-binding sites that strongly resemble the optimal binding site for this prot

57 The mutant heart defects strongly resemble the phenotype caused by disruption of

58 The round vesicles strongly resemble the ricinosomes first described in cas

59 probable states that arise from this theory strongly resemble the saturated baroclinic states of the

60 All three self-cleavage sites strongly resemble the signal peptide cleavage site and f

61 ants for the Slit receptors Dscam1 and robo1 strongly resemble the slit-UC phenotype, suggesting they

62 s at the first and second metal sites, which strongly resembled the arrangement previously determined

63 ll ground squirrels, warm-torpid individuals strongly resembled the homeotherms, indicating that the

64 eveloped invasive urothelial carcinomas that strongly resembled the human counterparts.

65 ls in a smog chamber and a flow tube reactor strongly resembled the mass spectra of Gulf SOA (r(2) >

66 Interestingly, most of the samples strongly resembled the OH-PCB profiles of Aroclors 1221,

67 Strikingly, the binding platform strongly resembles the D- and T-loop binding elements fr

68 phyA-repressed promoters, plus a motif that strongly resembles the DE1 element.

69 e unusual because its putative output domain strongly resembles the histidine kinase domain of a sens

70 anscribed locus, rorA (rlrA override), which strongly resembles the kor (kil override) transcription

71 besity in tubby mice develops gradually, and strongly resembles the late-onset obesity seen in the hu

72 s spectrometry reveals that the intermediate strongly resembles the native state.

73 The resulting picture strongly resembles the one present in schizophrenic pati

74 y fibers containing dynorphin and enkephalin strongly resembles the pattern observed in the dentate g

75 resulting binaural cross-correlation surface strongly resembles the pattern of activity across the sp

76 profile derived from the force correlations strongly resembles the profile derived on the Markovian

77 s revealed that the region around E55 in MRD strongly resembles the second active site of prokaryotic

78 ent a structural model of the VacA pore that strongly resembles the structure of an unrelated anion-s

79 The detailed molecular architecture most strongly resembles the structure of human cyclophilin B

80 Remarkably, the proton channel protein strongly resembles the voltage-sensing domain of many vo

81 The Fz6 phenotype strongly resembles the wing-hair and bristle patterning

82 infancy, as reported by mothers, has effects strongly resembling the effects of observed maternal beh

83 ice produced two distinctive types of tumors strongly resembling the human superficial papillary tumo

84 synthesis that result from depletion of PcsB strongly resemble those caused by depletion of the essen

85 inct cellular morphologies, several of which strongly resemble those described in octavolateralis nuc

86 The results strongly resemble those for pure tones.

87 notypes (developmental arrest and apoptosis) strongly resemble those observed for hypomethylated embr

88 The phenotypes strongly resemble those of a deletion of the two Drosoph

89 he elastic domains have sequence motifs that strongly resemble those of elastin and the amorphous gly

90 o-side swimming movements of Dendronotus [1] strongly resemble those of Melibe [2, 3].

91 dependent ssDNA-binding modes for DrSSB that strongly resemble those of the homotetrameric Escherichi

92 nels containing R420H and wild type subunits strongly resemble those of wild type alone.

93 esulted in inward rectifier K+ currents that strongly resemble those that are observed in native vasc

94 The 25-nm particle arrays in cultured cells strongly resembled those first described in 1968 in syna

95 microarray expression profiles for DN cells strongly resembled those of CD4(+) DC, differing from th

96 ns, for the most part, had morphologies that strongly resembled those of genital segments.

97 U3 sequences of exJSRV proviruses in tumors strongly resembled those of JSRV but differed from those

98 ions and nucleotide substitution preferences strongly resembled those of somatic hypermutation.

99 The second, rarer response strongly resembles those mediated by recombinant TRPV3.

100 differs from those of apes and Homo and most strongly resembles those of Australopithecus and Paranth

101 (-) current with biophysical characteristics strongly resembling those of mammalian ClC-2.

102 ce that in marmoset EAE, which forms lesions strongly resembling those of MS, early changes in vascul

103 rom controls and untreated conspecifics, but strongly resembling those of sand-dwellers.

104 TraS strongly resembles TraR but lacks a DNA-binding module.

105 Some of these self-assembled into structures strongly resembling virion structures.