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1 c tools for gastrointestinal disorders, will be greatly facilitated by a deeper understanding of thes

2 bodies from an initial library screening can be greatly facilitated by a fast computational predictio

3 isation of their therapeutic potential would be greatly facilitated by a fuller understanding of the

4 The development of such strategies would be greatly facilitated by a means to produce the gp120-C

5 Vaccine development would be greatly facilitated by a new approach, in which nanos

6 table for nanotechnological applications may be greatly facilitated by a thorough understanding of th

7 hunting efficiency was altered by stress and was greatly facilitated by a conserved RNA folding domai

8 Achievement of point-of-care technology will be greatly facilitated by ambient-temperature detection.

9 l or minimization of immunosuppression would be greatly facilitated by biomarkers predictive of toler

10 The interpretation of spindle behaviour was greatly facilitated by characterizing the afferents

11 l and dynamic complexity of mammalian brains is greatly facilitated by computer simulations.

12 e from one side of the membrane to the other is greatly facilitated by Cys-300 and (ii) from pharmaco

13 ology of bovine tuberculosis in cattle would be greatly facilitated by definition of the immunologica

14 enes for new functions, and this process may be greatly facilitated by gene duplication.

15 c basis of variation in plant metabolism has been greatly facilitated by genomic and metabolic profil

16 The development of new vaccines would be greatly facilitated by having effective methods to pr

17 tion of the field of functional genomics has been greatly facilitated by high-throughput microarray-b

18 The efficiency of TILLING, however, is greatly facilitated by high mutation density.

19 Research on targeting the mosquito has been greatly facilitated by huge investment in molecular

20 tem cell rarity, studying their self-renewal is greatly facilitated by in vitro culture of enriched b

21 orepressor (N-CoR) association with RARgamma was greatly facilitated by inclusion of a RARE oligonucl

22 roaches to understanding gene function would be greatly facilitated by increasing the efficiency of m

23 o the sigma*CC orbital to break the C-C bond is greatly facilitated by interaction with the atomic do

24 the cis-regulatory predictions of the model are greatly facilitated by interspecific computational s

25 ntial for sorghum under climate change would be greatly facilitated by introducing wider genetic dive

26 r the chemokine receptors CCR2 and CCR5 will be greatly facilitated by knowledge of the structural di

27 These advances were greatly facilitated by meticulous clinical descript

28 Ablation of complex arrhythmias would be greatly facilitated by more precise control of ablati

29 e genetic dissection of complex diseases can be greatly facilitated by paying heed to two very basic

30 by brain-derived neurotrophic factor (BDNF) is greatly facilitated by presynaptic depolarization at

31 The halide elimination step, however, is greatly facilitated by proton transfer from the react

32 Achieving these benefits should be greatly facilitated by quantitative systems analysis

33 basis of root system architecture (RSA) has been greatly facilitated by recent developments in root

34 udy of the early events in translation would be greatly facilitated by reconstitution with easily pur

35 The formation of pulmonary metastasis is greatly facilitated by recruitment of myeloid cells,

36 Functional studies of PTP can be greatly facilitated by small molecule probes that cov

37 he visualization of these structural details is greatly facilitated by staining tissue specimens with

38 ders linked to vitamin D insufficiency would be greatly facilitated by structural knowledge of CYP24A

39 tudy of pathogenic mechanisms of disease can be greatly facilitated by studying genetic differences i

40 icult in naturally occurring systems but can be greatly facilitated by studying simple synthetic netw

41 This task is greatly facilitated by studying all aspects of ribosw

42 during sensory processing and motor control are greatly facilitated by technologies that allow us to

43 arison with structural MRI; such comparisons are greatly facilitated by the novel approach described.

44 erization of these protein differences would be greatly facilitated by the availability of antibodies

45 ology of bovine tuberculosis in cattle would be greatly facilitated by the definition of immunologica

46 he development of novel human vaccines would be greatly facilitated by the development of in vivo mod

47 The development of these strategies will be greatly facilitated by the fact that one operates in

48 It is shown that the reduction to CO can be greatly facilitated by the under-coordinated titanium

49 ication of noncoding RNA (ncRNA) classes has been greatly facilitated by the advent of next-generatio

50 ntification of pathogen-specific T cells has been greatly facilitated by the advent of synthetic pept

51 etection of loss of heterozygosity (LOH) has been greatly facilitated by the analysis of highly polym

52 The recognition of T/NK-cell lymphomas has been greatly facilitated by the broad acceptance of stan

53 ts remain challenging, these strategies have been greatly facilitated by the development of newer hig

54 Although protease detection has been greatly facilitated by the development of protease

55 these regulators at high resolution has now been greatly facilitated by the generation of plants exp

56 Understanding the roles of these factors has been greatly facilitated by the study of genetic defects

57 The questionnaire approach has been greatly facilitated by the use of new databases on

58 of DNA double-strand break (DSB) repair has been greatly facilitated by the use of rare-cutting endo

59 The genetic study of RNA viruses is greatly facilitated by the availability of infectious

60 on and, consequently, the binding to gelatin is greatly facilitated by the C-terminal hemopexin-like

61 ectron acceptor, either O(2) or FcPF(6), and is greatly facilitated by the catalytic base Glu370.

62 DNA strand exchange is greatly facilitated by the E. coli SSB protein.

63 transposons, so the definition of their ends is greatly facilitated by the identification of their va

64 t membrane recruitment of C1B domains, which is greatly facilitated by the interfacial partitioning o

65 and association process, which, in contrast, is greatly facilitated by the polar interactions mediate

66 Binding of As(III) to ArsA is greatly facilitated by the presence of magnesium ion

67 The identification of the latter adduct was greatly facilitated by the 13C-label at the electrop

68 Discovery of these mutations was greatly facilitated by the cloning and characterizat

69 The synthesis was greatly facilitated by the crystallinity of a key mo

70 gene trees across geography, a paradigm that was greatly facilitated by the nonrecombining, fast evol

71 iguous identification of glutathione adducts was greatly facilitated by the presence of a unique MS s

72 of the protein (measured as transferred NOE) was greatly facilitated by the use of samples of the pro

73 These advances were greatly facilitated by the study of biopsied tumor

74 Assignment of phosphorylation sites is greatly facilitated by this approach, particularly fo

75 The study of hematopoiesis has been greatly facilitated by transplantation of blood cel

76 Enhancer mapping has been greatly facilitated by various genomic marks associ

77 Supporting this notion, NS5A dimerization is greatly facilitated by Zn(2+) but not by Mg(2+) or Mn

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