ライフサイエンスコーパス: molecular biologist

1 ilable on the web and might be useful to the molecular biologist.

2 lable to the public and may be useful to the molecular biologist.

3 , but they are often viewed as a nuisance by molecular biologists.

4 ighlighted, yielding crucial information for molecular biologists.

5 to find a place in the enzymatic toolbox of molecular biologists.

6 gh interest for both analytical chemists and molecular biologists.

7 search tool for biologists, biochemists, and molecular biologists.

8 will benefit greatly from the involvement of molecular biologists.

9 major post-genomic data sources available to molecular biologists.

10 is rapidly becoming a standard approach for molecular biologists.

11 local alignment is an indispensable tool for molecular biologists.

12 mental annotations is performed routinely by molecular biologists.

13 notation it can provide easily accessible to molecular biologists.

14 challenges remain for the next generation of molecular biologists.

15 otation it can provide, easily accessible to molecular biologists.

16 ic engineering still presents a challenge to molecular biologists.

17 l neuroscience offers a rich perspective for molecular biologists.

18 ke this information accessible and useful to molecular biologists.

19 extraordinary important advance for cell and molecular biologists.

20 ke this information accessible and usable by molecular biologists.

21 sts, mathematicians, computer scientists and molecular biologists.

22 Transgenes are important tools for plant molecular biologists.

23 across essentially all eukaryotes studied by molecular biologists.

24 , or to a lack of imaginative experiments by molecular biologists?

25 vel, whereas it is very beneficial to supply molecular biologists additional information about nucleo

26 ally aggregated proteins by pathologists and molecular biologists and a disease of clinical symptoms

27 only for structural biologists, but also for molecular biologists and chemists.

28 inding partners of pRb, the challenge facing molecular biologists and clinical oncologists is how to

29 g RNAs (ncRNAs) have gained the attention of molecular biologists and clinicians alike because of the

30 modium co-evolve in Nature is driving vector molecular biologists and evolutionary ecologists to move

31 Molecular biologists and geneticists alike now acknowled

32 pping and diverse communities of clinicians, molecular biologists and genome scientists, as well as b

33 ed efforts of a skilled electrophysiologist, molecular biologist, and biostatistician.

34 ventional recognition of linear sequences by molecular biologists, and also provides a metaphor in tw

35 terations involving bioinformaticians, bench molecular biologists, and the manufacturers of the equip

36 /pulmonologists, pathologists, radiologists, molecular biologists, and thoracic surgeons.

37 anuals and other information useful to plant molecular biologists are also provided.

38 as software and documentation of interest to molecular biologists are available.

39 Since most molecular biologists are often interested only in a smal

40 Molecular biologists are rapidly characterizing the gene

41 Molecular biologists are working to identify the pathway

42 ochemists, epidemiologists, geneticists, and molecular biologists as well as clinicians.

43 for a much broader community of cellular and molecular biologists attempting to understand the promis

44 Gene cloning is a time-consuming task for molecular biologists, because it often takes weeks or mo

45 Data approaches in biology and how cell and molecular biologists can best take advantage of them.

46 icists uncover inherited susceptibility; and molecular biologists deconstruct the proximal mechanisms

47 quick sequence-based protein annotation for molecular biologists, e.g., for identifying putative fun

48 a glance at the history of RNAs may prepare molecular biologists for future discoveries about these

49 There is an unmet demand from structural and molecular biologists for software in the middle ground,

50 Molecular biologists frequently can obtain interesting i

51 nome browsers) have transformed the way that molecular biologists, geneticists and bioinformaticists

52 team together environmental scientists with molecular biologists, geneticists, physiologists and phy

53 Molecular biologists have elucidated general principles

54 Recently, molecular biologists have sequenced about a dozen bacter

55 In recent years, molecular biologists have uncovered a wealth of informat

56 ead use of this approach has been slow among molecular biologists, in part because the methods requir

57 One of the great challenges for molecular biologists is to learn how a protein sequence

58 For a well-trained molecular biologist, it typically takes 6 d from cell ha

59 Although skilled in in vitro techniques, the molecular biologist may not understand the finer points

60 od reports all the information possible, and molecular biologists resort to 'shopping around' using d

61 Molecular biologists routinely clone genetic constructs

62 omatin structure of single gene molecules, a molecular biologist's path toward probabilistic theories

63 provides an important addition to the plant molecular biologist's toolbox, which will significantly

64 cs is becoming an important component of the molecular biologist's toolkit.

65 s have evolved to meet the changing needs of molecular biologists: since we last wrote about our serv

66 tative riboswitches can provide direction to molecular biologists studying riboswitch-mediated gene e

67 , so it is regrettable that few cellular and molecular biologists take advantage of kinetics experime

68 apping of en masse variant libraries renders molecular biologists to address genotype-phenotype relat

69 This model inspired a generation of molecular biologists to clone and characterize elements

70 There are tremendous opportunities for new molecular biologists to define the nature of the protein

71 Clustering is a common technique used by molecular biologists to group homologous sequences and s

72 2, is an interactive web server that enables molecular biologists to interpret experimental results a

73 P) is an interactive web server that enables molecular biologists to interpret experimental results a

74 More recently geneticists and molecular biologists trying to better understand the str

75 tion obtained from this sequencing is aiding molecular biologists who are enhancing ethanol and butan

76 two kinds of readers: fungal geneticists and molecular biologists who are interested in learning abou

77 The review should be of interest to cell and molecular biologists who know little of human muscle phy

78 ure-seq can be carried out by an experienced molecular biologist with a basic understanding of bioinf

79 gist with micromanipulation experience and a molecular biologist with basic bioinformatic skills.

80 This conference brought together cell and molecular biologists with clinicians interested in funda

81 ment of ZFN-mediated gene targeting provides molecular biologists with the ability to site-specifical

82 For many molecular biologists, ZiFDB will be particularly valuabl