ライフサイエンスコーパス: life style

1 tatus (including return to work and previous life style).

2 dults have secondarily adapted to an aquatic life style.

3 ome and still preserve our modern societies' life style.

4 casions during evolution, to their parasitic life style.

5 n for a low-nutrient, low metabolic activity life style.

6 y diverged from nonusers in their values and life style.

7 T alone is sufficient to change reproductive life style.

8 nsive metabolic adaptations to the epiphytic life style.

9 t depends on the host genome, nutrition, and life-style.

10 ed C(1) metabolism and a particle-associated life-style.

11 heir redundancy in an exclusively biotrophic life-style.

12 adaptation of brucellae to an intracellular life-style.

13 20% of the total number of species with this life-style.

14 acterial partner's free-living and symbiotic life styles.

15 he transition between planktonic and biofilm life styles.

16 phology, venoms, and parasitoid and eusocial life styles.

17 and susceptibility to pathogens of different life styles.

18 neous in terms of metabolism, morphology and life-styles.

19 further delineate the impact of our changing life-styles.

20 nsition between the individual and the group life-styles.

21 in the environment and has several distinct life-styles.

22 ealth education and the promotion of healthy life-styles.

23 mate characteristic, rather than an arboreal life-style adaptation.

24 ce use and its relationship to attributes of life style among college students over a 30-year period.

25 tions of the evolution of various biological life-styles, among them the parasitoid habit.

26 opetramus SG9, revealed a photoheterotrophic life style and a low median isoelectric point (pI) for a

27 A comprehensive life style and dietary questionnaire was completed by th

28 obesity a result of overeating and sedentary life style and most efforts to treat or prevent weight g

29 g organisms and obligatorily linked to their life styles and defined environmental conditions.

30 bjects were also matched in terms of various life-style and anthropometric measures.

31 n help clarify causal relations between both life-style and genetic factors and risks of disease.

32 argely because of population-wide changes in life-style and habits.

33 affect survival and health at advanced ages, life-style and other environmental influences may profou

34 etary habits obtained as part of the overall life-style and risk factor assessment, as well as a comp

35 lls, they evolve an MHC class I-independent "life-style" and do not require further stimulation with

36 lex interactions between genetic background, life style, and environmental factors influencing our co

37 y (HRT) in the United States by demographic, life-style, and heart disease risk factors.

38 terol include hormonal, body composition, or life-style/behavioral changes.

39 que window of opportunity to instill healthy life-style behaviors and promote cardiovascular health.

40 nd environmental factors, including diet and life-style, both contribute to cardiovascular disease, c

41 ave to be caused by overeating and sedentary life-style but may be the result of the "obese" change i

42 This life-style change clearly has ramifications for our phys

43 we evaluate how continuous measures, such as life style changes and traditional treatments, affect bo

44 Evidence that aggressive medical therapy and life style changes reduce the risk of stroke in individu

45 Although life-style changes are the first line of therapy, they a

46 Anti-inflammatory drugs and life-style changes to decrease inflammation in cancer pa

47 a on their socio-demographic, behavioral and life style characteristics, and diagnostic questions fol

48 These results encourage healthy life style choices and dietary intervention to modify th

49 vealing populations specific for seasons and life-styles (combinations of free-living, particle, or z

50 characterizes their association to aging and life-style conditions, such as smoking and physical acti

51 between cases and controls (e.g. related to life style, diet, and medication use) that may affect th

52 Diet is a major life style factor affecting human health, thus emphasizi

53 Mechanistic links shared by T2D, AId and life-style factors such as obesity, perhaps through chro

54 2D, do not support an overall confounding by life-style factors.

55 ful insect group, displaying a wide range of life styles from solitary to eusocial.

56 Because of its obligate intracellular life style, genetic manipulation of the pathogen is diff

57 lar neuropil, numbers of olfactory sensilla, life styles, habitat, and phylogenetic affinities.

58 Intracellular life-style has been adopted by many pathogens as a succe

59 Conversion between the motile and biofilm life-styles has been attributed to increased levels of t

60 ss species varying in their life history and life style; (ii) the decrease coincided with the period

61 This review categorizes the diversity of life-styles in the Phytoseiidae, based primarily on food

62 The data suggest that there are genetic, life-style (including ascertainment), and hormonal facto

63 compasses disparate genera with a variety of life styles, including opportunistic human pathogens (e.

64 Anthropometric measures and self-reported life-style information were collected from 1993 to 1997

65 ributed mHealth implementation of a low-cost life-style intervention is associated with short-term, r

66 the gut microbiota of humans living a modern life-style is typical of omnivorous primates.

67 tween free-swimming (planktonic) and biofilm life-styles is regulated by the second messenger cyclic

68 d eating out as part of an overall unhealthy life-style, is associated with an increased prevalence,

69 s (helminths), due to modern highly hygienic life styles, likely contributes to this risk.

70 d by using RSM and predonation counseling on life style modifications postdonation.

71 and strategies for improving compliance with life-style modifications and multiple drug therapies sho

72 The molecular basis of this life-style, obligate biotrophy, remains unknown.

73 ion of drugs and toxins, and by the diet and life style of an individual.

74 y linked to the exceedingly passive obligate life style of M. leprae with a degraded genome and host

75 er a blood meal, an adaptation to the unique life style of mosquitoes.

76 etabolism associated with the hemibiotrophic life style of pathogen.

77 oral hairs as they relate to the specialized life style of the prairie vole.

78 ptional regulators that reflects the diverse life styles of bacteria.

79 study is hampered because of the biotrophic life styles of rust fungi.

80 icrooxic, endosymbiotic, and nitrogen-fixing life styles of the alpha-proteobacterium Bradyrhizobium

81 The life styles of the two bacteria are very different - H.

82 hat PrfA has a global role in modulating the life-style of L. monocytogenes.

83 on and is essential for the photoautotrophic life-style of plants.

84 oli reflects the natural, 'feast and famine' life-style of the bacterium, however, different copy num

85 A bark-associated life style on tree trunks is ancestral for most of the l

86 highly variable and because of their sessile life style, plants are forced to acclimate to them at th

87 In insects whose derived life styles preclude the detection of airborne odorants,

88 proof-of-concept for mobile health (mHealth) life-style programs targeting physical inactivity and ov

89 The life-styles proposed are as follows: Type I, specialized

90 nsional school-based intervention to improve life-style-related behaviors.

91 ive of this cohort study was to evaluate the life-style-related determinants, including diet, on athe

92 ng regulator HapR, which mimics an infective life style, specifically reduced the inflammatory potent

93 n to that observed for bacteria with complex life-styles, such as Myxococcus xanthus.

94 ide range of taxonomic groups have adopted a life style that involves flower infection.

95 targeting by the host is determined by phage life style, the positions of the targeted protospacer wi

96 can switch from a planktonic, free-swimming life-style to a sessile, colonial state, called a biofil

97 dis audaxviator is capable of an independent life-style well suited to long-term isolation from the p

98 roteobacteria and is notable for its complex life-style with social behaviors and relatively large ge