ライフサイエンスコーパス: beaver

1 ith dams reconstructed by newly recolonizing beavers.

2 fire; changes in shoreline inundation due to beaver activity); this lake lacked overall trends in MeH

3 scale experiment to quantify the benefits of beavers and BDAs to a fish population and its habitat.

4 es in fruit flies, degus, birds, fish, bats, beavers and humans; however, studies in rats and hamster

5 Our results show that pioneer inundation by beavers can increase MeHg concentrations in streams, but

6 reuse) of ponds constructed by the Eurasian beaver Castor fiber in regulating MeHg concentrations in

7 ley bottoms with old-growth forest or active beaver colonies store the great majority of above- and b

8 re detected in McLean Creek (30.1 mug/L) and Beaver Creek (190 mug/L), two tributaries that are physi

9 , we genotyped a subset of subjects from the Beaver Dam (WI) Eye Study and performed a model-free gen

10 Following the installation of beaver dam analogs (BDAs), we observed significant incre

11 shed-scale experiment to test how increasing beaver dam and colony persistence in a highly degraded i

12 thors utilize data from the population-based Beaver Dam Eye Study (1988-2000) to examine this possibi

13 ng risk of death, was similar to that of the Beaver Dam Eye Study (BDES) after age standardization.

14 Presented are new GWS data from the full Beaver Dam Eye Study (BDES) family cohort, including lon

15 After age standardization to the Beaver Dam Eye Study (BDES) population, early and late A

16 (1) 325 individuals (225 sib pairs) from the Beaver Dam Eye Study (BDES), and (2) 297 individuals (34

17 ertained population-based family cohort, the Beaver Dam Eye Study (BDES), which was also used to asse

18 n a cohort of adults aged 43-84 years in the Beaver Dam Eye Study (Beaver Dam, Wisconsin).

19 Data came from the longitudinal cohort Beaver Dam Eye Study (March 1, 1988, through September 1

20 s (102 families; n = 224 sib pairs) from the Beaver Dam Eye Study and performed a model-free genome-w

21 5- and 10-year follow-up examinations of the Beaver Dam Eye Study cohort were digitized, and optical

22 We demonstrate the method on the Beaver Dam Eye Study data, where the expected human life

23 nal thickness was measured via SD OCT at the Beaver Dam Eye Study examination in 2008-2010.

24 icipants aged 63 to 102 years at the 20-year Beaver Dam Eye Study follow-up examination in 2008-2010,

25 e-aged and older adults participating in the Beaver Dam Eye Study in Beaver Dam, Wisconsin.

26 pedigrees who participated in the 1988-1990 Beaver Dam Eye Study in Wisconsin to determine whether t

27 nondiabetic individuals participating in the Beaver Dam Eye Study in Wisconsin.

28 The Beaver Dam Eye Study is a longitudinal population-based

29 in our population was similar to that of the Beaver Dam Eye Study population (0.98% [95% CI, 0.49-1.8

30 (5.58%; 95% CI, 4.43-7.01) compared with the Beaver Dam Eye Study population (8.19%).

31 in our previous genome scan for ARMD, in the Beaver Dam Eye Study sample (D15S659, multipoint P=.047)

32 cal equivalent, myopia, and hyperopia in the Beaver Dam Eye Study was performed.

33 ipants (aged 43-86 years at baseline) in the Beaver Dam Eye Study were evaluated every 5 years during

34 e-related maculopathy (ARM) in people in the Beaver Dam Eye Study who were aged 43-86 years (n = 3,68

35 volved a random sample of 975 persons in the Beaver Dam Eye Study without signs of AMD who participat

36 DESIGN, SETTING, AND PARTICIPANTS: The Beaver Dam Eye Study, a longitudinal population-based st

37 DESIGN, SETTING, AND PARTICIPANTS: The Beaver Dam Eye Study, an observational, longitudinal, po

38 line examination and 5-year follow-up of the Beaver Dam Eye Study, Beaver Dam, Wisconsin (1988-1990 a

39 were confirmed by chief investigators of the Beaver Dam Eye Study, BMES, and RS.

40 During the baseline examination of the Beaver Dam Eye Study, standardized measurements of intra

41 o run in families, in a subpopulation of the Beaver Dam Eye Study.

42 for retinal pigmentary abnormalities in the Beaver Dam Eye Study.

43 an adult population, by using data from the Beaver Dam Eye Study.

44 sample of 400 adults, 50-86 y of age, in the Beaver Dam Eye Study.

45 The associations of the original Beaver Dam grades and these indices to age, vision, and

46 .2% progressed and 4.9% regressed, using the Beaver Dam grades; progression occurred in 4.9% to 9.9%,

47 1.9% progressed and 3.2% regressed using the Beaver Dam grades; progression occurred in 8.0% to 19.7%

48 arch 1, 1993, through June 15, 1995) and the Beaver Dam Offspring Study (June 8, 2005, through August

49 eline) and a sample of participants from the Beaver Dam Offspring Study (n = 2,173; ages > or =45 yea

50 ed with the HIV-uninfected population in the Beaver Dam Offspring Study, there was an approximate 4-f

51 on-based study of age-related eye disease in Beaver Dam, Wis.

52 -year follow-up of the Beaver Dam Eye Study, Beaver Dam, Wisconsin (1988-1990 and 1993-1995).

53 Persons aged 43-86 years living in Beaver Dam, Wisconsin in 1988-1990.

54 ged 43-84 years in the Beaver Dam Eye Study (Beaver Dam, Wisconsin).

55 pulation-based studies examined residents of Beaver Dam, Wisconsin, aged 43 to 84 years in 1987 throu

56 The population of Beaver Dam, Wisconsin, aged 43 to 86 years were invited

57 eye diseases was conducted in 1988--1990 in Beaver Dam, Wisconsin, and a follow-up examination was p

58 ing in age from 43 to 84 years and living in Beaver Dam, Wisconsin, at the time of a census (1987-198

59 ing in age from 43 to 84 years and living in Beaver Dam, Wisconsin, at the time of a census (1987-198

60 l people 43 to 84 years of age and living in Beaver Dam, Wisconsin, in 1988 were invited for a baseli

61 l people 43 to 84 years of age and living in Beaver Dam, Wisconsin, in 1988 were invited for a baseli

62 Persons aged 43 to 86 years of age in Beaver Dam, Wisconsin, were invited for a baseline exami

63 All persons aged 43 to 84 years of age in Beaver Dam, Wisconsin, were invited for a baseline exami

64 ars of age living in the city or township of Beaver Dam, Wisconsin, were recruited from 1987 through

65 seases conducted in the city and township of Beaver Dam, Wisconsin.

66 loss in adults aged 48-92 years, residing in Beaver Dam, Wisconsin.

67 participating in the Beaver Dam Eye Study in Beaver Dam, Wisconsin.

68 systems, inundated for the first time since beaver extirpation, and seven were recolonized, with dam

69 e type B strain (OSU18) isolated from a dead beaver found near Red Rock, Okla., in 1978.

70 Beaver have been referred to as ecosystem engineers beca

71 re expect that the recovery and expansion of beavers in the boreal system will only have a transition

72 Beaver mediated restoration may be a viable and efficien

73 The role of beavers might be especially pronounced in large parts of

74 and recruitment in a population of Eurasian beavers (n = 242) over 13 recent years.

75 (Protarctos abstrusus) were collected at the Beaver Pond fossil site in the High Arctic (Ellesmere I.

76 The peat accumulated in a beaver pond surrounded by boreal larch forest near regio

77 Beaver ponds have been identified as a potentially impor

78 y pronounced in large parts of Europe, where beaver populations have expanded rapidly following near-

79 ghted two tributaries to the Athabasca River-Beaver River and McLean Creek-as possibly receiving OSPW

80 of nds within the Bull Creek drainage of the Beaver River basin in the Oklahoma panhandle.

81 In 12 beaver systems located in three regions, we quantified M

82 entrations in pioneer but not in recolonized beaver systems were up to 3.5 fold higher downstream tha