ライフサイエンスコーパス: sex distribution

1 (P<0.001); however, octogenarians had equal sex distribution.

2 (ejection fraction <40%) of similar age and sex distribution.

3 36.3 days, mean age of 40.8 years, and equal sex distribution.

4 ticipants without HIV with a similar age and sex distribution.

5 on's structure based on the sharks' size and sex distribution.

6 erence = 4.5 years, p < 0.001), with similar sex distribution.

7 y and control groups were similar in age and sex distribution.

8 ) were selected to achieve a similar age and sex distribution.

9 with unipolar depression, similar in age and sex distribution.

10 Mendelian genetic distribution and an equal sex distribution.

11 d about 50% transgenic offspring, with equal sex distribution.

12 (P < .001); however, octogenarians had equal sex distribution.

13 household income of MYR1,500 and a balanced sex distribution.

14 s were standardised for the cohort's age and sex distribution.

15 suggest maternal factors influence offspring sex distributions.

16 67.5 (IQR, 60.4-73.3) years, with comparable sex distribution (139 of 295 men [47.1%] and 156 of 295

17 (IQR) age of 73.5 (71.5-76.4) years and even sex distribution (1619 [51%] female).

18 Basic epidemiologic data, including sex distribution (2.2%, n = 2) and mean age (3.2%, n = 3

19 12.3 years for all members, P = .09) and in sex distribution (4.0% female physicians vs 6.8% all fem

20 Sex distribution (427 women in the TEC group vs 230 in t

21 re similar in the context of a more balanced sex distribution (46.6% female).

22 ol subjects of similar age (30-55 years) and sex distribution (50% female).

23 years (range 2-92 years), and a nearly equal sex distribution (50.6% male vs. 49.4% female).

24 t was primarily White (>95%) with a balanced sex distribution (51.5% women and 48.5% men).

25 There were no differences in sex distribution (55% vs 52% male patients), frequency o

26 6 [5.4] years in the 90-100% TBSA group) and sex distribution (628 [66%] boys, ranging from 59% [73/1

27 74.7 years [95% CI, 74.3-75.1]; P = .63) and sex distribution (63.6% women [95% CI, 59.8%-67.3%] vs 6

28 Patient groups were similar in sex distribution (76 [62%] female and 47 [38%] male), ag

29 There was no difference in sex distribution among affected children or siblings of

30 VID) is an antibody deficiency with an equal sex distribution and a high variability in clinical pres

31 me quartiles, and comorbidity scores, though sex distribution and facility type utilization were comp

32 This study provides age and sex distribution and location and imaging features in a

33 s, using a subset of 38 whites with an equal sex distribution and similar age and body weight, reveal

34 The sample reflected the interfaculty and sex distribution and the proportion of non-white student

35 ; versus 13 normal controls with similar age/sex distributions); and (ii) multiple sclerosis patients

36 Patient age, sex distribution, and all baseline ophthalmic and surgic

37 nction Trial), with patients of similar age, sex distribution, and comorbidity in trials of hypertens

38 h normal glucose tolerance, of similar ages, sex distribution, and degree of obesity.

39 Age, sex distribution, and estimated weekly alcohol consumpti

40 ruct, recognition demand, sample age, sample sex distribution, and study quality assessment scores we

41 ssociated with prior pandemic waves; age and sex distribution; and population size and density.

42 In cohorts with similar sex distribution as the US population (aged 45 years, 50

43 Given the unequal sex distribution between the 2 groups, the analyses were

44 a control group of 764 infants with similar sex distribution, birth weights, and gestational ages wi

45 With duty hour debates, specialization, and sex distribution changes in the applicant pool, the rela

46 of hemispatial neglect, volume of infarct or sex distribution compared with patients with intact affe

47 unya in Brazil via time series, mapping, age-sex distribution, cumulative case-fatality, linear corre

48 Sex distribution did not differ (MDE, 13 [52%] male; mix

49 P patients were older than healthy patients; sex distribution did not vary among groups.

50 ifferences between the 2 treatment groups in sex distribution, disease severity, personal or family h

51 The groups were similar in age, sex distribution, doxorubicin dose, and duration of foll

52 9 years) and hypertension (26 and 40 years), sex distribution (female:male ratio, 2:1 and 5:1), initi

53 ence of valve disease, corrected for age and sex distribution from the US 2000 population, is 2.5% (2

54 95% CI, 0.67-6.48; P = .02) but with similar sex distribution (FTLD-tau: 27 of 46 [59%] were male; FT

55 ars, P=0.04), but there was no difference in sex distribution, hypertension, left ventricular (LV) fu

56 y matching was performed to obtain a similar sex distribution in each age-decile group.

57 S, two-thirds of cases were men, whereas the sex distribution in PSP-P was even.

58 After adjusting for the age and sex distribution in the population, the segmented regres

59 Thirty-eight studies reported sex distribution in the screened population (170 053 pat

60 Studies reporting sex distribution in the treatment group were included in

61 .2%]), with matched age, weight, height, and sex distributions in 2 groups.

62 28 women (18-89 y old) stratified by age and sex distribution (in the 2001 Greek census) from the Att

63 ples from 472 individuals of similar age and sex distribution, including 153 control subjects, 203 pa

64 ated and untreated patients were similar for sex distribution, IPI score, and NHL stage, and differed

65 Twenty participants (equal sex distribution; mean +/- SD age: 61.4 +/- 14.1 y; BMI:

66 For cases reported in 1993, age and sex distribution, month of disease onset, and proportion

67 The groups were of similar age and sex distribution; most children had quiescent or mild di

68 healthy control subjects of similar age and sex distributions (n = 16 per group) underwent: 1) a ski

69 Understanding the determinants of the sex distribution of adults with CHD is important for our

70 ice were tested for incidence, severity, and sex distribution of CIA.

71 supply model was developed using the age and sex distribution of current physicians, retirement and m

72 s study was to evaluate recent trends in the sex distribution of first and last authorship of article

73 chi(2) testing was performed to compare the sex distribution of lung cancer in the present series wi

74 present series with population data for the sex distribution of lung cancer in the United States dur

75 more commonly affects women (female to male sex distribution of nearly 3:1).

76 ot significantly different from that for the sex distribution of NSCLC according to national data (ch

77 Age and sex distribution of participants were measured at the ti

78 by sampling method, study location, and the sex distribution of participants.

79 Age and sex distribution of patients was similar in the randomis

80 The proportion of SRs reporting the sex distribution of primary studies varied from a low of

81 census estimates standardized to the age and sex distribution of the 2000 census population.

82 jurisdictions), and adjusted for the age and sex distribution of the assessed children in a cross-sec

83 Prevalence and sex distribution of the broad ARFID phenotype were simil

84 for survey design and to reflect the age and sex distribution of the population under FoodNet surveil

85 were used to obtain the age, ethnicity, and sex distribution of the population.

86 Rates were standardised to the age and sex distribution of the US acute myocardial infarction p

87 ortion 1132/100 000, adjusted to the age and sex distribution of the US adult population in 1990) had

88 Although age and sex distributions of calcified coronary plaque have been

89 large-scale collaborative study of rates and sex distributions of psychiatric disorders from childhoo

90 Age-sex distributions of the caprines in upper Level 4 indic

91 ison at age 9, there were differences in the sex distributions of the profiles between the samples.

92 e NCEP III guidelines will alter the age and sex distributions of the treatment-eligible population,

93 Given the specific age- and sex- distribution of COVID-19 mortality, the underlying

94 Accounting for the age-and sex-distribution of the underlying populations with AMTR

95 There were no differences in sex distribution or number of anticonvulsants used betwe

96 There was no significant difference in age, sex distribution, or third-degree component of the burn

97 onal outcomes included differences in age-by-sex distribution overall and by anatomical region using

98 Groups did not differ in terms of age, sex distribution, race, or mean (+/- SD) plasma 25(OH)D

99 es, there were no significant differences in sex distribution, rate of cesarean delivery, Apgar score

100 between abstainers and alcohol users in age, sex distribution, severity of liver dysfunction, median

101 The pattern of uptake as well as the age and sex distribution suggest that the (18)F-FDG in fat is in

102 patients with juvenile SLE, the female:male sex distribution was 5.6:1 and the median age at diagnos

103 was 65.5 years (IQR, 56.5-76.9 years), while sex distribution was comparable (137 of 198 men [69.2%]

104 A similar sex distribution was observed among patients with GGT; h

105 using a pump (7.6 [4.1] vs 8.7 [4.5] years); sex distribution was similar (562 [52.7%] vs 988 [53.3%]

106 Sex distribution was similar between portal vein and hep

107 Sex distribution was similar between the groups (57% fem

108 . 60.23 +/- 17.49 years; p = 0.004), but the sex distribution was similar.

109 the proportions of B- and T-cell NHL and the sex distribution were similar to NA.

110 Baseline age and sex distributions were similar between groups, but morph

111 Their age and sex distributions were similar to those of the subjects

112 The age and sex distributions were similar.

113 N = 111 subjects), with similar mean age and sex distribution, while subjects performed a Sternberg I