ライフサイエンスコーパス: diary

1 prospective record of sleep patterns (sleep diary).

2 er randomisation, measured with the time use diary.

3 information was captured using an electronic diary.

4 tment as indicated by a standardized patient diary.

5 s/d (95% CI, -1.1 to -0.4) for the Web-based diary.

6 ed and transmitted daily using an electronic diary.

7 ribe and compare IVP using a daily pictorial diary.

8 ia for IBS, aged 18-65 completed a pre-study diary.

9 a: recorded behaviour from a daily pictorial diary.

10 obiotics twice daily and to complete a daily diary.

11 ded with daily entry into a novel electronic diary.

12 nded to test validity and reliability of the diary.

13 ontinence per 3-day period, as recorded in a diary.

14 Participants also kept a daily asthma diary.

15 reported severity score stiffness on the IVR diary.

16 rate our methods on the WikiLeaks Afghan War Diary.

17 and use of ancillary medications in a daily diary.

18 come questionnaire; and daily symptom record diary.

19 ic agents, as recorded in a daily electronic diary.

20 persons (N = 52) completed a three-day food diary.

21 ime, recorded by subjects using a patient PD diary.

22 recorded by parents and carers in a seizure diary.

23 mpairment were collected from a survey and a diary.

24 ison to those that did not receive a patient diary.

25 adache information daily using an electronic diary.

26 is, and fever were assessed by weekly health diaries.

27 nt sessions, using data from patients' bowel diaries.

28 rehabilitation, disease management, and ICU diaries.

29 tively by using maternally completed feeding diaries.

30 lysis of 4 consecutive 24-h food-consumption diaries.

31 aine days, as recorded in patient electronic diaries.

32 take was assessed by using 7-d precoded food diaries.

33 each cycle, four 24HDRs per cycle, and daily diaries.

34 se, 759 participants completed daily symptom diaries.

35 ng a scale of 0 to 10) and duration in daily diaries.

36 to wear wrist actigraphs and complete sleep diaries.

37 pedometers, 12-wk walking programmes, and PA diaries.

38 n time) at 3 months as recorded in patients' diaries.

39 of treatment as documented in 7-day bladder diaries.

40 rom baseline to week 12, as assessed by home diaries.

41 n) without troubling dyskinesia, using motor diaries.

42 Pain was assessed daily with self-report diaries.

43 kes, and sunlight exposure questionnaires or diaries.

44 Patients did not always send in their diaries.

45 bsolute off-time vs placebo based on patient diaries.

46 hours, 21 of whom also completed after-hours diaries.

47 er 6 months, was measured with monthly 3-day diaries.

48 ich were assessed daily with the use of pain diaries.

49 onitored from birth using questionnaires and diaries.

50 y intake was evaluated with prospective food diaries.

51 interval, -0.48 to -0.30) and SL NTG use by diary (-0.38; 95% confidence interval, -0.43 to -0.32) o

52 Four instruments (3 daily diaries, 1 for adults and 2 for children; and 1 retrospe

53 ree-day dietary intake diary, a 14-day sleep diary, 14 days of actigraphy, and measurements of sleep

54 surviving patients (prediary 34.6 +/- 15.9, diary 21 +/- 12.2, and postdiary 29.8 +/- 15.9; p = .02)

55 post-traumatic stress symptomatology scores (diaries 24, SD 11.6; no diary 24, SD 11.6) and delusiona

56 mptomatology scores (diaries 24, SD 11.6; no diary 24, SD 11.6) and delusional ICU memory recall (RR

57 significantly across periods (prediary 80%, diary 31.7%, postdiary 67.6%; p<.0001).

58 urinary incontinence (as recorded in a 3-day diary), a negative cough and Valsalva stress test, no se

59 ss questionnaire, a three-day dietary intake diary, a 14-day sleep diary, 14 days of actigraphy, and

60 tudy (during office hours) and self-reported diary (after hours).

61 intakes of 956+/-327.9mg estimated from diet diary analyses and 935+/-329.9mg estimated by a duplicat

62 y intake estimation comparisons through diet diary analyses and duplicate diet for other elements sho

63 om total fat were 0.90 (0.66, 1.23) for food diaries and 0.80 (0.59, 1.09) for FFQs.

64 Sleep diaries and actigraphy measured sleep onset latency (SOL

65 Nutrient intakes were estimated from food diaries and FFQs.

66 Diaries and focus groups explored participants' experien

67 k by using estimates of fat intake from food diaries and food-frequency questionnaires (FFQs) pooled

68 re implemented using questionnaires, patient diaries and hospital charts focusing on medical interven

69 Agreement between diaries and monitored times wearing glasses in adults wa

70 s by prospectively collecting weekly symptom diaries and nasal swabs from families for 1 year, (2) an

71 Agreement between the diaries and STAR-Q (metabolic equivalent-hours/day) was

72 Work was evaluated with work diaries and the RA Work Instability Scale.

73 efficacy end points were derived from daily diaries and validated questionnaires completed by patien

74 quality of life were assessed through bowel diaries and validated questionnaires.

75 height and weight measured and complete food diaries and were therefore eligible for the study.

76 , 3260 users had registered with the Allergy Diary and 2710 had completed the baseline questionnaire.

77 measured with the use of a 3-d weighed food diary and accelerometer wear.

78 Seven days of diary and actigraphy data did not corroborate with month

79 ion technology (ICT) tools (i.e. the Allergy Diary and CARAT: Control of Allergic Rhinitis and Asthma

80 Students kept a daily time-activity-symptom diary and measured PEF (peak expiratory flow) using peak

81 PA intensity feedback, and an individual PA diary and plan.

82 ntry, participants tracked stool output in a diary and provided stool samples for pathogen identifica

83 Patients completed a bowel habit diary and questionnaires on bowel functions and patient

84 ealth-related questionnaires, kept a fatigue diary and wore a wrist actigraph for 7 days during the t

85 mes were hot flash bother, recorded on daily diaries, and clinical improvement (defined as hot flash

86 olds were followed up with serology, symptom diaries, and collection of respiratory specimens during

87 ued AEs from parental reports, daily symptom diaries, and dose escalations.

88 easures included macronutrient intake, stool diaries, and fecal short-chain fatty acid concentrations

89 in seizure frequency as recorded in seizure diaries, and partially validated by objective seizure ev

90 ed 61 undergraduates for 30 days using sleep diaries, and quantified sleep regularity using a novel m

91 ring from ICU admission who received patient diaries, and those who did not.

92 We estimated sulphur intake from food diaries, and validated the results with the use of a dup

93 try; 3) a sun exposure and physical activity diary; and 4) clinical measurements and blood collection

94 Data from asthma diaries are frequently used as an end point in asthma st

95 Questionnaires and bladder diaries are important adjuncts.

96 ; however, data on the validity of Web-based diaries are scarce.

97 rectal examination), urinalysis and bladder diary as being essential in the assessment of men with l

98 a novel, study specific, electronic symptom diary as patient reported outcome to measure the treatme

99 NetworK for allergic rhinitis) App (Allergy Diary) assesses allergic rhinitis symptoms, disease cont

100 Diet was assessed with the use of 3-d diet diaries at ages 5 and 7 y.

101 of hot flashes assessed by prospective daily diaries at weeks 4 and 8.

102 d 12 months' follow-up and from a 3-day food diary at 12 months from March 2013 to August 2014.

103 8 y were assessed by using a 3-d nutritional diary.At age 8 y, no differences were found in body size

104 We adopted a commonly used diary-based design to conduct a social contact survey in

105 Diary-based studies confirm that anger and other negativ

106 y Scale, and patients completed a 4-day food diary before and at the end of the intervention.

107 ractices were reported by parents in monthly diaries between the 3rd and 12th months of life.

108 Patients recorded hot flushes in a daily diary by use of the Hot-Flash Score, devised by Sloan an

109 years (n = 228) completed a 4-week Web-based diary, C-ACT, ACT, and an asthma-related quality-of-life

110 standardised collection of exacerbations and diary card variables, were used to construct and test Co

111 nt-to-treat (ITT) population on the basis of diary cards (primary analysis; 41.9% [18 of 43] v 29.7%

112 sthma was diagnosed prospectively from daily diary cards and clinic visits every 6 months.

113 duration of episodes, as monitored in daily diary cards from birth.

114 Participants tracked stool output on diary cards in country and provided samples for pathogen

115 Median recovery time as judged by symptom diary cards was significantly related to the time taken

116 Laboratory tests and diary cards were used for safety assessment.

117 ement between self-reported adherence (daily diary cards) and objectively measured adherence (number

118 ting occasion) were determined from 3-d diet diaries completed by parents when the children were 21 m

119 off-state (assessed from Parkinson's disease diaries completed by patients).

120 AGI incidence was estimated from health diaries completed weekly by households within each study

121 e of prescribed patching reported in a 7-day diary completed 2 months after surgery, and 48-hour reca

122 cale and other PBC symptoms in an electronic diary completed twice daily by the patients.

123 birth weight, sex, difference in age at diet-diary completion, and appetite measurement, higher FR wa

124 m the last year is the drafting of a bladder diary, consistent with the International Consultation on

125 tal sensory thresholds) and secondary (bowel diaries, constipation, and GIQoL [gastrointestinal quali

126 tics based upon data captured by the Allergy Diary could be identified and (iii) information gathered

127 stionnaires at 2 and 12 months of age, and a diary covering the time in between.

128 8.7 [4.7] years), 403 provided post-baseline diary data and 337 completed study treatment.

129 Electronic diary data capture was 98% in both groups.

130 Principal component analysis of diet diary data from 41 infants given a diagnosis of food all

131 oning system data and from individual travel-diary data obtained from adults in the Travel Assessment

132 egnancy, with adjustment for parent-reported diary data on breastfeeding, age at gluten introduction

133 Children from birth to 18 years with time-diary data were included: 2832 children in 1997, 2520 ch

134 The Insomnia Severity Index and daily sleep diary data were used to determine changes in insomnia se

135 emission sources, census data, and activity diary data, and compared for selected regions and season

136 ndomized participants who provided hot flash diary data, the mean difference in hot flash frequency r

137 out troublesome dyskinesia, as assessed from diary data.

138 reas only 14.2% reported pain in 5% or fewer diary days (adjusted).

139 eir 24HDRs compared with their corresponding diary days (mean = 0.51 vs. 0.80 cups/day, P < 0.001) (1

140 atients reported pain in greater than 95% of diary days, whereas only 14.2% reported pain in 5% or fe

141 Food diaries demonstrated good adherence to the dietary advic

142 y (Insomnia Severity Index) and online sleep diary-derived values for sleep-onset latency and wake af

143 Subjects completed a daily smoking diary detailing the number of cigarettes smoked during 7

144 whereas estimates from actigraphy and sleep diaries did not.

145 th the Rome III constipation criteria, stool diary, digital rectal examination, rectal diameter asses

146 ractices were reported by parents in monthly diaries during the first year of life.

147 ly energy intake was estimated from 3-d food diaries during the week before each visit.

148 mental exposures were documented with weekly diaries during year 1.

149 Comments he wrote in a memoir-diary during World War I explain how he came to the deci

150 ubjects completed the Celiac Disease Symptom Diary each day for 28 days and underwent an upper gastro

151 obtained over a 3-month period at home using diaries, enabling subjects to self-report pain attacks,

152 e glasses monitors was assessed by comparing diary entries and monitor recordings in adults.

153 Stool Scale (1-7) for at least 66% of daily diary entries during that week.

154 s sectionally and longitudinally, with daily diary entries of angina frequency and SL NTG use.

155 Diary entries regarding occupancy and particle related a

156 homatis, ompA genotyping, and interviews and diary entries to document sex partner-specific coitus an

157 6 days through on-site monitoring, personal diary entries, and recording of personal UVB exposure do

158 n into Cancer in Norfolk study with 7-d diet diary estimates of vitamin C intake and plasma concentra

159 ive either standard care or a structured QOL diary (European Organisation for Research and Treatment

160 Seizure diaries evaluated the final seizure remission between mo

161 select the most robust algorithm to define a diary event for the composite outcome.

162 te outcome, CompEx, as first occurrence of a diary event or a severe exacerbation.

163 from five trials, we established a series of diary events based on peak expiratory flow (P), reliever

164 apturing clinically relevant deteriorations (diary events) that, when combined with severe exacerbati

165 vention groups versus control who were given diaries for 24 months to track daily weight, HF symptoms

166 nty-two healthy young adults completed daily diaries for 8 d that assessed positive, negative, and co

167 rom RCTs of the benefits or harms of patient diaries for patients and their caregivers or family memb

168 Mothers kept prospective food diaries for the first year of life, with resultant diet

169 s, craving, mood, and behavior on electronic diaries for up to 16 weeks.

170 ucose monitor and simultaneously kept a food diary for 3 d.

171 and record their activities in a structured diary for the next 10 days.

172 Patients completed a daily diary for up to 6 months, recording their maximum pain (

173 The parent-completed Asthma Flare-up Diary for Young Children (ADYC), which was developed sys

174 nplanned use of health services (participant diaries) for adverse events and quality of life (Euroquo

175 of patient diaries, when compared to no ICU diary, for patients or family members to promote recover

176 Using 3-day diet diaries from 1939 children aged 21 months from the Gemin

177 s (RCAT and RQLQ) and kept their own symptom diary from which the RTSS was calculated.

178 A mobile phone app (Allergy Diary, Google Play Store and Apple App Store) collects d

179 onsistent difference between patients in the diary group and the standard care group.

180 The diary group had a poorer QOL in many domains.

181 Patients completed an HFS diary (HFSD) daily.

182 and elderly who are able to use the Allergy Diary, (ii) to study the phenotypic characteristics and

183 o showed modest but consistent self-reported diary improvements.

184 Data from population-based contact diaries in eight European countries from the POLYMOD stu

185 %) of 103 patients with full data from bowel diaries in the PTNS group had a 50% or greater reduction

186 rst, we examined the validity of a Web-based diary in assessing asthma control.

187 0.12-1.19) in participants who received ICU diaries, in comparison to those that did not receive a p

188 determined from DG Symptom Severity daily e-diaries, in which patients recorded vomiting frequency a

189 ference identified from the focus groups and diaries included the anklet acting as a reminder of comm

190 After collecting diary information for one 24-h period, ratings of pain o

191 Survey (2008-2010), which collected 4-d food diary information from 1500 healthy adults.

192 ng the 62 infants with desaturations who had diary information, 48 (77%) experienced them during slee

193 dels-in conjunction with biomonitoring data, diary information, and other related data-can provide a

194 including a website with weekly lessons, web diary, instructional videos, computerized feedback, text

195 Diary intake, folate intake, and coffee consumption were

196 Positive effects were seen for ICU-diary interventions for posttraumatic stress disorder.

197 The Allergy Diary is available in 21 countries.

198 s, as assessed by using questionnaires and a diary kept during year 1, and polymorphisms in innate re

199 Safety was monitored through adverse event diaries maintained through study duration.

200 rd erythema dose (SED) and corresponding sun diaries (mean, 74 days per participant each participatio

201 The diaries measured Incident Seriousness, Receipt of Manage

202 Sleep diary-measured SOL was reduced by 22 minutes in the CBT-

203 Primary outcomes were sleep diary measures at baseline, post-treatment, and 6-month

204 robust improvements in sleep quality, sleep diary measures, and related symptoms (all P < .01), but

205 g from admission to ICU who received patient diaries (median 19; range 14-28), in comparison to no di

206 median 19; range 14-28), in comparison to no diary (median 28; range 14-38).

207 omes include planned use of health services (diaries), mood (Beck Depression Inventory II), and parti

208 was 66+/-13, 58% were men, and 67% completed diaries (n=393).

209 Neither the food diaries nor the FFQs showed any positive associations be

210 received safer-sex counseling and completed diaries of sexual activity.

211 from Ghana, Benin and Central Africa(7), the diaries of slave ship captains record the purchase of fo

212 collected from a healthy infant along with a diary of diet and health status.

213 Participants also maintained a diary of genital signs and symptoms.

214 or more daily off time reported in a patient diary of moderate to severe dyskinesia during waking hou

215 Women kept a diary of products that they used 24 h prior to and durin

216 All volunteers kept a daily diary of symptoms and had a nasal lavage for polymerase

217 ion and intensity for 5 days while keeping a diary of their estimates of tremor duration during the s

218 incontinence episodes as recorded in a 7-day diary of voiding were similar in the intervention group

219 ho completed versus did not complete a daily diary of weight and symptom self-assessment and to ident

220 abeled water (DLW) protocols, 7-day activity diaries on day 15, and the STAR-Q on day 14 and again at

221 A daily online symptom diary on both nose and eye symptoms was completed.

222 : patient's pain rating (in daily electronic diaries) on a visual analog scale (PVAS), the Fibromyalg

223 NetworK for allergic rhinitis) app (Allergy Diary) on smartphones screens to evaluate allergic rhini

224 pective of whether diet was measured by food diaries or by FFQs.

225 ntry (every 90 min) computerised behavioural diaries over three consecutive shifts.

226 Nurses completed online end-of-shift diaries over three-five shifts which collected informati

227 uded alternative assessments of clinical and diary pain scores, scores on quality-of-life tests (the

228 cluded (48 in the prediary period, 49 in the diary period, and 46 in the postdiary period).

229 awake after sleep onset, derived from sleep diaries; polysomnography; and symptoms of fatigue, sleep

230 symptom instruments were classified as daily diaries (prospectively recording symptoms between resear

231 Concurrent sleep diaries provided nap information.

232 y of the 24HDR compared with the prior day's diary record for measuring daily caffeinated coffee inta

233 no use was validated with prospective daily diary records and study visit data.

234 trials showing positive effects: first, ICU diaries reduced new-onset posttraumatic stress disorder

235 In European studies, ICU diaries reduced posttraumatic stress disorder symptoms.

236 The 21 physicians who completed after-hours diaries reported 1 to 2 hours of after-hours work each n

237 en the groups in the secondary end points of diary-reported events.

238 Safety, disease activity measures (daily diary reports of rash, joint pain and/or swelling, and f

239 icroorganisms, colposcopy was performed, and diary reports were collected; 101 of 105 enrolled subjec

240 angina and SL NTG use) and the corresponding diary responses, with correlation coefficients of -0.64

241 orded on an interactive voice response (IVR) diary (scale of 1 = minimal to 9 = worst ever experience

242 ins of the Migraine Physical Function Impact Diary (scale transformed to 0 to 100, with higher scores

243 rvention), and ease of falling asleep (sleep diary score, 2.32 [0.89] at baseline vs 1.83 [0.88] afte

244 fter the intervention), sleep quality (sleep diary score, 3.03 [1.01] at baseline vs 3.53 [0.91] afte

245 The diary scores correlated strongly with C-ACT and ACT scor

246 4, P < .01, respectively) and the changes in diary scores correlated well with changes in C-ACT and A

247 d gastroparesis cardinal symptom index-daily diary scores of 2.6 or more.

248 tcome measures included a Symptom Experience Diary (SED), the Short Form-36 (SF-36) Vitality Subscale

249 and height, with adjustment for age at diet diary, sex, total energy intake, birth weight/length, an

250 Results from the diary showed that 96% of Tanzanian participants and 100%

251 The intensive care unit diary significantly affected posttraumatic stress-relate

252 ver the 6-month period, as recorded in 3-day diaries submitted monthly.

253 Among those who completed symptom diaries, supplementation did not significantly reduce wi

254 The diary-survey methods described here could be used to stu

255 observed epidemiologic data) and direct (via diaries that record at-risk events) approaches to the me

256 ssociated sun-exposure and physical-activity diary that was temporally linked to a blood test for mea

257 Parents were asked to record in a structured diary the number of episodes of regurgitation, duration

258 ff state, as assessed by daily paper patient diaries; the primary analysis followed a hierarchical pr

259 The parents filled out daily symptom diaries throughout the study.

260 heir caregivers recorded events in a seizure diary throughout the study.

261 sing actigraphy and subjectively using sleep diaries to estimate sleep duration, sleep onset latency,

262 Women were given diaries to record IVP daily for six weeks.

263 Mothers used monthly feeding diaries to report the extent of breastfeeding.

264 We analyzed community diaries to understand how the study was perceived in the

265 res of holistic face processing, and a 5-day diary to quantify potential real-world improvements.

266 We used a comprehensive patient diary to record motor and non-motor paroxysmal events.

267 IA-France EIP on AHA reference site (Allergy Diary) to other reference sites.

268 nd very high) based on the first 3 months of diary use and then analyzed time to event (cardiac morta

269 However, it is not known whether diary use improves patient outcomes.

270 sedentary lifestyle was associated with less diary use in an adjusted model (odds ratio, 0.66; 95% co

271 n and sex were not significant predictors of diary use in the adjusted model.

272 ural patients with HF, we found that greater diary use was associated with longer survival.

273 Compared with patients with no diary use, high and very high diary users were less like

274 elf-assessment and to identify predictors of diary use.

275 assess in a pilot study whether (i) Allergy Diary users were able to properly provide baseline chara

276 The Allergy Diary users were classified into six groups according to

277 tients with no diary use, high and very high diary users were less likely to experience all-cause mor

278 udies in diverse populations, comparisons of diaries versus retrospective questionnaires, and evaluat

279 The completion rate of the Web-based diaries was 89%.

280 Information from daily symptom diaries was used to classify infections as symptomatic (

281 In European-based studies: 1) an ICU diary was associated with a significant reduction in pos

282 ma) score ranging from 0 to 4 of the Allergy Diary was compared with EQ-5D (EuroQuol) and WPAI-AS (Wo

283 tional study in which a prospective 3-d food diary was completed, and hemoglobin, serum ferritin, zin

284 Our Web-based diary was valid for recording asthma symptoms.

285 Using data from a 3-day food diary, we compared urinary arsenic across infant feeding

286 Average daily pain scores from diaries were also similar (3.05 for the placebo group an

287 sample of 2402 families with twins, dietary diaries were available for 1216 twin pairs (384 monozygo

288 8 wk of gestation, 24-h recalls and 3-d food diaries were collected from the women in the Growing Up

289 One-week hot flash diaries were collected to calculate a hot flash score (f

290 Detailed prospective headache diaries were kept for 1 month before implantation and fo

291 Food diaries were maintained throughout the study, and a spot

292 sonance imaging (MRI) scans and a 3-day food diary were collected on 32 community-dwelling adults bet

293 d scintigraphy) and bowel function (by daily diaries) were assessed.

294 vity (MVPA)] and breakfast consumption (diet diary) were measured simultaneously over 4 d in 860 adol

295 ary intake was collected by using a 3-d diet diary when the children had a mean age of 21 mo.

296 udies evaluated the effectiveness of patient diaries, when compared to no ICU diary, for patients or

297 o their children, and completed 1-week media diaries where they recorded all of the programs their ch

298 use of monthly questionnaires and household diaries, which were completed by the participants' carer

299 Pittsburgh Sleep Quality Index (PSQI), Daily Diary, Wrist Actigraph, and Piper Fatigue Scale measures

300 A diary written by both the patient's relatives and the in