ライフサイエンスコーパス: self-care

1 supporters, and healthcare professionals) on self-care.

2 ement in chronic disease self-management and self-care.

3 provide users with more flexible choices in self-care.

4 ing information provided to donors regarding self-care.

5 Carers have the potential to improve patient self-care.

6 he other cognitive domains were unrelated to self-care.

7 eeds more intensive interventions to improve self-care.

8 of socio-demographic and clinical factors on self-care.

9 specific cognitive domains and heart failure self-care.

10 s to identify patients at risk of inadequate self-care.

11 100, where a score <70 indicates inadequate self-care.

12 elf-care and 85 to acupuncture plus enhanced self-care.

13 re relatively low, but few fellows engage in self-care.

14 ve functioning and patient behaviors such as self-care.

15 ion session delivered by a nurse focusing on self-care.

16 stantially grow the evidence base supporting self-care.

17 gin with a theoretically sound definition of self-care.

18 stantially grow the evidence base supporting self-care.

19 y life and maintain health is referred to as self-care.

20 y and mortality associated with improper VAD self-care.

21 nflammatory bowel disease to perform routine self-care.

22 velopment for mobility, and even more so for self-care.

23 s seem to share the same fundamental view of self-care.

24 vs. $4095), mobility ($7266 vs. $4115), and self-care ($10 935 vs. $4436) disability versus those wh

25 ith mobility ($2309 [CI, $208 to $4409]) and self-care ($3187 [CI, $432 to $5942]) disability.

26 mited in mobility (88% versus 71%; P=0.004), self-care (40% versus 25%; P=0.019), and independent dai

27 ths postinjury was 37% for mobility, 21% for self-care, 47% for usual activities, 50% for pain/discom

28 45%; odds ratio, 3.1 [1.6-6.1]; p = 0.001), self-care (49% vs 15%; odds ratio, 5.8 [2.9-11.7]; p < 0

29 Self-care, a key element of heart failure care, is chall

30 Cognitive impairment can reduce the self-care abilities of heart failure patients.

31 sive symptoms, and fall prevention, improved self-care ability and decreased emergency department vis

32 are groups did not differ in trajectories of self-care ability and service utilisation.

33 ed similar thoughts about social support and self-care ability by race, whereas AA patients described

34 Patients' self-care ability was measured by activities of daily li

35 Family carers often support or substitute self-care activities, and act as proxies for self-manage

36 ropriate measure to monitor changes in daily self-care activities; and younger age at disease onset i

37 living kidney donors regarding follow-up and self-care after donation.

38 (38.2%) foresaw themselves unable to manage self-care alone.

39 he self-care questionnaire for assessment of self-care among patients with inflammatory bowel disease

40 ants, 105 were randomly assigned to enhanced self-care and 85 to acupuncture plus enhanced self-care.

41 for permission as key in enabling nurses to self-care and be self-compassionate, which may facilitat

42 ked to a core process: needing permission to self-care and be self-compassionate.

43 he relationship between simple attention and self-care and between working memory and self-care (comp

44 Patient self-care and care partner (or caregiver) contributions

45 We measured patient's self-care and care partner contributions to self-care in

46 thood, which in turn would predict favorable self-care and dental attendance behaviors; those would l

47 and caregiver contributions to heart failure self-care and identify common dyadic archetypes, respect

48 ability to perform activities essential for self-care and independent living.

49 nce rates in the past month were 23%-81% for self-care and lifestyle requirements (diet, exercise, bl

50 e and objectives of the research and measure self-care and related factors carefully.

51 Data on heart failure self-care and self-care confidence were collected with t

52 This study explored nurses' experience of self-care and self-compassion and how this may relate to

53 The study highlights the importance of self-care and self-compassion within nursing education a

54 of NMDAR function on PV interneurons impairs self-care and sociability while increasing N1 latency an

55 ded to reveal the modifiable determinants of self-care and the complex relationships between patients

56 can deepen our theoretical understanding of self-care and the mechanisms underlying self-care, which

57 self-care confidence consistently influenced self-care and totally mediated the relationship between

58 Helping nurses to be proactively more self-caring and self-compassionate may increase their ab

59 ission from others and from themselves to be self-caring and self-compassionate.

60 ors, (5) related to self-care or elements of self-care, and (6) related to CVD.

61 risk profiles, education levels, drug usage, self-care, and comorbidities at baseline.

62 hild's healthy sibling or siblings, managing self-care, and coping with feelings of uncertainty.

63 ssociated with more limitations in mobility, self-care, and daily activities compared with patients w

64 -care behaviors are an integral component of self-care, and may be impacted by the disease process of

65 ng, and Body Image, as well as for Mobility, Self-care, and Pain/Discomfort.

66 and caregiver contributions to heart failure self-care, and to identify patient-, caregiver- and dyad

67 s through which cognitive impairment affects self-care are not currently well defined but evidence fr

68 care partner (or caregiver) contributions to self-care are recommended to reduce the impact of MCC an

69 ral context so that interventions to promote self-care are tailored accordingly.

70 n the influence of diabetes on heart failure self-care as well as on the influence of socio-demograph

71 ficantly lower hot flash score than enhanced self-care at the end of treatment (P < .001) and at 3- a

72 y Screening Instrument and the Diabetes Foot Self-Care Behavior Scale.

73 e behavior change techniques used to enhance self-care behavior; and 4) assess the dose of self-care

74 with self-care, the influence of culture on self-care behavioral choices, the difficulty performing

75 l health-related beliefs (15, 26, and 32 y), self-care behaviors (15, 28, and 32 y), oral health outc

76 tanding cultural factors that help or hinder self-care behaviors among individuals with CVD.

77 contribution of comorbidity to heart failure self-care behaviors and outcomes (i.e. hospitalization,

78 Self-care behaviors are an integral component of self-ca

79 ort may positively influence an individual's self-care behaviors by assisting with activities associa

80 ly-specific practices and their influence on self-care behaviors can inform development of interventi

81 had improved adherence to diabetes mellitus self-care behaviors from baseline to 6-month follow-up.

82 To date, the influence of culture on self-care behaviors has not been adequately examined in

83 the relationship between social support and self-care behaviors in individuals with heart failure (H

84 rmine the effectiveness of social support on self-care behaviors in individuals with heart failure, s

85 Cognition affects self-care behaviors indirectly, through self-care confid

86 findings suggest that greater engagement in self-care behaviors is associated with better HF outcome

87 Barriers and facilitators to their self-care behaviors reflected the Lebanese context and c

88 ave a positive relationship on heart failure self-care behaviors, with an individual's family playing

89 art failure patients which, in turn, impairs self-care behaviors.

90 ce in the relationship between cognition and self-care behaviors.

91 influence of social support on heart failure self-care behaviors.

92 n assisting individuals to maintain positive self-care behaviors.

93 aspects of social support and heart failure self-care behaviors.

94 ship between self-efficacy and heart failure self-care behaviors?

95 gulation programme could effectively improve self-care behaviour in patients with heart failure.

96 gulation programme could effectively improve self-care behaviour in patients with heart failure.

97 Self-care behaviour is important for patients with heart

98 Self-care behaviour was measured by the Self-Care of Hea

99 More than half of patients have poor self-care behaviour.

100 their own problems, and perform appropriate self-care behaviour.

101 In these 379, heart failure self-care behaviours were suboptimal (means range from 5

102 intervention group reported improvements in self-care behaviours, including self-maintenance and sel

103 diate the relationship between cognition and self-care, but further study is needed to validate this

104 Prognosis for mobility and self-care capability can largely be based on development

105 with increasing limitations in mobility and self-care capability for higher GMFCS levels.

106 e developmental trajectories of mobility and self-care capability in a large sample of children and a

107 Mobility and self-care capability were assessed with the Pediatric Ev

108 l Rating Scale (ALSFRS): swallowing, walking/self-care, communicating and breathing.

109 and self-care and between working memory and self-care (comparative fit index range: .929-.968; root

110 Specific aims were to: 1) identify what self-care concepts and behaviors are evaluated in self-c

111 f-care management (B = 6.33, p = 0.004), and self-care confidence (B = 5.15, p = 0.003) at four weeks

112 elf-care management (B = 6.97, p = 0.03) and self-care confidence (B = 6.24, p = 0.001) at 8 weeks.

113 egiver (p=0.04), family income (p=0.009) and self-care confidence (p<0.001) were determinants of self

114 p=0.01), number of medications (p=0.004) and self-care confidence (p<0.001) were significant determin

115 e (p=0.12), self-care management (p=0.21) or self-care confidence (p=0.51).

116 Self-care confidence appears to be an important factor i

117 this study was to test the mediating role of self-care confidence between specific cognitive domains

118 In mediation models, self-care confidence consistently influenced self-care a

119 f-care maintenance, self-care management and self-care confidence in patients with heart failure and

120 this study was to test the mediating role of self-care confidence in the relationship between cogniti

121 Interventions aimed at improving self-care confidence may improve self-care, even in hear

122 Theory and preliminary evidence suggest that self-care confidence may mediate the relationship betwee

123 f-care maintenance, self-care management and self-care confidence of heart failure patients; (3) to i

124 f-care maintenance, self-care management and self-care confidence of patients with heart failure and

125 ot mean square error of approximation=0.02): Self-care confidence totally mediated the relationship b

126 Data on heart failure self-care and self-care confidence were collected with the Self-Care o

127 f-care maintenance, self-care management and self-care confidence were measured with the Self-Care of

128 tive function (p<0.001) were determinants of self-care confidence.

129 ects self-care behaviors indirectly, through self-care confidence.

130 -care maintenance, self-care management, and self-care confidence.

131 Patients described facilitators to self-care consistent with the Lebanese socio-cultural va

132 Care partner determinants of self-care contributions included age, gender, education,

133 .6% with mobility disability, and 20.0% with self-care disability.

134 problems in mobility, usual activities, and self-care domains were reported in 37.4%, 43.7%, and 20.

135 ) were unable to work as previous or perform self-care due to their hernia.

136 her than chronic, or benefitting little from self-care (e.g. dementia) were excluded.

137 tion (n = 1104 patients), in which nurse-led self-care education, a structured hospital discharge sum

138 ted by factors that may hinder or facilitate self-care especially in countries that experience politi

139 n important factor influencing heart failure self-care even in patients with impaired cognition.

140 t improving self-care confidence may improve self-care, even in heart failure patients with impaired

141 , Anxiety and Depression Scale, the European self-care form.

142 dity and self-efficacy interact to influence self-care, hospitalization, and quality of life remains

143 self-care and care partner contributions to self-care in dyads using the Self-care of Chronic Illnes

144 Culture influences self-care in general, but predominantly self-care mainte

145 eased confidence or self-efficacy to perform self-care in heart failure patients which, in turn, impa

146 Determinants of self-care in heart failure patients with diabetes mellit

147 ature examining cultural factors influencing self-care in patients with CVD.

148 ation and counseling intervention to improve self-care in patients with HF.

149 Assessment of self-care in patients with inflammatory bowel disease co

150 There are no existing measures assessing self-care in patients with inflammatory bowel disease.

151 self-care with multiple chronic conditions, self-care in persons with severe mental illness, and the

152 nce should be considered as a way to improve self-care in this population.

153 a gradient in the level of contributions to self-care, in addition to different approaches to workin

154 The beneficial effects of self-care include improved well-being and lower morbidit

155 Important patient clinical determinants of self-care included cognitive status, number of medicatio

156 .5-96.7 for mobility and 91.8, 90.1-93.4 for self-care), indicating capability for most if not all it

157 if they compared a behavioral or educational self- care intervention to usual care or another self-ca

158 - care intervention to usual care or another self-care intervention and were conducted in adults.

159 improve the quality and reporting of future self-care intervention research.

160 Use theory to develop self-care interventions and consider translational model

161 elf-care behavior; and 4) assess the dose of self-care interventions delivered.

162 inal research, written in English, on dyadic self-care interventions in adult samples.

163 Major deficits found in self-care interventions included a lack of attention to

164 c (patient and informal carer) heart failure self-care interventions seek to improve patient self-car

165 onal researchers are increasingly developing self-care interventions to improve outcomes of individua

166 esearch exists describing different types of self-care interventions, but these studies have never be

167 components, context, and outcomes of dyadic self-care interventions.

168 nt, evaluation and implementation of complex self-care interventions.

169 due to challenges with designing and testing self-care interventions.

170 care concepts and behaviors are evaluated in self-care interventions; 2) classify and quantify hetero

171 wledge Survey of Diabetes Mellitus, Diabetes Self-Care Inventory, Patient Health Questionnaire 9, and

172 Self-care is a fundamental element of treatment for pati

173 Acupuncture in association with enhanced self-care is an effective integrative intervention for m

174 Self-care is an important factor in maintaining health a

175 Inadequate support for mobility and self-care is associated with higher Medicare spending, e

176 sions, we identified seven major reasons why self-care is challenging, which can be grouped into the

177 Self-care is critical for maintaining health, minimizing

178 The number of studies in the area of self-care is growing and international researchers are i

179 The vision of this Center is a world where self-care is prioritized by individuals, families, and c

180 Self-care is vital for patients with heart failure to ma

181 aborative program of research that addresses self-care knowledge gaps and improves outcomes, create a

182 Both for mobility and self-care, limits and rates of development differed amon

183 ibited significantly greater improvements in self-care maintenance (B = 3.74, p = 0.01), self-care ma

184 The presence of diabetes did not influence self-care maintenance (p=0.12), self-care management (p=

185 tial scalar invariance level was reached for self-care maintenance [chi(2)(50) = 63.495, p = 0.095; R

186 d higher levels of self-care monitoring than self-care maintenance and management behaviours.

187 iated the relationship between cognition and self-care maintenance and management.

188 nces self-care in general, but predominantly self-care maintenance behaviors.

189 Self-efficacy is important in the self-care maintenance process at each level of comorbidi

190 Higher levels of self-care maintenance were associated with higher qualit

191 ent or maintain the stability of an illness (self-care maintenance), to monitor signs and symptoms (s

192 d the relationship between self-efficacy and self-care maintenance, but not self-care management.

193 (1) To compare self-care maintenance, self-care management and self-car

194 imate if the presence of diabetes influences self-care maintenance, self-care management and self-car

195 cio-demographic and clinical determinants of self-care maintenance, self-care management and self-car

196 Self-care maintenance, self-care management and self-car

197 Care of Heart Failure Index v.6.2 to measure self-care maintenance, self-care management, and self-ca

198 Self-care (self-care maintenance, self-care monitoring and self-car

199 f the relationship between self-efficacy and self-care maintenance, tailoring interventions aimed at

200 rt-term memory, which had a direct effect on self-care maintenance, the other cognitive domains were

201 re confidence (p<0.001) were determinants of self-care maintenance.

202 self-care maintenance (B = 3.74, p = 0.01), self-care management (B = 6.33, p = 0.004), and self-car

203 d significantly greater improvements only in self-care management (B = 6.97, p = 0.03) and self-care

204 ot influence self-care maintenance (p=0.12), self-care management (p=0.21) or self-care confidence (p

205 CFI = 0.996; TLI = 0.995; SRMR = 0.054], and self-care management [chi(2)(51) = 91.334, p = 0.001; RM

206 nical determinants of self-care maintenance, self-care management and self-care confidence in patient

207 f diabetes influences self-care maintenance, self-care management and self-care confidence of heart f

208 (1) To compare self-care maintenance, self-care management and self-care confidence of patient

209 Self-care maintenance, self-care management and self-care confidence were measu

210 The basic nursing curriculum should include self-care management strategies for sleep difficulties t

211 f-care maintenance, self-care monitoring and self-care management) was measured with the Self-Care of

212 rt, medication adherence, sodium intake, and self-care management) were collected from 109 patients w

213 gns and symptoms of an illness exacerbation (self-care management).

214 ndex v.6.2 to measure self-care maintenance, self-care management, and self-care confidence.

215 e (p<0.001) were significant determinants of self-care management.

216 rbidity were associated with lower levels of self-care management.

217 -efficacy and self-care maintenance, but not self-care management.

218 erm costly health crises, supporting patient self-care, maximizing effectiveness of office visits, se

219 t differences were found in any of the three self-care measures in heart failure patients with and wi

220 38; CFI = 0.981; TLI = 0.977; SRMR = 0.036], self-care monitoring [chi(2)(22) = 28.770, p = 0.095; RM

221 Self-care (self-care maintenance, self-care monitoring and self-care management) was measu

222 and care partners reported higher levels of self-care monitoring than self-care maintenance and mana

223 maintenance), to monitor signs and symptoms (self-care monitoring), and to respond to signs and sympt

224 ported greater contributions to the areas of self-care most insufficient on the part of the patients;

225 ontributions to self-care in dyads using the Self-care of Chronic Illness Inventory and the Caregiver

226 estigated the measurement equivalence of the Self-Care of Chronic Illness Inventory in individuals fr

227 lly or totally supported in all three of the Self-Care of Chronic Illness Inventory scales.

228 The results of the Self-Care of Chronic Illness Inventory will be comparabl

229 A generic measure of self-care, the Self-Care of Chronic Illness Inventory, based on the The

230 Inventory and the Caregiver Contribution to Self-care of Chronic Illness Inventory.

231 self-care management) was measured with the Self-Care of Chronic Illness Inventory.

232 ic Illness Inventory, based on the Theory of Self-Care of Chronic Illness, was developed for use in i

233 self-care confidence were collected with the Self-Care of Heart Failure Index 6.2.

234 Self-care behaviour was measured by the Self-Care of Heart Failure Index at baseline, 4 weeks an

235 We used the Self-Care of Heart Failure Index v.6.2 to measure self-c

236 self-care confidence were measured with the Self-Care of Heart Failure Index Version 6.2; each scale

237 ding quartile, differences were observed for self-care only ($1460 [CI, $358 to $2561]).

238 eople's beliefs, SES, dental attendance, and self-care operating since the childhood years.

239 health and health behaviors, (5) related to self-care or elements of self-care, and (6) related to C

240 ), anticipated difficulty with postoperative self-care (OR, 1.6; 95% CI, 1.0-2.2), Charlson Comorbidi

241 neck pain may benefit from additional active self-care-oriented approaches.

242 within the domains of mobility (p < 0.001), self-care (p = 0.041), usual activities (p < 0.001) and

243 ements in health in the domains of mobility, self-care, pain, cognition, and interpersonal activities

244 95% CI, 1.11 to 1.42]), and documentation of self-care plans (48.4% for TBC vs 8.7% for TPM; OR, 5.59

245 alth conditions highly depend on one's daily self-care practice and compliance to preventive and cura

246 mong patients with diabetic neuropathy, foot self-care practice may be insufficient to prevent the oc

247 The purpose of this study was to explore self-care practices among Lebanese cardiac patients.

248 Cardiac self-care practices are essential for managing cardiac i

249 Lebanese patients reported select self-care practices in dealing with their cardiac illnes

250 The most common self-care practices included taking medications and eati

251 nd the country's political situation impeded self-care practices whereas family support facilitated t

252 to reveal factors that might influence these self-care practices.

253 rs of cardiac patients demonstrated selected self-care practices; II.

254 Over 45% of patients with mobility and self-care problems at 6 months in A Controlled Compariso

255 LHF scores over time (p=0.768), the European self-care questionnaire (p=0.340) or the mean HAD anxiet

256 The final self-care questionnaire consists of 22 items.

257 The aim was to develop and evaluate the self-care questionnaire for assessment of self-care amon

258 An inflammatory bowel disease-specific self-care questionnaire was developed using structured m

259 ed to develop the inflammatory bowel disease self-care questionnaire.

260 Self-care refers to behaviors that individuals adopt to

261 Patients identified barriers to self-care reflective of the Lebanese political and socio

262 this article we address the current state of self-care research and propose an agenda for future rese

263 Our review of existing self-care research clearly illustrates that the recommen

264 The mission of the Center is to lead the self-care research endeavor, improving conceptual clarit

265 l conference of the International Center for Self-Care Research held in Rome, Italy in June 2019 we i

266 l conference of the International Center for Self-Care Research held in Rome, Italy in June 2019.

267 ledge transfer and support of innovations in self-care research, and support and train others in self

268 re research, and support and train others in self-care research.

269 view lead to eight recommendation for future self-care research.

270 9 we identified important issues in existing self-care research.

271 and were receiving hemodialysis at home or a self-care satellite facility.

272 Self-care (self-care maintenance, self-care monitoring a

273 The SBML group completed a pretest on 3 VAD self-care skills (controller, power source, and dressing

274 SBML provided superior VAD self-care skills learning outcomes compared with usual t

275 nd usual training groups took the same 3 VAD self-care skills tests.

276 r caregivers ventricular assist device (VAD) self-care skills.

277 models focus on improving knowledge, coping, self-care, social support, and self-management strategie

278 s of patient education, self-management, and self-care studies.

279 f-care interventions seek to improve patient self-care such as adherence to medical treatment, exerci

280 Web-based self-care support and communication coaching added to Sx

281 oup completed the existing institutional VAD self-care teaching protocol.

282 ibuted to different aspects of heart failure self-care that was generally poor; these dyads were pred

283 ontributions to all aspects of heart failure self-care, the best relationship quality and lowest care

284 of stressful life events that interfere with self-care, the influence of culture on self-care behavio

285 A generic measure of self-care, the Self-Care of Chronic Illness Inventory, b

286 VAD simulation-based mastery learning (SBML) self-care training curriculum with usual VAD self-care t

287 self-care training curriculum with usual VAD self-care training.

288 challenges with regard to the definition of self-care, use of theory, and research design, intended

289 questionnaire [EQ-5D-5L] measuring mobility, self-care, usual activities, pain or discomfort, and anx

290 scores across all 5 EQ-5D domains (mobility, self-care, usual activities, pain, and anxiety), as well

291 sex-matched control group in the domains of self-care, usual care, and anxiety and depression, and a

292 Acupuncture plus enhanced self-care was associated with a significantly lower hot

293 Self-care was poor in heart failure patients with diabet

294 , the relationship between self-efficacy and self-care was significantly stronger than in patients wi

295 I, the estimated mean limit for mobility and self-care were both higher than 90 (95.6, 95% CI 94.5-96

296 Major gaps in targeted areas of self-care were identified.

297 g of self-care and the mechanisms underlying self-care, which can contribute to the development of ef

298 yadic interventions to promote heart failure self-care, while growing, is still very limited.

299 ndomized controlled trial on HF education of self-care with 2 intervention groups versus control who

300 ehavioral choices, the difficulty performing self-care with multiple chronic conditions, self-care in