ライフサイエンスコーパス: self-care

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

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

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

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

5 n conjunction with back care information and self-care.

6 igned to family therapy and 44 to CBT guided self-care.

7 mmunication, control of the environment, and self-care.

8 physical functioning they could not perform self-care.

9 allenging clinical situations, and physician self-care.

10 ing information provided to donors regarding self-care.

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

12 eeds more intensive interventions to improve self-care.

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

14 specific cognitive domains and heart failure self-care.

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

16 100, where a score <70 indicates inadequate self-care.

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

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

19 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

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

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

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

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

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

25 confirming patient comprehension of critical self-care activities helps ensure that all patients have

26 lity of life, fear of hypoglycemia, diabetes self-care activities, and body mass index (secondary out

27 d 4 weeks later monitored and reinforced new self-care activities.

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

29 of psychosocial factors, good but imperfect self-care adherence, and health system failures.

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

31 intervention increased scores for perceived self care agency in lung transplant patients.

32 (38.2%) foresaw themselves unable to manage self-care alone.

33 er, higher-level functioning associated with self care and independent living has not been studied.

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

35 welling American Indians (n = 56) concerning self-care and beliefs about arthritis; objective measure

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

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

38 tient education that addressed both diabetes self-care and general health.

39 ome monitoring extends from the promotion of self-care and home visitations to telemedicine and remot

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

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

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

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

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

45 ly met included education, substance misuse, self care, and diet.

46 instruct them about shared decision making, self-care, and behavioral change.

47 nt, or dependent in the areas of locomotion, self-care, and communication.

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

49 ORTC QLQ-C30/QLQ-CR38 analysis and Mobility, Self-care, and Pain/Discomfort on EQ5D analysis.

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

51 tion addressed caregiver depression, burden, self-care, and social support and care recipient problem

52 res of 6-month caregiver depression, burden, self-care, and social support and care recipient problem

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

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

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

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

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

58 versus 3.4); self efficacy (5.5 versus 8.4), self-care behavior (1.7 versus 4.9), arthritis knowledge

59 action plans has been successful in changing self-care behavior in other areas of preventive medicine

60 Although foot self-care behavior is viewed as beneficial for the preve

61 diabetic foot ulceration, the effect of foot self-care behavior on the development of diabetic foot u

62 The total score on the Diabetes Foot Self-Care Behavior Scale was significantly associated wi

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

64 ssment Questionnaire [mHAQ]), self efficacy, self-care behavior, and arthritis knowledge.

65 he effects of a concise intervention on oral self-care behavior.

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

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

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

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

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

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

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

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

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

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

76 he individual with heart failure to maintain self-care behaviors that enhance health and well-being.

77 ay [CI, 0.12 to 0.89 day]; P = 0.001); other self-care behaviors were not affected.

78 Among the foot self-care behaviors, lotion-applying behavior was the on

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

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

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

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

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

84 used to analyze the predictive power of foot self-care behaviors.

85 ression, functional impairment, and diabetes self-care behaviors.

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

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

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

89 Yoga was more effective than a self-care book for improving function and reducing chron

90 nventional therapeutic exercise classes or a self-care book.

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

92 ssistant dedicated to the task of supporting self-care by patients with knee OA.

93 ical score (by 35%), and improved ability to self-care (by 39%).

94 rates nurse coaching within the framework of self-care can improve the management of cancer pain.

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

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

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

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

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

100 fy barriers and solutions, may help increase self-care confidence and management.

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

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

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

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

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

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

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

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

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

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

111 Self-care confidence was lower in those who reported a m

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

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

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

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

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

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

118 g with chronic organ system failures; or (c) self-care deficits and a slowly dwindling course to deat

119 The risk of self-care disability was more than 2 times greater in th

120 pose significant limitations on adolescents' self-care, disease management, and transition to adult c

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

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

123 nditions, psychological status, capacity for self-care, economic considerations, and family and socia

124 l were assigned arbitrarily to conditions of self-care education (group E) or attention control (grou

125 Self-care education for inner-city patients with knee OA

126 However, self-care education had no significant effects on utiliz

127 percent of the cost of delivering effective self-care education to the knee OA patients in this stud

128 wer primary care visits exceeded the cost of self-care education.

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

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

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

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

133 ne which variables best predicted changes in self-care functions.

134 ignificantly greater reduction in the guided self-care group than in the family therapy group; howeve

135 Compared with family therapy, CBT guided self-care has the slight advantage of offering a more ra

136 alth behavior change and successful diabetes self-care have received little attention.

137 evised Illness Perception Questionnaire, the Self-Care Heart Failure Index, Hospital Anxiety and Depr

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

139 and cognitive behavior therapy (CBT) guided self-care in adolescents with bulimia nervosa or eating

140 Alcohol abuse and poor self-care in adulthood (e.g., infections or accidents) a

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

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

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

144 y, we discuss some practical applications of self-care in the workplace.

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

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

147 lude prevention and health promotion, better self-care, increased coordination of care, improved mana

148 ng for six domains: communication, mobility, self-care, interpersonal, life activities, and participa

149 The cost per patient to deliver the self-care intervention was estimated to be $58.70.

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

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

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

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

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

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

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

157 Although self-care maintenance (e.g. weighing daily) improved ove

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

159 port appears to influence both heart failure self-care maintenance and management related behaviors b

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

161 ness was outside their control, and although self-care maintenance improved this was not associated w

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

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

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

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

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

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

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

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

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

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

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

173 not translate into increased involvement in self-care management (e.g. adjusting diuretic dose) or t

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

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

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

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

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

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

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

181 mproved this was not associated with greater self-care management, particularly if the patient's emot

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

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

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

185 als on the basis of longitudinal deficits in self-care may identify a more valid subgroup of schizoph

186 urse characterized by severe dysfunctions in self-care, may represent an alternative, and possibly mo

187 ted in improved clinical outcomes, increased self-care measure adherence, and reduced cost of care in

188 e more likely than white patients to rely on self-care measures for their arthritis.

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

190 isability defined by 5 domains (out of role, self-care, mobility, cognition, and social) using the Wo

191 Patients with greater impairment in self-care, more severe symptoms, and more persistent ill

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

193 tics would partly explain one type of dental self-care, non-professional extractions.

194 (> or =5) was associated with low levels of self-care (odds ratio [OR] 2.4, 95% confidence interval

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

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

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

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

199 ive, and provide information about effective self-care options (strong recommendation, moderate-quali

200 For patients who do not improve with self-care options, clinicians should consider the additi

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

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

203 n comparison with those discharged home with self-care (P < 0.001).

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

205 ons should target this population to enhance self-care, pain management, and communication of arthrit

206 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

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

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

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

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

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

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

213 medical care for diabetic patients and their self-care practices may not be optimal for prevention of

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

215 rmation about clinical events, symptoms, and self-care practices.

216 lementary treatments for arthritis and their self-care practices.

217 ges in the health care system and in patient self-care practices.

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

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

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

221 nterview items regarding oral health-related self-care, professional care, and barriers; knowledge, b

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

223 ed self-efficacy, 3) pragmatic and practical self-care recommendations, 4) novel treatment options th

224 Non-compliance with oral self-care recommendations, despite education and motivat

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

226 ith arthritis are being encouraged to assume self-care responsibilities (74.8%); fewer discussed how

227 quiring health insurance, and 4) encouraging self-care responsibility.

228 Impairment in basic self-care skills is common in patients with schizophreni

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

230 The self-care strategies and personal wellness promotion pra

231 ple treatment goals may provide insight into self-care strategies for individuals with comorbid healt

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

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

234 for bulimia nervosa or individual CBT guided self-care supported by a health professional.

235 irect cost of treatment was lower for guided self-care than for family therapy.

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

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

238 Self-care training can reduce hospitalization for heart

239 Home care and self-care training have been associated with better qual

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

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

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

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

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

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

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

247 ould also be counseled on stress, sleep, and self-care, with information on when to seek medical care

248 zheimer's disease display little interest in self-care, work and household tasks, social and family a