ライフサイエンスコーパス: care management

1 nd symptoms of an illness exacerbation (self-care management).

2 in reversing the current culture of critical care management.

3 pport holds promise as a method for diabetes care management.

4 Resource barriers complicate diabetes care management.

5 facilitated access and continuity via nurse care management.

6 mortality even in the modern era of critical care management.

7 ith disease management, case management, and care management.

8 th emphasis on information enhancing primary care management.

9 ous important sequelae that require critical care management.

10 tent depressive symptoms after usual primary care management.

11 rns of staff interaction and styles of child care management.

12 reassessment, activities of daily living and care management.

13 port and patient-specific precision critical care management.

14 n the relationship between symptoms and self-care management.

15 c Illness Inventory was used to measure self-care management.

16 anaging risk pools, drug benefit design, and care management.

17 d significant potential benefits in critical care management.

18 should be helpful for captive animal health care management.

19 emotherapies on integrating ePROs into their care management.

20 ointestinal, endocrine, and general critical care management.

21 behavior-driving effects of symptoms on self-care management.

22 tive to assess its effectiveness for thermal care management.

23 esting, and initiation of diagnosis-informed care management.

24 function; it was severe, requiring intensive care management.

25 0.001) were significant determinants of self-care management.

26 ty were associated with lower levels of self-care management.

27 diagnostics of a targeted disease for health care management.

28 cacy and self-care maintenance, but not self-care management.

29 improvement in effectiveness of service and care management.

30 (50% versus 7%; P<0.01), requiring intensive care management.

31 ble information facilitating optimal patient care management.

32 mprove outcomes compared with usual HF nurse care management.

33 patients who require anaesthesia or critical care management.

34 tenance = 1.12 (0.55, 1.70), p < 0.001; self-care management = 1.01 (0.54, 1.49), p < 0.001; anxiety

35 nths following randomization: 172 (3.27%) in care management, 206 (3.92%) in skills training, and 162

36 ing plans for the quality of chronic disease care management (76.2% vs 77.1%; difference, 1.0% [95% C

37 y listening were associated with better self-care management across symptoms, whereas ignoring or dis

38 Nurses conducted care management activities.

39 adults; dementia care; and AL and long-term care management, advocacy, regulation, and education.

40 Only 40% of patients required intensive care management after surgery.

41 are management alone, and psychotherapy plus care management all had lower costs per quality-adjusted

42 Psychotherapy alone, care management alone, and psychotherapy plus care manag

43 Comprehensive care and proper care management also substantially benefit institutions

44 t improvement in symptom perception and self-care management among patients with heart failure.

45 Thirty-one percent of participants offered care management and 39% offered skills training actively

46 t participation rates were 97% for telephone care management and 93% for telephone care management pl

47 Children were randomized 1:1 to standard care management and a working memory cognitive training

48 ce, a structured telephone program including care management and cognitive behavioral psychotherapy h

49 xperienced several harsh lessons on clinical care management and drug development during the COVID-19

50 osis, and while improvements in the critical care management and for very few patients, liver transpl

51 With advances in intensive care management and goal-directed interventions, early s

52 l were associated with the need for critical care management and longer hospitalization.

53 y failure refractory to traditional critical care management and optimal mechanical ventilation.

54 re associated with greater use of structured care management and performance feedback.

55 tions can significantly impact perioperative care management and planning.

56 nt to reveal clinical applicability for both care management and research.

57 determinants of self-care maintenance, self-care management and self-care confidence in patients wit

58 betes influences self-care maintenance, self-care management and self-care confidence of heart failur

59 (1) To compare self-care maintenance, self-care management and self-care confidence of patients wit

60 Self-care maintenance, self-care management and self-care confidence were measured w

61 t treatment, a telephone program integrating care management and structured cognitive-behavioral psyc

62 Promising models of care management and team approaches to coordination and

63 ths did not differ significantly between the care management and usual care groups (hazard ratio [HR]

64 ervices should plan for appropriate critical care management and/or transfer of women with severe mor

65 gram, which provides assessment, monitoring, care management, and brief therapies for MH symptoms and

66 ce of the primary care setting in concussion care management, and demonstrate the potential for EHR s

67 of quality (preventive care, chronic disease care management, and maternity care).

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

69 imary care expert and who offered education, care management, and support of antidepressant managemen

70 To document pathways of care, management, and interval from onset of symptoms to

71 The HQP model of community-based nurse care management appeared to reduce all-cause mortality i

72 ated, symptom surveillance and collaborative care management are more beneficial than symptom surveil

73 Patients in the nurse care management arm attended a nurse practitioner-led se

74 isms by which critical illness and intensive care management associate with depressive symptoms merit

75 ts aged 0-18 years that were under long-term care management at the National Hospital Organization Fu

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

77 nificantly greater improvements only in self-care management (B = 6.97, p = 0.03) and self-care confi

78 urbances and anxiety and the outcome of self-care management behaviors (all p < 0.001).

79 integrating signals from the body), and self-care management behaviors (i.e. the response to symptoms

80 om discomfort was associated with worse self-care management behaviors.

81 Care management benefits community-dwelling patients wit

82 , 1.28-8.15]; P = .007), and active dementia care management (beta = 3.70 [95% CI, 1.80-5.66]; P < .0

83 harge into the requirements for Transitional Care Management billing or allow current billing codes t

84 Patients received 2 years of home-based care management by a nurse practitioner and social worke

85 Intervention patients received 1 year of care management by an interdisciplinary team led by an a

86 ithm-based recommendations to physicians and care management by care managers.

87 hobia, obsession, compulsion, posttraumatic, care management, case management, collaborative care, en

88 Chronic care management (CCM) has been proposed as an approach t

89 A new non-visit-based payment for chronic care management (CCM) of Medicare patients took effect i

90 Patients who received critical care management (CCM) were generally sicker, received mo

91 milies were randomized to FN or conventional care management (CCM).

92 cost-effectiveness of collaborative dementia care management (CDCM) is lacking.

93 0.996; TLI = 0.995; SRMR = 0.054], and self-care management [chi(2)(51) = 91.334, p = 0.001; RMSEA =

94 6 executives and staff from MA plans, kidney care management companies, and dialysis organizations we

95 8 MA plans, clinical leadership of 5 kidney care management companies, and leadership and staff of 6

96 ent guidelines tailored for the elderly with care management compared with usual care.

97 Critical care management components such as the initial fluid res

98 ue of advanced practice providers in patient care management, continuity of care, improved quality an

99 Dementia care management (DCM) can increase the quality of care f

100 ether use of a collaborative-care depression care management (DCM) intervention could improve outcome

101 Collaborative depression care management (DCM), by addressing barriers disproport

102 Primary care management decisions for patients with symptomatic

103 evaluations and making well-informed health care management decisions.

104 Monitoring alone or care management delivered by an MH professional.

105 Pharmacist care management delivered through secure patient Web com

106 re patient Web site training plus pharmacist care management delivered through Web communications.

107 on included cognitive behavioral therapy and care management, delivered mostly through telehealth, th

108 ts with frequent suicidal ideation, offering care management did not significantly reduce risk of sel

109 ciodemographic and medical attributes, nurse care management did not statistically significantly redu

110 translate into increased involvement in self-care management (e.g. adjusting diuretic dose) or the ab

111 iate fluid resuscitation, optimized critical care management, effective source control and infection

112 score and 6 subscales: access/communication, care management, external coordination, patient tracking

113 Primary Care Practice Demonstration provided care management fees and technical assistance to a natio

114 een initiative and comparison practices when care-management fees were not taken into account (-$11;

115 Medicare Parts A and B after accounting for care-management fees, nor have they shown an appreciable

116 Support included the provision of care-management fees, the opportunity to earn shared sav

117 ceived a median of $115,000 per clinician in care-management fees.

118 Few studies have examined primary care management for acute sciatica, including referral t

119 Effectiveness of integrated care management for common, comorbid physical and mental

120 utine CVD risk assessment and cardiovascular care management for high-risk patients.

121 Patients received standard critical care management for intracerebral hemorrhage.

122 ed addiction treatment (OBAT) model of nurse care management for opioid use disorder (OUD) increased

123 e remit to propose a consensus on Integrated care management for optimizing the management of stroke

124 that support precision treatment and optimal care management for patients with CRC.

125 The Triple Pill versus Usual Care Management for Patients with Mild-to-Moderate Hyper

126 , AND PARTICIPANTS: The Triple Pill vs Usual Care Management for Patients With Mild-to-Moderate Hyper

127 sought to evaluate whether enhancing primary care management for persistent asthma with telephone-bas

128 rmalities, nutritional support, and critical care management for respiratory and renal failure were n

129 s with cirrhosis frequently require critical care management for sepsis, HE, respiratory failure, acu

130 DESIGN, SETTING, AND PARTICIPANTS: The Care Management for the Effective Use of Opioids (CAMEO)

131 n care consisting of a depression screen and care management for those depressed vs usual care.

132 cietal perspective, screening and depression care management for workers result in an incremental cos

133 to the monitoring alone group and 509 to the care management group; 377 and 401 completed >/=2 resear

134 tention-to-treat analyses, the RPS and nurse care management groups did not differ in time-to-first a

135 rheumatoid arthritis, and prior to intensive care management have resulted in reduced overall mortali

136 itoring alone) or MH symptom monitoring plus care management (hereafter care management) provided by

137 18 years or older included in the population care management hypertension registry.

138 ion condition) with the Integrated Community Care Management (iCCM) SCJA currently in use by CHW in t

139 phenotypes are important for precise health care management in COVID-19 survivors.

140 Of 109 patients, 16 (15%) required critical care management in the early postoperative phase (group

141 Chronic care management included longitudinal care coordinated w

142 Protocol-based care management, including structured assessment, action

143 cian, and care coordination; usual care plus care management integrated with a structured 8-session c

144 were randomly assigned to a telephone-based care management intervention (n = 116) or to notificatio

145 Patients were randomized to a care management intervention (n = 6230) that included sy

146 he authors tested a population-based medical care management intervention designed to improve primary

147 s, and financial sustainability of a medical care management intervention for community mental health

148 The telephone care management intervention included up to 5 outreach c

149 e Trial (PROSPECT) evaluated the impact of a care management intervention on suicidal ideation and de

150 were randomly assigned to either the medical care management intervention or usual care.

151 omparing a telephone-delivered collaborative care management intervention vs usual care in 250 patien

152 suggests that higher use of a multicomponent care management intervention was associated with improve

153 Inventory (PHI) initiative, a multicomponent care management intervention, focused on chronic disease

154 lth Inventory (PHI) program-a multicomponent care management intervention, including a clinical dashb

155 ive Health Inventory (PHI), a multicomponent care management intervention, to catch up on care disrup

156 D use can assist in developing more targeted care management interventions, addressing unmet dental c

157 Dementia care management is a model of collaborative care, define

158 These findings suggest that care management is a promising approach for improving me

159 Critical care management is an integral part of CAR T-cell therap

160 Critical care management is crucial in patients after cardiac arr

161 e level of care (ie, symptom monitoring plus care management) is associated with more favorable indiv

162 Over 24 months, telephone care management led to a gain of 29 depression-free days

163 ical management regime that impacted patient care, management, length of hospital stay, and efficient

164 a of challenges including acute and critical care management, long-term care and rehabilitation.

165 determine if modified approaches to primary care management may be more effective.

166 Tailored preference-based self-care management may improve clinical and cost-effectiven

167 To test the effectiveness of a geriatric care management model on improving the quality of care f

168 home occupational therapy to a collaborative care management model slowed the rate of functional decl

169 home occupational therapy to a collaborative care management model slowed the rate of functional decl

170 ority examined the impact of care on patient care management (n = 17), six focused on comparisons of

171 omized by physician to receive collaborative care management (n = 84) or augmented usual care (n = 69

172 s and Sexuality," and "Economic Constraints, Care & Management of Disease").

173 s and Sexuality", and "Economic constraints, Care & Management of Disease").

174 as a clinically useful tool in the critical care management of aSAH patients by allowing for early p

175 Chinese primary care clinics with integrated care management of comorbid depression and hypertension

176 theory of change and early focus on episodic care management of CPC+, CPC+ was not associated with a

177 acterize the timing, severity, and intensive care management of cytokine release syndrome after chime

178 ed-care programme with usual care in primary-care management of depression in low-income women in San

179 Standard of care management of good prognosis LA-NSCLC consists of c

180 ted a study to determine whether coordinated care management of multiple conditions improves disease

181 Primary care management of obstructive sleep apnea vs usual care

182 The critical care management of patients after cardiac arrest is burd

183 ovided can advise clinicians on the critical care management of patients after cardiac arrest.

184 ough their relative roles in the standard-of-care management of patients are yet to be fully defined.

185 articipate in the resuscitation and critical care management of patients soon after they have suffere

186 ge about the anesthesiological and intensive care management of patients undergoing HIPEC.

187 in the perinatal and perioperative intensive care management of patients with a single ventricle.

188 The present consensus details the intensive care management of patients with acute liver failure.

189 rize recent concepts regarding the intensive care management of patients with subarachnoid haemorrhag

190 Unfortunately, traditional primary-care management of pediatric mental disorders is charact

191 h care costs, suggesting that more effective care management of psychiatric and medical disease contr

192 Standard-of-care management of renal cell carcinoma (RCC) indisputab

193 Blood flow imaging may improve critical care management of SCI, yet its duration is limited clin

194 e., based on good evidence) of the intensive care management of severe head injury with the developme

195 rent prognostic scores in ACLF, (b) critical care management of the ACLF patient awaiting LT, (c) don

196 Neurocritical care management of traumatic brain injury continues to e

197 anticoagulation, quality of anticoagulation care, management of major and minor bleeding, and treatm

198 s were demonstrated in studies of preventive care, management of osteoarthritis, cardiac rehabilitati

199 Adjunctive wound care, management of paradoxical reactions and rehabilita

200 inders, performance feedback, and structured care management on a survey; their responses were used t

201 Of those requiring critical care management, only one patient had a robotic assisted

202 Noninvasive ventilation, a standard-of-care management option for sleep-disordered breathing, c

203 ery bypass grafting has been the standard of care, management options in patients with AS and CAD req

204 More intensive care management or specialty treatment may be needed to

205 f Clalit Health Services, the largest health care management organization in Israel.

206 e confidence (F = 5.796, p < 0.001) and self-care management (p < 0.05) at 6-week, 3-month and 6-mont

207 fluence self-care maintenance (p=0.12), self-care management (p=0.21) or self-care confidence (p=0.51

208 ed this was not associated with greater self-care management, particularly if the patient's emotional

209 Critical care management plays an important role in patients rece

210 Care management plus psychotherapy led to a gain of 46 d

211 ephone care management and 93% for telephone care management plus psychotherapy.

212 The care management plus telephone psychotherapy interventio

213 Organized care management processes (CMPs) can improve health care

214 n = 20,569) and the Taiwan National Diabetes Care Management Program (NDCMP) (n = 59,657).

215 A telephonic outreach and care management program encouraged workers to enter outp

216 The telephone care management program had smaller effects on patient-r

217 al primary care; usual care plus a telephone care management program including at least 3 outreach ca

218 Also, costs of a care management program under fee-for-service reimbursem

219 A targeted telephone care-management program was successful in reducing medic

220 ability in intervention participation within care management programs can complicate standard analysi

221 Nurse care management programs for patients with chronic illne

222 e that primary care depression screening and care management programs with staff assistance, such as

223 e II trial to assess whether a neurocritical care management protocol could improve brain tissue oxyg

224 Dementia care management provided by specifically trained nurses

225 Nurse care management provided structured telephone surveillan

226 m monitoring plus care management (hereafter care management) provided by an MH professional.

227 ls and then randomized to a stepped combined care management, psychopharmacology, and cognitive behav

228 centage point improvement in chronic disease care management quality (95% CI, -5.8 to 6.2); 0.7-perce

229 The COACH model of integrated care management resulted in greater improvement in both

230 Integrated and home-based geriatric care management resulted in improved quality of care and

231 l materials and information on how to access care management services.

232 monitoring alone, individuals randomized to care management showed greater improvements in the 3 dom

233 Dementia care management significantly decreased behavioral and p

234 Dementia care management significantly increased quality of life

235 Current neurocritical care management strategies are focused on the prevention

236 mized controlled trials evaluating LGE-based care management strategies are warranted.

237 basic nursing curriculum should include self-care management strategies for sleep difficulties to ens

238 tudy was to compare the effects of two acute-care management strategies on the frequency of jugular v

239 PT is a cost-effective primary care management strategy for low back pain.

240 ts to assess the effect of a telephone-based care-management strategy on medical costs and resource u

241 Data were obtained from the Coordinated Care Management System, a San Francisco Department of Pu

242 Electronic health records and care management systems can improve care, but interventi

243 nce base on cost-effective and generalizable care management techniques to reduce readmission is stil

244 ntrol group received a standard transitional care management telephone call from their practice withi

245 ization, and received the usual transitional care management telephone call were eligible for the stu

246 gic treatment, nonpharmacologic therapy, and care management; to summarize the results of these studi

247 udies suggest that a strategy of standard-of-care management together with a goal to suppress BNP or

248 inpatients with cardiac disease as part of a care management trial, an iterative 3-step screening pro

249 to health system-based Transitional Tobacco Care Management (TTCM) or electronic referral to a commu

250 For severe self-harm, care management vs usual care had an HR of 1.03 (97.5% C

251 For the broader self-harm definition, care management vs usual care had an HR of 1.10 (97.5% C

252 is of a randomized clinical trial found that care management was associated with reduced readmissions

253 Medical care management was associated with significant improvem

254 Primary care management was noninferior to specialist management

255 Dementia care management was provided for 6 months at the homes o

256 Dementia care management was targeted at the individual patient l

257 e maintenance, self-care monitoring and self-care management) was measured with the Self-Care of Chro

258 ion in practices that implemented depression care management were less likely to die over a 5-year pe

259 edication adherence, sodium intake, and self-care management) were collected from 109 patients with h

260 ics, and integrated environmental and health-care management will be needed to ensure elimination.

261 ian, provided guideline-based, collaborative care management, with the goal of controlling risk facto

262 have already become integrated into critical care management without adequate evaluation.

263 0.996; TLI = 0.995; SRMR = 0.054], and self-care management [x(2)(51) = 91.334, p = 0.001; RMSEA = 0