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1 ) consisting of diet, physical activity, and behavior therapy.
2 h poor response to medications and cognitive behavior therapy.
3 that included multiple elements of cognitive behavior therapy.
4 guided self-help, an adaptation of cognitive behavior therapy.
5 strongly to the ideal prototype of cognitive behavior therapy.
6 sions and hallucinations following cognitive behavior therapy.
7 treatment of bulimia nervosa with cognitive behavior therapy.
8 atment outcomes for imipramine and cognitive behavior therapy.
9 were relatively less responsive to cognitive behavior therapy.
10 3 weeks with intensive individual cognitive behavior therapy.
11 tation of the skills emphasized in cognitive behavior therapy.
12 escitalopram and poor response to cognitive behavior therapy.
13 with combination escitalopram and cognitive behavior therapy.
14 /d) or 16 sessions of manual-based cognitive behavior therapy.
15 tch to a different medication plus cognitive behavior therapy.
16 RI or venlafaxine, with or without cognitive behavior therapy.
17 lorie diet, increased physical activity, and behavior therapy.
18 nal and social rhythm therapy, and cognitive behavior therapy.
19 requires effective treatment options beyond behavior therapy.
20 primary analysis: 12 remitters to cognitive behavior therapy, 11 remitters to escitalopram, 9 nonres
21 ivational enhancement therapy plus cognitive behavior therapy (12 sessions over 6 months), or usual c
22 for a second testing session after cognitive behavior therapy; 13 comparison children participated a
24 bined) was significantly lower for cognitive behavior therapy (22%) than for nutritional counseling (
25 ropout rate was similar to regular cognitive behavior therapy (30%) and unrelated to treatment arm.
26 tly more of the patients receiving cognitive behavior therapy (44%) than nutritional counseling (7%).
28 gher proportion of patients in the cognitive behavior therapy (71%) and supportive stress-management
29 hose who completed self-management cognitive behavior therapy achieved high-end state functioning at
30 ls and other human disorders suggesting that behavior therapy acts by way of long-term potentiation o
35 tation strategy for exposure-based cognitive behavior therapy and (2) conducted in humans diagnosed a
36 n the follow-up study: 25 received cognitive behavior therapy and 28 received relaxation therapy.
37 f 68% of the patients who received cognitive behavior therapy and 36% who received relaxation therapy
40 The relation between response to cognitive behavior therapy and HPA activity was not explained by c
46 ) was associated with remission to cognitive behavior therapy and poor response to escitalopram, whil
47 Psychotherapies, most notably dialectical behavior therapy and psychodynamic approaches, are effec
49 e constructs across six domains; dialectical behavior therapy and supportive treatment were associate
50 luding habit reversal or acceptance-enhanced behavior therapy) and medication (serotonin reuptake inh
51 o escitalopram, 9 nonresponders to cognitive behavior therapy, and 6 nonresponders to escitalopram.
52 ed with motivational interviewing, cognitive behavior therapy, and family intervention over routine p
53 ed with motivational interviewing, cognitive behavior therapy, and family or caregiver intervention.
55 ement, relapse prevention, general cognitive behavior therapy, and treatments combining cognitive beh
57 a psychological treatment based on cognitive behavior therapy, appears ineffective, but treatment wit
58 utamatergic pathways and that the effects of behavior therapy are potentiated by an NMDA agonist.
59 for panic disorder, exposure-based cognitive behavior therapy, are reviewed, and their application to
60 the first empirical evaluation of cognitive behavior therapy as a posthospitalization treatment for
61 aimed to evaluate whether blended cognitive behavior therapy (bCBT) can reduce the severity of FCR i
62 tion; n = 32 with complete data) or Internet behavior therapy (behavior therapy; n = 33 with complete
64 comprehensive program of diet, exercise, and behavior therapy but are typically prescribed with minim
65 cognitive behavior therapy favored cognitive behavior therapy, but tests comparing the two modalities
66 nin reuptake inhibitors (SRIs) and cognitive behavior therapy by exposure and ritual prevention are b
68 mized controlled trial comparing a cognitive behavior therapy (CBT) and pharmacotherapy intervention
70 l effectiveness of protocol-driven cognitive behavior therapy (CBT) for insomnia, delivered by oncolo
71 ffectiveness of family therapy and cognitive behavior therapy (CBT) guided self-care in adolescents w
75 ation with short-term OCD-specific cognitive behavior therapy (CBT) may provide additional benefit.
76 fluoxetine hydrochloride therapy, cognitive behavior therapy (CBT), and their combination in adolesc
77 wn for family therapy, followed by cognitive behavior therapy (CBT), motivational enhancement therapy
78 ake inhibitor (SSRI) sertraline or cognitive behavior therapy (CBT), participants completed an emotio
80 ersonal and social rhythm therapy, cognitive behavior therapy [CBT], or family-focused therapy), and
81 BWL) and guided self-help based on cognitive behavior therapy (CBTgsh) have both resulted in short-te
82 ses in binge/purge behavior with dialectical behavior therapy compared to the waiting-list condition.
84 of treatment, participants in both cognitive behavior therapy conditions had significant reductions i
85 the antidepressant medication and cognitive behavior therapy conditions of the Treatment of Depressi
89 forms of psychotherapy other than cognitive behavior therapy, even though there is little informatio
90 durable, with 87% of available responders to behavior therapy exhibiting continued benefit 6 months f
91 aring antidepressant medication to cognitive behavior therapy favored cognitive behavior therapy, but
94 ents the effects of exposure-based cognitive behavior therapy for anxiety, obsessive-compulsive, and
95 acebo in augmenting the effects of cognitive behavior therapy for anxiety, obsessive-compulsive, and
96 s who will and will not respond to cognitive behavior therapy for bulimia nervosa, potentially allowi
99 reports on an open-label trial of cognitive behavior therapy for insomnia and disturbing dreams in c
101 amatergic receptor, enhances the efficacy of behavior therapy for obsessive-compulsive disorder (OCD)
103 e use of D-cycloserine as an augmentation of behavior therapy for OCD and extend findings in animals
105 road perspective on the subject of cognitive behavior therapy for schizophrenia for the American read
106 trength of the evidence supporting cognitive behavior therapy for schizophrenia suggests that this te
108 irical evidence, to be superior to cognitive behavior therapy for the acute treatment of severely dep
109 support the efficacy of pharmacotherapy and behavior therapy for the treatment of insomnia, no meta-
110 dy of evidence supports the use of cognitive behavior therapy for the treatment of schizophrenia.
111 combination of diet, physical activity, and behavior therapy (frequently referred to as lifestyle mo
113 ivational enhancement therapy plus cognitive behavior therapy group and -0.19% (CI, -0.53% to 0.16%)
115 Repeated-measures analyses showed that the behavior therapy group lost more weight than the educati
117 waist circumference were also greater in the behavior therapy group than in the education group at bo
118 were employed, but patients in the cognitive behavior therapy group worked significantly more mean ho
121 often labeled as the generic term cognitive behavior therapy, has been shown to be effective in redu
122 tary therapy, physical activity, and ongoing behavior therapy have been endorsed by the National Inst
123 rents' views of the credibility of cognitive behavior therapy improved compared with parents' views o
125 efficacy of any psychotherapy, and cognitive behavior therapy in particular, in posthospitalization c
126 6Met genotype predicts response to cognitive behavior therapy in PTSD and is in accord with evidence
127 otherapy, we examined responses to cognitive behavior therapy in relation to electroencephalographic
128 therefore investigated response to cognitive behavior therapy in relation to pretreatment measures of
129 s of antidepressant medication and cognitive behavior therapy in the severely depressed outpatient su
130 nificantly more patients receiving cognitive behavior therapy, in relation to those in relaxation the
133 tivational enhancement therapy and cognitive behavior therapy is feasible for adults with poorly cont
135 rapy (often labeled generically as cognitive behavior therapy) is efficacious either alone or as an a
136 e completer group, self-management cognitive behavior therapy led to greater reductions in PTSD, depr
137 nt-to-treat group, self-management cognitive behavior therapy led to sharper declines in daily log-on
141 Hamilton scores were lower in the cognitive behavior therapy (mean [standard error], 5.5 [1.0]) and
142 mized, controlled trials comparing cognitive behavior therapy, medication, and their combination to p
143 ly assigned to 8 sessions during 10 weeks of behavior therapy (n = 61) or a control treatment consist
145 ndomly assigned to self-management cognitive behavior therapy (N=24) or supportive counseling (N=21).
147 rvention (8 weeks of manual-guided cognitive behavior therapy) (n = 90), or referral to community men
150 randomly assigned to 20 weeks of dialectical behavior therapy or 20 weeks of a waiting-list compariso
151 cted to receive 1 year of either dialectical behavior therapy or general psychiatric management for b
153 isorder than treatment with either cognitive behavior therapy or imipramine; results obtained with em
154 e treated for 16 weeks with either cognitive behavior therapy or interpersonal psychotherapy alone (p
155 ad relapsed following, a course of cognitive behavior therapy or interpersonal psychotherapy were ran
157 signed to receive the two kinds of cognitive behavior therapy or received standard community treatmen
159 nsference-focused psychotherapy, dialectical behavior therapy, or supportive treatment and received m
160 rbid posttraumatic stress disorder (PTSD) on behavior therapy outcome for obsessive-compulsive disord
162 tinction of the additive effect of cognitive behavior therapy plus motivational enhancement therapy f
163 bined psychotherapy (8 sessions of cognitive behavior therapy) plus pharmacotherapy (citalopram).
164 underwent an 8-week exposure-based cognitive behavior therapy program and provided mouth swabs or sal
166 In addition, adherence to the cognitive behavior therapy prototype yielded more positive correla
170 tion between sleep abnormality and cognitive behavior therapy response was not significant in the com
173 he interpersonal psychotherapy and cognitive behavior therapy sessions adhered most strongly to the i
174 of interpersonal psychotherapy and cognitive behavior therapy sessions conducted as part of the NIMH
179 d to 1 of 3 treatments: individual cognitive behavior therapy, systemic behavior family therapy (SBFT
184 can lead to the development of drugs and/or behavior therapies that reduce the impact that these cue
185 mpare the efficacy of a manualized cognitive behavior therapy that addresses both posttraumatic stres
186 (seeking safety) with a manualized cognitive behavior therapy that addresses only substance abuse (re
188 d after 16 weeks of treatment with cognitive behavior therapy to determine the stability or reversibi
189 d treatment is for the addition of cognitive behavior therapy to pharmacotherapy for patients with ag
190 borderline personality disorder: dialectical behavior therapy, transference-focused psychotherapy, an
191 tients with BED, with IPT (or full cognitive behavior therapy) used for patients with low self-esteem
192 ef interpersonal psychotherapy and cognitive behavior therapy using the Psychotherapy Process Q-Set,
193 d, Internet-based, self-management cognitive behavior therapy versus Internet-based supportive counse
194 n a randomized controlled trial of cognitive behavior therapy versus relaxation therapy for chronic f
195 evaluated the long-term outcome of cognitive behavior therapy versus relaxation therapy for patients
205 s of antidepressant medication and cognitive behavior therapy were compared within each of the four s
206 erence-focused psychotherapy and dialectical behavior therapy were significantly associated with impr
208 ariance treatment (escitalopram or cognitive behavior therapy) x outcome (remission or nonresponse) i
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