Unnamed: 0.1 int64 0 1.1k | Unnamed: 0 int64 0 459 | subject stringlengths 2 95 | predicate stringlengths 2 89 | object stringlengths 2 109 |
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0 | 0 | Cognitive-Behavioral Therapy | is for | Substance Use Disorders |
1 | 1 | Cognitive behavioral therapy (CBT) for substance use disorders | has demonstrated efficacy as | a monotherapy |
2 | 2 | Cognitive behavioral therapy (CBT) for substance use disorders | has demonstrated efficacy as part of | combination treatment strategies |
3 | 3 | This article | provides a review of | the evidence supporting the use of CBT |
4 | 4 | This article | provides a review of | clinical elements of CBT's application |
5 | 5 | This article | provides a review of | novel treatment strategies for improving treatment response |
6 | 6 | This article | provides a review of | dissemination efforts |
7 | 7 | CBT for substance abuse | is characterized by | heterogeneous treatment elements |
8 | 8 | Heterogeneous treatment elements | include | operant learning strategies |
9 | 9 | Heterogeneous treatment elements | include | cognitive and motivational elements |
10 | 10 | Heterogeneous treatment elements | include | skills building interventions |
11 | 11 | Core elements of CBT | focus on | overcoming reinforcing effects of psychoactive substances |
12 | 12 | Substance use disorders (SUDs) | are | heterogeneous conditions |
13 | 13 | Substance use disorders (SUDs) | are characterized by | recurrent maladaptive use of a psychoactive substance |
14 | 14 | Recurrent maladaptive use of a psychoactive substance | is associated with | significant distress and disability |
15 | 15 | Substance use disorders | are | highly common |
16 | 16 | Lifetime rates of substance abuse or dependence | are estimated at | over 30% for alcohol |
17 | 17 | Lifetime rates of substance abuse or dependence | are estimated at | over 10% for other drugs |
18 | 18 | Past year point prevalence rates | are | 8.5% for alcohol |
19 | 19 | Past year point prevalence rates | are | 2% for other drugs |
20 | 20 | Improved understanding of substance use patterns | has led to | greater specificity of psychosocial and pharmacologic treatments |
21 | 21 | Psychosocial and pharmacologic treatments | have evidence for | efficacy and cost effectiveness |
22 | 22 | This article | provides an overview of | evidence for CBT for substance use disorders |
23 | 23 | This article | provides an overview of | clinical application of CBT for substance use disorders |
24 | 24 | CBT (in this article) | is defined to include | behavioral interventions |
25 | 25 | CBT (in this article) | is defined to include | cognitive behavioral interventions |
26 | 26 | This review | will focus on | treatment of alcohol use disorders |
27 | 27 | This review | will focus on | treatment of drug use disorders (not including nicotine) |
28 | 28 | The term "substance use" | is defined as | taking any illicit psychoactive substance |
29 | 29 | The term "substance use" | is defined as | improper use of any prescribed or over the counter medication |
30 | 30 | "Substance use disorders" (as used here) | refers to | substance abuse and substance dependence |
31 | 31 | Symptoms of substance abuse | reflect | external consequences of problematic use |
32 | 32 | External consequences of problematic use | include | failure to fulfill role obligations |
33 | 33 | External consequences of problematic use | include | legal problems |
34 | 34 | External consequences of problematic use | include | physically hazardous use |
35 | 35 | External consequences of problematic use | include | interpersonal difficulty resulting from use |
36 | 36 | Symptoms of substance dependence | reflect | internal consequences of use |
37 | 37 | Internal consequences of use | include | physical withdrawal upon discontinuation of a substance |
38 | 38 | Internal consequences of use | include | difficulty with cutting down or controlling use of a substance |
39 | 39 | Large scale trials and quantitative reviews | support | efficacy of CBT for alcohol and drug use disorders |
40 | 40 | The authors' group | conducted | a meta-analytic review of CBT for drug abuse and dependence |
41 | 41 | The meta-analytic review | included | 34 randomized controlled trials |
42 | 42 | The meta-analytic review | found | an overall effect size of d = 0.45 for CBT |
43 | 43 | Effect sizes for CBT | ranged from | small (d = 0.24) to large |
44 | 44 | Effect sizes for CBT | depended on | the substance targeted |
45 | 45 | Treatment of cannabis | had | larger effect sizes |
46 | 46 | Treatment of poly-substance dependence | had | the smallest effect sizes |
47 | 47 | Contingency management approaches | showed | greater effect sizes relative to relapse prevention or other cognitive behavioral treatments |
48 | 48 | Treatment advantages | were computed relative to | control conditions |
49 | 49 | Control conditions | most frequently were | general drug counseling or treatment-as-usual |
50 | 50 | Magill and Ray | reported | similar results for alcohol and illicit drugs in a meta-analytic review of CBT trials |
51 | 51 | Evidence | supports | durability of treatment effects over time |
52 | 52 | Rawson and colleagues | reported that | 60% of patients in the CBT condition provided clean toxicology screens at 52-week follow-up |
53 | 53 | CBT for substance use disorders | includes | several distinct interventions |
54 | 54 | Distinct interventions in CBT for SUDs | can be | combined or used in isolation |
55 | 55 | Distinct interventions in CBT for SUDs | can be administered in | individual formats |
56 | 56 | Distinct interventions in CBT for SUDs | can be administered in | group formats |
57 | 57 | Evaluation of CBT for SUDs in special populations | is beyond the scope of | the current review |
58 | 58 | Special populations | include | those with other Axis I disorders (dual diagnosis) |
59 | 59 | Special populations | include | pregnant women |
60 | 60 | Special populations | include | incarcerated individuals |
61 | 61 | CBT for SUDs | encompasses | a variety of interventions that emphasize different targets |
62 | 62 | This article | reviews | individual and group treatments |
63 | 63 | Individual and group treatments | include | motivational interventions |
64 | 64 | Individual and group treatments | include | contingency management strategies |
65 | 65 | Individual and group treatments | include | Relapse Prevention and related interventions |
66 | 66 | Relapse Prevention and related interventions | focus on | functional analysis |
67 | 67 | Motivational enhancement techniques | have been created and tested to address | motivational barriers to change |
68 | 68 | Motivational Interviewing (MI) | is | an approach based on targeting ambivalence toward behavior change |
69 | 69 | MI | targets ambivalence toward behavior change relative to | drug and alcohol use |
70 | 70 | MI | has subsequent application to | motivation and adherence to other disorders and behaviors |
71 | 71 | Treatments based on the MI model | are utilized as | stand-alone interventions for SUDs |
72 | 72 | Treatments based on the MI model | are utilized in combination with | other treatment strategies for SUDs |
73 | 73 | A meta-analytic review of MI interventions | found | small to moderate effect sizes for alcohol use (compared to placebo/no-treatment) |
74 | 74 | A meta-analytic review of MI interventions | found | moderate effect sizes for drug use (compared to placebo/no-treatment) |
75 | 75 | MI interventions | showed | similar efficacy to active treatment comparisons |
76 | 76 | MI | is typically offered in | an individual format |
77 | 77 | MI | can also be utilized in | group formats |
78 | 78 | MI treatment | often consists of | a relatively brief treatment episode |
79 | 79 | Greater efficacy of MI | may be achieved with | a higher dose of treatment |
80 | 80 | Contingency management (CM) approaches | are grounded in | operant learning theory |
81 | 81 | CM approaches | involve | administration of a non-drug reinforcer following abstinence |
82 | 82 | Non-drug reinforcers | include | vouchers for goods |
83 | 83 | Clinical trials | have supported | efficacy of CM for alcohol |
84 | 84 | Clinical trials | have supported | efficacy of CM for cocaine |
85 | 85 | Clinical trials | have supported | efficacy of CM for opioids |
86 | 86 | Meta-analytic reviews | indicate | moderate effect sizes for CM efficacy |
87 | 87 | CM efficacy | is greater for | opioids and cocaine (relative to tobacco, polydrug use) |
88 | 88 | Researchers | have investigated | lottery-type strategies for distributing reinforcers (to improve cost efficacy of CM) |
89 | 89 | The punchbowl method | rewards | negative screens for drug use with a prize drawing opportunity |
90 | 90 | Inclusion of rarer large prizes | saves | money |
91 | 91 | Inclusion of rarer large prizes | offers | a successful inducement for abstinence |
92 | 92 | CM procedures | may use | stable reinforcement schedules |
93 | 93 | CM procedures | may use | escalating reinforcement schedules |
94 | 94 | Reinforcer value | increases as | duration of abstinence increases in escalating schedules |
95 | 95 | CM approaches | have successfully modified | adaptive behaviors (e.g., attendance at prenatal visits, medication adherence) |
96 | 96 | Availability of funds for reinforcers in clinical settings | is | a limitation of CM |
97 | 97 | Job-based reinforcements | have been introduced as | alternatives to aid CM clinical adoption |
98 | 98 | Contingency management strategies | have been incorporated into | couple's interactions to aid reduction of drug use |
99 | 99 | Relapse Prevention (RP) | is | a well-researched cognitive-behavioral approach to drug abuse |
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