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Outcome

Nicotine Dependence

Also known as: Dependence, Nicotine Nicotine Dependence Nicotine dependence Nicotine dependence (Fagerstrom Test for Cigarette Dependence) Nicotine dependence (disorder) FTCD
3 findings 1 paper 3 related entities View in graph →

Related entities

interventions
nicotine metabolism1
conditions
Nicotine dependence in remission1
studys
PMC63312371

Findings (27)

None
null

Higher NMR was associated with higher nicotine dependence in univariate analysis but this association did not survive multivariate adjustment, consistent with findings among opioid-dependent populatio

Effect: null; r = .18, p = .045 (univariate); not significant in multivariate model

Size: r = .18, p = .045 (univariate); not significant in multivari
PMC6331237
Finding details → · Paper → · Graph →
None
null

Higher NMR was associated with higher nicotine dependence in univariate analysis but this association did not survive multivariate adjustment, consistent with findings among opioid-dependent populatio

Effect: null; r = .18, p = .045 (univariate); not significant in multivariate model

Size: r = .18, p = .045 (univariate); not significant in multivari
PMC6331237
Finding details → · Paper → · Graph →
None
null

Higher NMR was associated with higher nicotine dependence in univariate analysis but this association did not survive multivariate adjustment, consistent with findings among opioid-dependent populatio

Effect: null; r = .18, p = .045 (univariate); not significant in multivariate model

Size: r = .18, p = .045 (univariate); not significant in multivari
PMC6331237
Finding details → · Paper → · Graph →
None
null

Higher NMR was associated with higher nicotine dependence in univariate analysis but this association did not survive multivariate adjustment, consistent with findings among opioid-dependent populatio

Effect: null; r = .18, p = .045 (univariate); not significant in multivariate model

Size: r = .18, p = .045 (univariate); not significant in multivari
PMC6331237
Finding details → · Paper → · Graph →
None
null

Higher NMR was associated with higher nicotine dependence in univariate analysis but this association did not survive multivariate adjustment, consistent with findings among opioid-dependent populatio

Effect: null; r = .18, p = .045 (univariate); not significant in multivariate model

Size: r = .18, p = .045 (univariate); not significant in multivari
PMC6331237
Finding details → · Paper → · Graph →
None
null

Higher NMR was associated with higher nicotine dependence in univariate analysis but this association did not survive multivariate adjustment, consistent with findings among opioid-dependent populatio

Effect: null; r = .18, p = .045 (univariate); not significant in multivariate model

Size: r = .18, p = .045 (univariate); not significant in multivari
PMC6331237
Finding details → · Paper → · Graph →
None
null

Higher NMR was associated with higher nicotine dependence in univariate analysis but this association did not survive multivariate adjustment, consistent with findings among opioid-dependent populatio

Effect: null; r = .18, p = .045 (univariate); not significant in multivariate model

Size: r = .18, p = .045 (univariate); not significant in multivari
PMC6331237
Finding details → · Paper → · Graph →
None
null

Higher NMR was associated with higher nicotine dependence in univariate analysis but this association did not survive multivariate adjustment, consistent with findings among opioid-dependent populatio

Effect: null; r = .18, p = .045 (univariate); not significant in multivariate model

Size: r = .18, p = .045 (univariate); not significant in multivari
PMC6331237
Finding details → · Paper → · Graph →
None
null

Higher NMR was associated with higher nicotine dependence in univariate analysis but this association did not survive multivariate adjustment, consistent with findings among opioid-dependent populatio

Effect: null; r = .18, p = .045 (univariate); not significant in multivariate model

Size: r = .18, p = .045 (univariate); not significant in multivari
PMC6331237
Finding details → · Paper → · Graph →
None
null

Higher NMR was associated with higher nicotine dependence in univariate analysis but this association did not survive multivariate adjustment, consistent with findings among opioid-dependent populatio

Effect: null; r = .18, p = .045 (univariate); not significant in multivariate model

Size: r = .18, p = .045 (univariate); not significant in multivari
PMC6331237
Finding details → · Paper → · Graph →
None
null

Higher NMR was associated with higher nicotine dependence in univariate analysis but this association did not survive multivariate adjustment, consistent with findings among opioid-dependent populatio

Effect: null; r = .18, p = .045 (univariate); not significant in multivariate model

Size: r = .18, p = .045 (univariate); not significant in multivari
PMC6331237
Finding details → · Paper → · Graph →
None
null

Higher NMR was associated with higher nicotine dependence in univariate analysis but this association did not survive multivariate adjustment, consistent with findings among opioid-dependent populatio

Effect: null; r = .18, p = .045 (univariate); not significant in multivariate model

Size: r = .18, p = .045 (univariate); not significant in multivari
PMC6331237
Finding details → · Paper → · Graph →
None
null

Higher NMR was associated with higher nicotine dependence in univariate analysis but this association did not survive multivariate adjustment, consistent with findings among opioid-dependent populatio

Effect: null; r = .18, p = .045 (univariate); not significant in multivariate model

Size: r = .18, p = .045 (univariate); not significant in multivari
PMC6331237
Finding details → · Paper → · Graph →
None
null

Higher NMR was associated with higher nicotine dependence in univariate analysis but this association did not survive multivariate adjustment, consistent with findings among opioid-dependent populatio

Effect: null; r = .18, p = .045 (univariate); not significant in multivariate model

Size: r = .18, p = .045 (univariate); not significant in multivari
PMC6331237
Finding details → · Paper → · Graph →
None
null

Higher NMR was associated with higher nicotine dependence in univariate analysis but this association did not survive multivariate adjustment, consistent with findings among opioid-dependent populatio

Effect: null; r = .18, p = .045 (univariate); not significant in multivariate model

Size: r = .18, p = .045 (univariate); not significant in multivari
PMC6331237
Finding details → · Paper → · Graph →
None
null

Higher NMR was associated with higher nicotine dependence in univariate analysis but this association did not survive multivariate adjustment, consistent with findings among opioid-dependent populatio

Effect: null; r = .18, p = .045 (univariate); not significant in multivariate model

Size: r = .18, p = .045 (univariate); not significant in multivari
PMC6331237
Finding details → · Paper → · Graph →
None
null

Higher NMR was associated with higher nicotine dependence in univariate analysis but this association did not survive multivariate adjustment, consistent with findings among opioid-dependent populatio

Effect: null; r = .18, p = .045 (univariate); not significant in multivariate model

Size: r = .18, p = .045 (univariate); not significant in multivari
PMC6331237
Finding details → · Paper → · Graph →
None
null

Higher NMR was associated with higher nicotine dependence in univariate analysis but this association did not survive multivariate adjustment, consistent with findings among opioid-dependent populatio

Effect: null; r = .18, p = .045 (univariate); not significant in multivariate model

Size: r = .18, p = .045 (univariate); not significant in multivari
PMC6331237
Finding details → · Paper → · Graph →
None
null

Higher NMR was associated with higher nicotine dependence in univariate analysis but this association did not survive multivariate adjustment, consistent with findings among opioid-dependent populatio

Effect: null; r = .18, p = .045 (univariate); not significant in multivariate model

Size: r = .18, p = .045 (univariate); not significant in multivari
PMC6331237
Finding details → · Paper → · Graph →
None
null

Higher NMR was associated with higher nicotine dependence in univariate analysis but this association did not survive multivariate adjustment, consistent with findings among opioid-dependent populatio

Effect: null; r = .18, p = .045 (univariate); not significant in multivariate model

Size: r = .18, p = .045 (univariate); not significant in multivari
PMC6331237
Finding details → · Paper → · Graph →
None
null

Higher NMR was associated with higher nicotine dependence in univariate analysis but this association did not survive multivariate adjustment, consistent with findings among opioid-dependent populatio

Effect: null; r = .18, p = .045 (univariate); not significant in multivariate model

Size: r = .18, p = .045 (univariate); not significant in multivari
PMC6331237
Finding details → · Paper → · Graph →
None
null

Higher NMR was associated with higher nicotine dependence in univariate analysis but this association did not survive multivariate adjustment, consistent with findings among opioid-dependent populatio

Effect: null; r = .18, p = .045 (univariate); not significant in multivariate model

Size: r = .18, p = .045 (univariate); not significant in multivari
PMC6331237
Finding details → · Paper → · Graph →
None
null

Higher NMR was associated with higher nicotine dependence in univariate analysis but this association did not survive multivariate adjustment, consistent with findings among opioid-dependent populatio

Effect: null; r = .18, p = .045 (univariate); not significant in multivariate model

Size: r = .18, p = .045 (univariate); not significant in multivari
PMC6331237
Finding details → · Paper → · Graph →
None
null

Higher NMR was associated with higher nicotine dependence in univariate analysis but this association did not survive multivariate adjustment, consistent with findings among opioid-dependent populatio

Effect: null; r = .18, p = .045 (univariate); not significant in multivariate model

Size: r = .18, p = .045 (univariate); not significant in multivari
PMC6331237
Finding details → · Paper → · Graph →
None
null

Higher NMR was associated with higher nicotine dependence in univariate analysis but this association did not survive multivariate adjustment, consistent with findings among opioid-dependent populatio

Effect: null; r = .18, p = .045 (univariate); not significant in multivariate model

Size: r = .18, p = .045 (univariate); not significant in multivari
PMC6331237
Finding details → · Paper → · Graph →
None
null

Higher NMR was associated with higher nicotine dependence in univariate analysis but this association did not survive multivariate adjustment, consistent with findings among opioid-dependent populatio

Effect: null; r = .18, p = .045 (univariate); not significant in multivariate model

Size: r = .18, p = .045 (univariate); not significant in multivari
PMC6331237
Finding details → · Paper → · Graph →
None
null

Higher NMR was associated with higher nicotine dependence in univariate analysis but this association did not survive multivariate adjustment, consistent with findings among opioid-dependent populatio

Effect: null; r = .18, p = .045 (univariate); not significant in multivariate model

Size: r = .18, p = .045 (univariate); not significant in multivari
PMC6331237
Finding details → · Paper → · Graph →

Papers (1)