Table 4.
Sleep duration† | Short sleep‡ | Long sleep‡ | ||||
---|---|---|---|---|---|---|
Beta | 95 % CI | Odds ratio | 95 % CI | Odds ratio | 95 % CI | |
All respondents | ||||||
Ate < 1 h before bedtime | ||||||
Crude model | 30 | 27, 33* | 0·90 | 0·84, 0·97* | 1·54 | 1·44, 1·64* |
Adjusted model§ | 29 | 26, 32* | 0·88 | 0·81, 0·95* | 1·77 | 1·66, 1·90* |
Women | ||||||
Ate < 1 h before bedtime | ||||||
Crude model | 37 | 32, 42* | 0·85 | 0·76, 0·95* | 1·59 | 1·45, 1·74* |
Adjusted model§ | 35 | 30, 39* | 0·84 | 0·75, 0·94* | 1·79 | 1·63, 1·97* |
Men | ||||||
Ate < 1 h before bedtime | ||||||
Crude model | 25 | 21, 30* | 0·92 | 0·84, 1·02 | 1·54 | 1·41, 1·68* |
Adjusted model§ | 24 | 20, 28* | 0·91 | 0·82, 1·00 | 1·76 | 1·61, 1·94* |
Statistically significant at P< 0·05; WASO, wake after sleep onset.
From a linear regression model with sleep duration in minutes as the outcome and eating or drinking < 1 h before bed as a dichotomous predictor.
From a multinomial logistic model with short sleep duration, sufficient sleep duration and long sleep duration as categorical outcomes (sufficient sleep was the reference) and eating or drinking < 1 h before bed as a dichotomous predictor.
Adjusted for gender, age, race, education, work status, cohabitation, the presence of children < 18 years in the household, day of the week and survey year.