Literature DB >> 34740947

Alcohol-impaired driving among adults-USA, 2014-2018.

Vaughn Barry1, Amy Schumacher2, Erin Sauber-Schatz2.   

Abstract

INTRODUCTION: Alcohol-impaired driving (AID) crashes accounted for 10 511 deaths in the USA in 2018, or 29% of all motor vehicle-related crash deaths. This study describes self-reported AID in the USA during 2014, 2016 and 2018 and determines AID-related demographic and behavioural characteristics.
METHODS: Data were from the nationally representative Behavioral Risk Factor Surveillance System. Adults were asked 'During the past 30 days, how many times have you driven when you have had perhaps too much to drink?' AID prevalence, episode counts and rates per 1000 population were estimated using annualised individual AID episodes and weighted survey population estimates. Results were stratified by characteristics including gender, binge drinking, seatbelt use and healthcare engagement.
RESULTS: Nationally, 1.7% of adults engaged in AID during the preceding 30 days in 2014, 2.1% in 2016 and 1.7% in 2018. Estimated annual number of AID episodes varied across year (2014: 111 million, 2016: 186 million, 2018: 147 million) and represented 3.7 million, 4.9 million and 4.0 million adults, respectively. Corresponding yearly episode rates (95% CIs) were 452 (412-492) in 2014, 741 (676-806) in 2016 and 574 (491-657) in 2018 per 1000 population. Among those reporting AID in 2018, 80% were men, 86% reported binge drinking, 47% did not always use seatbelts and 60% saw physicians for routine check-ups within the past year.
CONCLUSIONS: Although AID episodes declined from 2016 to 2018, AID was still prevalent and more common among men and those who binge drink. Most reporting AID received routine healthcare. Proven AID-reducing strategies exist. © Author(s) (or their employer(s)) 2022. Re-use permitted under CC BY-NC. No commercial re-use. See rights and permissions. Published by BMJ.

Entities:  

Keywords:  alcohol; motor vehicle - occupant; surveillance

Mesh:

Substances:

Year:  2021        PMID: 34740947      PMCID: PMC9068825          DOI: 10.1136/injuryprev-2021-044382

Source DB:  PubMed          Journal:  Inj Prev        ISSN: 1353-8047            Impact factor:   3.770


INTRODUCTION

Motor vehicle crashes in the USA are a significant public health issue that causes death and injury, burden health systems and have negative economic impacts. In 2018, traffic crashes on public roadways in the USA caused 36 560 motor vehicle-related deaths1 and an additional 2.7 million non-fatal emergency department visits.2 These statistics include drivers, passengers and non-occupants such as pedestrians and bicyclists. Alcohol-impaired driving (AID) is a major risk factor for traffic crashes. Of the 36 560 motor vehicle crash deaths that occurred in 2018, 29% (n=10 511) involved an alcohol-impaired driver.1 Both the yearly number of deaths and the number that involved an alcohol-impaired driver have either held steady or increased annually from 2014 through 2018,1 3–6 suggesting that a renewed effort to confront and reduce AID is needed.7–9 Efforts to reduce AID in the past have been successful. Between 1982 and 1997, there was a 43% decrease in the proportion of alcohol-impaired drivers involved in fatal crashes.10 This corresponded with a time when many US states implemented laws making it illegal to drive with a blood alcohol concentration of 0.08 g/dL or higher and grassroots organisations like Mothers Against Drunk Driving (MADD) were formed to promote policies to reduce AID.11 Strategies addressing AID have the potential to substantially reduce motor vehicle crashes and deaths.12 Effective strategies to prevent AID exist, including drunk driving laws, sobriety checkpoints, ignition interlocks, mass media campaigns and increasing alcohol taxes.9 13 However, implementation of these strategies varies across states and communities.14–16 The total number of self-reported AID episodes among adults in the USA per year has been estimated to range from 110 to 160 million during 1993 through 2012 with no clear decrease over time.17 18 In 2012, an estimated 1.8% of adults in the USA reported at least one AID episode during the previous 30 days, which translated to 4.2 million adults engaging in 121 million annual AID episodes (a rate of 505 per 1000 population).18 An update to these estimates is needed to illustrate the continued call for universal implementation of prevention efforts using both established and promising strategies. This study estimated the annual prevalence, number of episodes and rates of AID among adults in the USA during 2014, 2016 and 2018. We also examined how these outcomes varied by certain demographic and behavioural characteristics.

Methods

Data set

Data were from the 2014, 2016 and 2018 Behavioral Risk Factor Surveillance System (BRFSS) surveys. BRFSS is a nationally representative, cross-sectional, ongoing, random-digit-dialled telephone survey. State health departments in collaboration with the US Centers for Disease Control and Prevention use trained interviewers to collect reported health-related behaviours from a representative sample of civilian, non-institutionalised adults aged ≥18 years residing in any US state or territory. BRFSS participants are recruited via landline and cellular telephone numbers. All BRFSS questionnaires and data are available online.19 Because the BRFSS is a surveillance system, the Centers for Disease Control and Prevention’s Institutional Review Board has determined that the BRFSS is exempt from its review. Nearly half a million adults completed the interview in each year (456 664 in 2014; 486 303 in 2016 and 437 436 in 2018). We limited the analysis to adults residing in the 50 US states or the District of Columbia that had information recorded for the AID survey question. The median response rates for the19BRFSS 2014, 2016 and 2018 surveys were 47% (49% landline, 41% cell phone), 47% (48% landline, 46% cell phone) and 50% (53% landline, 43% cell phone), respectively.

Survey questions

In even-numbered years, BRFSS respondents who reported having had at least one alcoholic beverage in the past 30 days were asked ‘During the past 30 days, how many times have you driven when you have had perhaps too much to drink?’ Responses were recorded as whole numbers ≥0 and were considered to be the number of AID episodes. Those who reported no alcohol in the past 30 days were coded as having zero AID episodes. We created a binary variable for AID (yes/no) categorising people reporting zero episodes as ‘no’ and those with ≥1 episodes as ‘yes’. Respondent demographic characteristics collected included age in years at the time of the survey, race and ethnicity, highest level of education obtained, current marital status and household income. Reported behavioural characteristics collected included binge drinking and seatbelt use. Binge drinking was defined as having on at least one occasion five or more drinks for men and four or more drinks for women during the past 30 days. Seatbelt use was ascertained by asking ‘How often do you use seatbelts when you drive or ride in a car? Would you say—always, nearly always, sometimes, seldom or never?’ Responses were categorised into a binary variable: always versus less than always. AID prevalence, episodes and rates were described across demographic and behavioural characteristic categories. Healthcare utilisation was assessed to estimate the percentage of adults who engaged in AID who also had recently accessed healthcare for a routine check-up. This was measured by the question ‘About how long has it been since you last visited a doctor for a routine check-up? (A routine check-up is a general physical examination, not an examination for a specific injury, illness or condition.)’ Answers were recorded as being within the past 12 months, 2 years, 5 years or ≥5 years ago.

Statistical analyses

Analyses were carried out separately for each year. Results were weighted using the BRFSS-provided weights, cluster and stratification variables to make results nationally representative. National AID 30-day prevalence was estimated using the percentage of respondents who reported any AID in the previous 30 days. Annual estimates of AID episodes per respondent were calculated by multiplying the respondent’s reported episodes in the preceding 30 days by 12. For the 28 respondents (8 in 2014, 6 in 2016 and 14 in 2018) who reported more than one AID episode daily, annualised AID episodes were truncated at 360 (which is equivalent to 30 AID episodes per month). Annual rates of AID episodes and corresponding 95% CIs were then calculated by dividing the annual number of AID episodes by the respective weighted population estimate from BRFSS for the respective year (2014, 2016 or 2018). Each rate’s SE was used to calculate CIs and was approximated using Taylor series linearisation (also called the ‘delta method’).20 Annual AID episode rates were reported per 1000 population. National AID prevalence, number of episodes and rates per 1000 population were stratified by demographic and behavioural characteristics. Data analysis was completed using the complex sampling survey procedures in SAS V.9.4.

Results

Participants

The analysis included over 1 million respondents from the 50 US states and District of Columbia who had non-missing AID information (426 910 in 2014, 448 062 in 2016 and 405 074 in 2018).

AID prevalence, number of episodes and rates

Nationally, 1.7%, 2.1% and 1.7% of adults in the years 2014, 2016 and 2018 reported having engaged in AID during the previous 30 days (tables 1–3). Percentage of adults reporting recent alcohol-impaired driving, annual episodes and episode rates per 1000 population*: 2014 *Data are self-reported from US-based 2014 Behavioral Risk Factor Surveillance System. Results weighted by survey population estimates. Percentage of adults reporting recent alcohol-impaired driving, annual episodes and episode rates per 1000 population*: 2016 *Data are self-reported from US-based 2016 Behavioral Risk Factor Surveillance System. Results weighted by survey population estimates. Percentage of adults reporting recent alcohol-impaired driving, annual episodes and episode rates per 1000 population*: 2018 *Data are self-reported from US-based 2018 Behavioral Risk Factor Surveillance System. Results weighted by survey population estimates. On average, 57% of those who reported AID indicated one episode in the past 30 days, 24% indicated two episodes, 12% indicated 3–5 episodes and 7% reported that they had driven impaired ≥6 times over the past 30 days (data not shown). The estimated national annual number of AID episodes varied across years (2014: 111 million, 2016: 186 million, 2018: 147 million) and represented 3.7 million, 4.9 million and 4.0 million adults, respectively. The rate of AID episodes per 1000 population was highest in the year 2016 (rate=741, 95% CI 676 to 806) compared with 2014 (rate=452, 95% CI 412 to 492) and 2018 (rate=574, 95% CI 491 to 657).

AID by demographic and behavioural characteristics

In each year, AID was most common among men, people who binge drink and people who did not always use a seatbelt (tables 1–3). Men accounted for an overwhelming percentage of AID episodes (80% in 2014, 70% in 2016 and 80% in 2018; data not shown). Similarly, people who engaged in recent binge drinking accounted for 85%, 80% and 86% of all AID episodes in 2014, 2016 and 2018, respectively (data not shown). Those who reported more binge drinking reported more AID episodes. For example, in 2014, the 4% of adults who reported binge drinking at least four times per month accounted for 58% of AID episodes. This was true in 2016 and 2018 where 4% and 5% of those who reported binge drinking at least four times a month accounted for 55% and 65% of AID episodes in each respective year. People who reported not always wearing a seatbelt had an annual AID rate four times higher in 2014 and 2016 and six times higher in 2018 than those who always wore a seatbelt. Reported AID varied by other characteristics as well. Regardless of gender and year, AID rates were highest among people aged 21–34 years and then decreased with age. Married adults, particularly married male adults, tended to have lower AID rates compared with those who were coupled, previously married or never married. There were no significant differences in AID rates by race/ethnicity, education level or household income no matter the year or gender. Among those engaging in AID, 60% reported seeing a doctor for a routine check-up within the past year (data not shown). Another 16% had a check-up between 1 and 2 years prior (data not shown). Among respondents who reported recent binge drinking, 62% reported a routine check-up within the past year (data not shown). Finally, among those reporting recent AID and recent binge drinking, 57% had a check-up within the past year (data not shown).

Discussion and public health implication

AID continues to be prevalent in the USA, and the majority of AID episodes during 2014–2018 occurred among men and those who engaged in recent binge drinking. AID prevalence and episode rates were also higher among those aged 21–34 years compared with older ages and among those who did not always wear seatbelts compared with those who always wear seatbelts. These 2014, 2016 and 2018 BRFSS results are similar to previously published 2012 BRFSS results. In 2012, 2014, 2016 and 2018, 1.8%, 1.7%, 2.1% and 1.7% of adults engaged in AID. This translated to 4.2 million adults, 3.7 million adults, 4.9 million adults and 4.0 million adults engaging in 121 million annual AID episodes, 111 million episodes, 186 million episodes and 147 million episodes during each of the 4 years.18 Rates across the 4 years were 505, 452, 741 and 574 per 1000 population.18 Similar to 2014–2018, in 2012, men accounted for 80% of AID episodes and respondents who reported binge drinking accounted for 85% of episodes.18 Taken all together, there were slight differences in AID across these years with a peak in AID prevalence and number of episodes in 2016, but no clear trend across the years 2012, 2014, 2016 and 2018. This roughly correlates with national annual motor vehicle crash death data that suggest crash deaths and the percentage of them related to AID have remained relatively constant over the years 2012–2018.1 3–6 It is unclear what might be behind the peak in AID in 2016. Changes in AID can be influenced by changing economic and societal factors (like economic recessions). Preliminary data show an increase in AID-related crash deaths in 2020 (during the COVID-19 pandemic), which might signify an associated increase in 2020 BRFSS AID rates.21 AID-related deaths are preventable via proven strategies. To reduce AID, states and communities can consider implementing or scaling up effective interventions such as expanding the use of publicised sobriety check points; enforcing blood alcohol concentration (BAC) laws and minimum legal drinking age laws; requiring ignition interlocks for all persons convicted of AID and increasing alcohol taxes.22 Because a significant proportion of adults engaging in AID also does not always wear a seatbelt, primary seatbelt laws that cover all passengers might decrease AID-related crash mortality. Increasing seatbelt use among those engaging in AID is particularly important because alcohol not only increases the risk of a crash but also increases the risk of injury or death in a crash.23–25 Promising strategies that have shown effectiveness in other countries, when implemented, could decrease AID and subsequent crash deaths. The National Transportation Safety Board recommended lowering the BAC limit in the USA for drivers from 0.08 to 0.05 to reduce crashes, injuries and deaths caused by AID.26 A meta-analysis estimated that 1790 lives would be saved each year if all US states adopted a 0.05 BAC limit.27 Most high-income nations have already enacted a 0.05 illegal BAC limit, and these nations have lower motor vehicle crash fatality rates than the USA.28 Because our results showed that AID rates were highest among people aged 21–24 years (followed closely by people aged 25–34 years), future strategies that work among young adults are warranted. Although consuming alcohol is generally illegal in the USA for anyone under the age of 21 years, 1.1%, 1.5% and 1.5% of people aged 18–20 years reported engaging in AID during 2014, 2016 and 2018, suggesting the need to support strategies that prevent alcohol use and AID among young adults. It is unclear what effects ride share companies (eg, Uber and Lyft) might have on AID, and this topic deserves evaluation. Studies have shown mixed results with one showing that rideshare operations decreased alcohol-involved crashes only in certain cities29 while another showed no impact of rideshare services on alcohol-specific crash deaths.30 We found that three-quarters of people who engaged in AID attended a routine check-up with a doctor within the previous 2 years. This was also true for those who engaged in recent binge drinking and those who engaged in binge drinking and AID. Although not all people will accurately report their alcohol use, routine check-ups offer opportunities for healthcare providers to inquire about and discuss alcohol use and alcohol-related risky behaviours like AID. Alcohol screening and brief intervention (SBI), recommended by the US Preventive Services Task Force for all adults in primary care, is effective at identifying and reducing risky drinking behaviours in the primary care setting.31 Alcohol SBI guidelines recommend either of two brief screens.32 33 Healthcare staff can then initiate conversations on drinking limits and apply brief interventions34 tailored to individual patients’ motivations. The SBI intervention step is important but often overlooked. Although most people visiting their doctor are asked about alcohol consumption and binge drinking, most who report binge drinking receive no advice about how to reduce their drinking.35 The AID prevalence, episodes and rates reported here are likely underestimates of true AID prevalence in the USA for several reasons. First, BRFSS surveys only those aged ≥18 years, so AID episodes of younger drivers are not included. Second, BRFSS respondents were asked about times when they thought they had had too much to drink, and it is possible that respondents had times where they were impaired but did not recognise it. This might be particularly true for those with a history of AID.36 Third, respondents could have felt a social stigma associated with AID, which caused them to underreport AID. The 2018 National Survey on Drug Use and Health reported that 8% of the US population aged ≥16 years (which is an estimated 20.5 million people) reported driving under the influence of alcohol in 2018.37 This estimate is roughly five times greater than the 2018 BRFSS estimate. This is likely partly because the National Survey on Drug Use and Health included 16 and 17-year-old participants and partly because it used Audio Computer-Assisted Self-Interview software (ie, computer-administered survey) methodology, which might heighten respondents’ sense of privacy and, thereby, increase their willingness to report AID compared with BRFSS’s telephone survey methodology.38 39 Another study similarly found that passengers who report riding with a drinking driver might provide a more accurate prevalence of AID than drivers.40 Although BRFSS estimates are likely underestimates, they can help describe the magnitude of AID in the USA. Additionally, other characteristics that BRFSS collects can help describe those who report AID to facilitate prevention efforts. There are other limitations to this analysis. First, we assumed that what people reported over the past 30 days represented their experience over the past 12 months. This might not be a reasonable assumption, especially because AID is more common during certain seasons and holidays. However, BRFSS interviews took place year-round, likely minimising any seasonal bias. Second, BRFSS only asked about the number of times a person drove after consuming too much alcohol and not the total miles travelled or length of trip time, which might be more relevant but less precise (because it might be harder for people to self-report accurately) measures of exposure. Third, the BRFSS AID question asked whether respondents perceived that they had had too much to drink before driving, and it is unclear how this might relate to crash risk or blood alcohol concentrations. In the USA, it is illegal for a driver to have a blood alcohol concentration of 0.08 g/dL or higher, except in Utah where it is illegal to have a blood alcohol concentration of 0.05 g/dL or higher. However, studies have shown that even small amounts of alcohol (eg, <0.08 g/dL) can reduce motor skills and reaction time.22 41 Finally, there could be unknown differences between people who report AID and people who die or are injured in an AID-related crash. AID during the years 2014, 2016 and 2018 was prevalent and linked to other risky behaviours including binge drinking and not always wearing seatbelts. AID is preventable. Because 29% of motor vehicle deaths in 2018 involved an alcohol-impaired driver, eliminating or reducing AID could potentially reduce crash-related deaths by 20%–30%, saving roughly 7000 to 11 000 lives each year.1 In addition to saving lives, the impact would also be felt by reduced injuries and burdens on healthcare and emergency response systems. States and communities can consider enacting and enforcing AID-reducing strategies at a population-level while healthcare providers in primary care settings can consider addressing AID at an individual level. Alcohol-impaired driving is a risk factor for traffic crashes and their resulting injuries and deaths. In 2012, an estimated 1.8% of adults (or 4.2 million adults) in the USA reported alcohol-impaired driving within the past 30 days More recent estimates from the years 2014–2018 indicate that reported alcohol-impaired driving remains prevalent. An estimated 1.7%, 2.1% and 1.7% of adults (or 3.7 million, 4.9 million and 4.0 million adults) in the USA reported alcohol-impaired driving in 2014, 2016 and 2018. Alcohol-impaired driving was more common among men and among people who binge drink.
Table 1

Percentage of adults reporting recent alcohol-impaired driving, annual episodes and episode rates per 1000 population*: 2014

OverallMenWomen
%Number of episodesRate95% CI%Number of episodesRate95% CI%Number of episodesRate95% CI
Total 1.7110 944 086452412 to 4922.688 420 455740666 to 8140.822 523 631179144 to 213
Age group (years)
 18–201.13 870 671267151 to 3831.62 926 456392182 to 6020.5944 21513445 to 224
 21–243.915 863 928921670 to 11725.512 024 6101356902 to 18102.13 839 318459268 to 651
 25–342.632 297 921760622 to 8983.925 987 0401210949 to 14711.36 310 881301215 to 386
 35–541.734 657 343413362 to 4642.728 680 700690590 to 7900.75 976 643141118 to 164
 ≥550.924 254 224277223 to 3321.518 801 649468385 to 5520.35 452 57411543 to 187
Race/ethnicity
 White, non-Hispanic1.772 045 438461417 to 5052.858 771 144775688 to 8620.813 274 294165142 to 188
 Black, non-Hispanic1.614 127 919496372 to 6192.510 606 062814564 to 10630.93 521 857228138 to 317
 Hispanic1.616 224 292434305 to 5622.613 438 206716473 to 9590.72 786 08615069 to 230
 Other, non-Hispanic1.14 885 35430793 to 5211.82 760 638349224 to 4750.42 124 7152651 to 672
 Multiracial, non-Hispanic1.51 918 853610236 to 9832.21 608 8481061293 to 18290.9310 00419084 to 296
Education
 <High school1.017 042 593480324 to 6371.915 219 215855551 to 11600.21 823 37810332 to 174
 High school1.529 612 698429359 to 4982.425 090 855716585 to 8470.64 521 84313389 to 177
 Some college1.833 684 906448388 to 5083.026 794 425776654 to 8970.86 890 482170129 to 210
 College2.130 583 379486411 to 5613.021 295 451694589 to 7981.29 287 929288180 to 395
Marital status
 Married1.135 452 489284241 to 3261.828 181 688448384 to 5110.57 270 80111761 to 174
 Coupled2.47 665 211755460 to 10493.86 839 1511325748 to 19030.9826 06016591 to 239
 Previously married1.524 394 672494404 to 5842.918 978 3711032805 to 12580.65 416 300175123 to 227
 Never2.842 212 452718612 to 8243.933 324 4921047860 to 12341.68 887 961330257 to 402
Household income
 <US$20k1.217 813 460411302 to 5212.113 653 919740500 to 9800.64 159 54116798 to 237
 US$20k–<US$35k1.620 276 949477371 to 5842.516 523 236819601 to 10360.83 753 713168116 to 221
 US$35k–<US$50k1.815 079 802530372 to 6882.711 231 515779568 to 9900.83 848 28727438 to 510
 US$50k–<US$75k2.015 917 264517412 to 6223.013 640 932842645 to 10380.82 276 332156121 to 192
 ≥US$75k2.233 969 359541474 to 6083.227 453 632806690 to 9221.06 515 727227176 to 278
Binge drink
 No0.818 001 485225169 to 2811.213 270 054333227 to 4390.44 731 43111883 to 152
 1 x month4.710 983 180830694 to 9665.88 349 8011071857 to 12863.22 633 378484360 to 608
 2–3 x month7.616 584 33215501340 to 17609.312 981 57019011611 to 21914.83 602 762931654 to 1208
 ≥4 x month13.962 999 89653044597 to 601115.451 898 35660905215 to 696510.111 101 53933082142 to 4474
Seatbelt use
 <Always3.640 301 63013681117 to 16204.934 265 29218741517 to 22301.66 036 339541223 to 859
 Always1.470 078 219360327 to 3932.253 670 382595529 to 6610.716 407 837157134 to 181

*Data are self-reported from US-based 2014 Behavioral Risk Factor Surveillance System. Results weighted by survey population estimates.

Table 2

Percentage of adults reporting recent alcohol-impaired driving, annual episodes and episode rates per 1000 population*: 2016

OverallMenWomen
%Number of episodesRate95% CI%Number of episodesRate95% CI%Number of episodesRate95% CI
Total 2.1186 204 686741676 to 8063.0130 116 2411064948 to 11811.255 873 419434371 to 496
Age group (years)
 18–201.59 732 889695358 to 10322.17 645 7901012416 to 16070.82 087 099324104 to 544
 21–243.617 391 530979797 to 11604.610 424 3691186938 to 14352.66 967 162775512 to 1039
 25–343.247 678 0141092866 to 13184.232 982 90414921087 to 18972.114 480 084672480 to 864
 35–542.474 940 459897771 to 10223.452 640 44712721058 to 14851.422 300 012529395 to 662
 ≥551.136 461 793396338 to 4541.826 422 731623516 to 7300.510 039 062202145 to 259
Race/ethnicity
 White, non-Hispanic2.2106 414 023677606 to 7473.276 409 861999868 to 11311.230 004 161371314 to 429
 Black, non-Hispanic2.023 723 046807572 to 10432.915 630 2861171717 to 16251.47 877 734491285 to 698
 Hispanic2.034 729 369883684 to 10812.925 022 8761276934 to 16181.29 706 493492288 to 696
 Other, non-Hispanic1.614 276 080853556 to 11492.08 207 226978548 to 14081.26 068 854727318 to 1135
 Multiracial, non-Hispanic1.81 994 266551322 to 7801.91 230 834668292 to 10431.7763 432431172 to 690
Education
 <High school1.736 496 6001057735 to 13782.830 607 65817491150 to 23480.55 673 917333116 to 550
 High school1.849 724 881706593 to 8182.738 182 4721064864 to 12650.911 542 409334237 to 430
 Some college2.150 724 269652565 to 7383.031 345 970873734 to 10121.419 378 299462355 to 569
 College2.648 980 090729639 to 8193.429 727 643918790 to 10471.819 252 446553427 to 680
Marital status
 Married1.666 830 645529459 to 5982.347 397 890749635 to 8640.819 432 755308229 to 386
 Coupled2.89 931 284829614 to 10453.76 201 0151027738 to 13171.93 730 270628308 to 948
 Previously married1.939 176 010775635 to 9153.325 715 14913461047 to 16441.113 460 861428294 to 561
 Never3.367 647 3781120933 to 13074.149 480 68815041180 to 18292.218 166 690661523 to 798
Household income
 <US$20k1.630 520 443791558 to 10242.420 237 5021238747 to 17300.910 282 941462280 to 645
 US$20k–<US$35k1.830 842 308748558 to 9382.722 791 7491175800 to 15511.18 050 559368235 to 502
 US$35k–<US$50k2.018 326 261643515 to 7722.813 119 633905685 to 11261.25 206 628372243 to 502
 US$50k–<US$75k2.522 830 730725595 to 8543.517 164 4451050846 to 12541.45 666 285374218 to 530
 ≥US$75k2.964 821 319938817 to 10603.744 076 5531170990 to 13501.820 744 766661502 to 819
Binge drink
 No1.134 434 557408336 to 4801.421 202 088506389 to 6240.813 232 469311229 to 394
 1 x month5.216 405 8171156851 to 14615.911 434 3181393904 to 18824.24 971 500831556 to 1105
 2–3 x month9.426 721 68022711795 to 274811.120 158 39427041985 to 34236.46 563 28715231136 to 1909
 ≥4 x month15.090 232 14567545872 to 763616.169 375 46575186365 to 867012.520 641 65450023774 to 6231
Seatbelt use
 <Always4.152 356 00617561451 to 20615.242 519 30522951843 to 27462.49 621 676853537 to 1168
 Always1.695 464 266471420 to 5232.468 994 424731629 to 8331.026 469 842245208 to 282

*Data are self-reported from US-based 2016 Behavioral Risk Factor Surveillance System. Results weighted by survey population estimates.

Table 3

Percentage of adults reporting recent alcohol-impaired driving, annual episodes and episode rates per 1000 population*: 2018

OverallMenWomen
%Number of episodesRate95% CI%Number of episodesRate95% CI%Number of episodesRate95% CI
Total 1.7146 591 009574491 to 6572.5113 686 940917753 to 10810.928 691 037220181 to 258
Age group (years)
 18–201.514 477 3191022297 to 17482.09 751 100128235 to 25280.93 930 73360219 to 1186
 21–243.316 749 363965713 to 12173.311 184 2711304824 to 17833.35 467 008626456 to 796
 25–342.637 225 113838614 to 10623.827 377 8201220807 to 16321.47 857 798360246 to 473
 35–541.850 909 688611440 to 7832.742 655 1811037693 to 13810.97 052 808168137 to 200
 ≥551.027 229 526284236 to 3311.622 718 568514414 to 6150.44 382 6898568 to 102
Race/ethnicity
 White, non-Hispanic1.885 932 814542459 to 6262.669 274 351901737 to 10660.916 598 106204156 to 252
 Black, non-Hispanic1.718 627 941622393 to 8512.213 422 500982502 to 14611.44 942 793305181 to 428
 Hispanic1.929 834 512731374 to 10872.825 163 5001231526 to 19360.83 478 034171107 to 236
 Other, non-Hispanic1.08 020 174457267 to 6471.43 762 475430298 to 5620.61 921 47922050 to 389
 Multiracial, non-Hispanic1.71 670 493515310 to 7192.21 016 772652319 to 9851.3592 400352117 to 587
Education
 <High school1.230 740 447925456 to 13951.926 316 3591550646 to 24530.42 405 34414935 to 264
 High school1.643 951 782620446 to 7942.235 839 378983662 to 13050.87 937 196231121 to 342
 Some college1.833 864 638429370 to 4882.724 105 615663551 to 7751.09 210 562217169 to 265
 College2.037 293 548524446 to 6012.926 737 839795654 to 9361.29 137 935244195 to 293
Marital status
 Married1.350 168 793391302 to 4812.042 694 561667491 to 8430.56 533 84610276 to 129
 Coupled2.711 029 664928592 to 12633.67 582 3071259694 to 18251.82 784 531476190 to 763
 Previously married1.536 284 321718422 to 10132.829 350 7071533765 to 23000.75 585 434179128 to 229
 Never2.647 960 975765626 to 9043.133 436 402987763 to 12102.013 619 282475331 to 620
Household income
 <US$20k1.324 190 551680404 to 9571.915 115 4291023435 to 16100.87 213 592349151 to 546
 US$20k–<US$35 k1.526 160 247658334 to 9822.121 566 2041165472 to 18571.04 403 642208147 to 270
 US$35k – <US$50k1.715 919 560593411 to 7752.313 094 994972615 to 13291.22 732 970205145 to 266
 US$50k–<US$75k2.118 136 714569450 to 6883.114 868 615893671 to 11151.03 268 099215161 to 270
 ≥US$75k2.353 093 373707549 to 8653.343 888 9001074792 to 13561.17 672 543225177 to 273
Binge drink
 No0.915 808 234185151 to 2191.111 396 254271204 to 3370.64 405 49410283 to 121
 1 x month4.510 841 462780632 to 9294.96 483 091805661 to 9493.84 358 372749456 to 1043
 2–3 x month7.618 187 53615601303 to 18168.612 851 70317621422 to 21035.85 299 3871217832 to 1601
 ≥4 x month13.698 736 94574105850 to 896914.781 059 67186066475 to 10 73810.513 507 17434932374 to 4611
Seatbelt use
 <Always4.069 568 58723151677 to 29535.155 796 73230562047 to 40662.310 464 936895516 to 1273
 Always1.476 941 398370327 to 4132.157 886 887595507 to 6830.818 149 230164143 to 186

*Data are self-reported from US-based 2018 Behavioral Risk Factor Surveillance System. Results weighted by survey population estimates.

  24 in total

1.  Prevalence of adult binge drinking: a comparison of two national surveys.

Authors:  Jacqueline W Miller; Joseph C Gfroerer; Robert D Brewer; Timothy S Naimi; Ali Mokdad; Wayne H Giles
Journal:  Am J Prev Med       Date:  2004-10       Impact factor: 5.043

2.  Ridesharing and Motor Vehicle Crashes in 4 US Cities: An Interrupted Time-Series Analysis.

Authors:  Christopher N Morrison; Sara F Jacoby; Beidi Dong; M Kit Delgado; Douglas J Wiebe
Journal:  Am J Epidemiol       Date:  2018-02-01       Impact factor: 4.897

Review 3.  Alcohol Electronic Screening and Brief Intervention: A Community Guide Systematic Review.

Authors:  Kristin A Tansil; Marissa B Esser; Paramjit Sandhu; Jeffrey A Reynolds; Randy W Elder; Rebecca S Williamson; Sajal K Chattopadhyay; Michele K Bohm; Robert D Brewer; Lela R McKnight-Eily; Daniel W Hungerford; Traci L Toomey; Ralph W Hingson; Jonathan E Fielding
Journal:  Am J Prev Med       Date:  2016-11       Impact factor: 5.043

Review 4.  A review of research on the Alcohol Use Disorders Identification Test (AUDIT).

Authors:  J P Allen; R Z Litten; J B Fertig; T Babor
Journal:  Alcohol Clin Exp Res       Date:  1997-06       Impact factor: 3.455

5.  Association of State Alcohol Policies With Alcohol-Related Motor Vehicle Crash Fatalities Among US Adults.

Authors:  Timothy S Naimi; Ziming Xuan; Vishnudas Sarda; Scott E Hadland; Marlene C Lira; Monica H Swahn; Robert B Voas; Timothy C Heeren
Journal:  JAMA Intern Med       Date:  2018-07-01       Impact factor: 21.873

6.  A comparison of driver- and passenger-based estimates of alcohol-impaired driving.

Authors:  A M Dellinger; J Bolen; J J Sacks
Journal:  Am J Prev Med       Date:  1999-05       Impact factor: 5.043

7.  Impact of State Ignition Interlock Laws on Alcohol-Involved Crash Deaths in the United States.

Authors:  Elinore J Kaufman; Douglas J Wiebe
Journal:  Am J Public Health       Date:  2016-03-17       Impact factor: 9.308

8.  Vital signs: alcohol-impaired driving among adults--United States, 2010.

Authors: 
Journal:  MMWR Morb Mortal Wkly Rep       Date:  2011-10-07       Impact factor: 17.586

9.  Alcohol involvement and other risky driver behaviors: effects on crash initiation and crash severity.

Authors:  Kathleen Shyhalla
Journal:  Traffic Inj Prev       Date:  2014       Impact factor: 1.491

10.  Driving Under the Influence of Marijuana and Illicit Drugs Among Persons Aged ≥16 Years - United States, 2018.

Authors:  Alejandro Azofeifa; Bárbara D Rexach-Guzmán; Abby N Hagemeyer; Rose A Rudd; Erin K Sauber-Schatz
Journal:  MMWR Morb Mortal Wkly Rep       Date:  2019-12-20       Impact factor: 17.586

View more

北京卡尤迪生物科技股份有限公司 © 2022-2023.