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Introduction Tobacco use is a significant public health problem worldwide

leading to pulmonary diseases,1 cardiovascular diseases2 and various cancers.3 Tobacco consumption, particularly smoking, is the leading avoidable risk factor responsible of about six million deaths worldwide annually. This six million includes about 6,00,000 deaths are also predictable to die from the effects of second-hand smoke. While usually tobacco use is associated with ill-health, disability, and death from non-communicable chronic diseases, tobacco smoking is also connected with a greater risk of death from communicable disease.4 Although tobacco smoking is decreasing worldwide and in several countries, the prevalence of tobacco smoking seems to be growing according to WHO reports in Eastern Mediterranean region as well as the African Region.5 Approximately 90% of tobacco smokers start tobacco smoking before the age of 18years, with nearly 100 000 young youths initiating smoking every day.6 Due to the powerfully addictive nature of tobacco consumption, tobaccos smoking during adolescence elude the person to continue during the adulthood.7 Exposure to second-hand tobacco smoke amongst adolescents is an essential contributing factor. Second-hand smoke estimated for about 3,31,000 deaths in 20138 and up to 28% of all deaths caused by second-hand smoke happening in children.9 The prevalence rates of tobacco smoking in the Kingdom of Saudi Arabia (KSA) were reported in several studies ranging from 2.4% to 52.3%.10,11 Although this prevalence varies through different age groups, it was reported that 20%–50% of Saudi tobacco smokers start smoking as early as 15years of age.12 The prevalence of smoking among males is ranging from 13% to 38% (median=26.5%), whereas in females it is ranging from 1% to 16% (median=9%).10 Assessment of the full impact of tobacco use and tobacco smoking in particular on population health, will definitely make a major input to the development of the public health

hazard.13 However, most studies from KSA in this context evaluated the epidemiologic factors rather than behavioral characteristics that lead to initiation or quitting of tobacco smoking. Therefore, the present study was focusing on the assessment of behavioral, social, and environmental factors that may contribute to commencing or quitting tobacco smoking in KSA.

Materials and methods In this a case control cross sectional study, a total of 174 Saudi

volunteers living in the city of Hail, Northern KSA were investigated. Of the 174 study subjects, 101 were current tobacco smokers (ascertained as cases) and 73 were non tobacco users (ascertained as controls). A purposeful questionnaire was designed to obtain essential variables regarding behavioral factors. The most important variables included in the questionnaire were, demographical characteristics such as: tobacco use habits, number of cigarette per day, Shisha smoking (it is a water-pipe, popular in many Arab countries, in which fruit-scented tobacco is burnt using coal, passed through an ornate water vessel and inhaled through a hose.), regular period of smoking in years, age when starting smoking, did you smoke at home, did you smoke at work place, did you smoke around your family members, are your parent smokers, have you accompanied person smoker (friend, co-worker), people use to smoke inside my home, people use to smoke inside my car, feelings of smokers about changing their smoking habits including:

a. Plan to quit smoking.

b. How important is it for you to change your tobacco usage?

c. How confident are you that you could change your tobacco usage?

MOJ Public Health. 2017;5(1):10‒15. 10 © 2017 Ibrahim et al. This is an open access article distributed under the terms of the Creative Commons Attribution License, which permits unrestricted use, distribution, and build upon your work non-commercially.

Behavioral factors influencing tobacco smoking initiation and quitting in Saudi Arabia

Volume 5 Issue 1 - 2017

Ibrahim Khalil AL Ibrahim,1 Abdullah Faraj AlShammari,1 Meshari Fraih Alshammari,2 Abdulrahman Mohammed Alqunun,2 Khaled Homoud Almuhaihi,2 Abdulaziz Rasheed Altamimi,2 Hussain Gadelkarim Ahmed2,3 1Department of Dentistry, University of Hail, Kingdom of Saudi Arabia 2Department of Medicine, University of Hail, Kingdom of Saudi Arabia 3Department of Molecular Diagnostic sand Personalized Therapeutics Unit, University of Hail, Kingdom of Saudi Arabia

Correspondence: Hussain Gadelkarim Ahmed, Department of Medicine, University of Hail, Kingdom of Saudi Arabia, Tel +966502609300, Email [email protected] Received: January 16, 2017 | Published: January 26, 2017

Abstract

Introduction: Tobacco smoking is strongly associated with high mortality and morbidity worldwide. Tobacco Smoking initiation or quitting depends on several behavior, social, and occupational factors. Therefore, the aim of this study was to assess the behavioral, social and environmental factors that may contribute to initiation or quitting of tobacco smoking in the Kingdom of Saudi Arabia (KSA).

Methodology: A total of 174 Saudi volunteers living in the city of Hail, Northern KSA were investigated. Of the 174 study subjects, 101 were current tobacco smokers and 73 were non-tobacco users.

Results: Out of the 99 respondents tobacco users, 77/99(77.8%) were found to smoke cigarette and 22/99(22.2%) were smoking shisha. Out of the 99 smokers, 58/99(58.6%), 70/99(70.7%), and 52/99(52.5%), used to smoke at home, work place and around family members, respectively.

Conclusion: It is verified that parent tobacco usage, second-hand smoke exposure resulting from occupational target such as inside home smoking, and work place smoking are strongly associated with tobacco initiation. More research is needed to explore the suitable modalities for tobacco quitting in KSA.

Keywords: tobacco smoking, cigarette smoking, tobacco initiation, Saudi Arabia

MOJ Public Health

Research Article Open Access

Behavioral factors influencing tobacco smoking initiation and quitting in Saudi Arabia 11 Copyright:

©2017 Ibrahim et al.

Citation: Ibrahim IKAL, AlShammari AF, Alshammari MF, et al. Behavioral factors influencing tobacco smoking initiation and quitting in Saudi Arabia. MOJ Public Health. 2017;5(1):10‒15. DOI: 10.15406/mojph.2017.05.00114

Data analysis Statistical Package for Social Sciences (SPSS version 16) was

used for analysis and to perform Pearson Chi-square test for statistical significance (P value). The 95% confidence level and confidence intervals were used. P value less than 0.05 was considered statistically significant.

Ethical consent Each participant was asked to sign a written ethical consent during

the questionnaire’s interview, before the obtaining of the specimen. The informed ethical consent form was designed and approved by the ethical committee of the College of Medicine (University of Hail, KSA) Research Board.

Results In this study 173 individuals were included their ages ranging

from 13 to 66years old with a mean age 30.2years. Out of the 173 study subjects, 121/173(69.9%) were males and 52/173(30.1%) were females. The males’ females’ ratio was 2.33: 1.00. Of the 121 males, 70/121(57.6%) were tobacco smokers and 51\121 (42.4%) were non- tobacco users. Of the 52 females 31/52(59.6%) were tobacco smokers and 21/52(40.4%) were non-tobacco users. With regard to age most of the study subjects were found among the age range 26-35years. The age distribution is relatively similar among males and females with the exception of age group 26-35years, most of them were males as shown in Table 1 & Figure 1. For the level of education the majority of the participants were at secondary level followed by university constituting 89/168(53%) and 59/168(35%), respectively, as indicated in Table 1.

Figure 1 Description of the study subjects by demographic characteristics and tobacco use habit.

For the relevant smoked type of tobacco, 77/99(77.8%) were found to smoke cigarette and 22/99(22.2%) were smoking shisha. Of the 77 cigarette smokers 60/77(80%) were males and 17/77(20%) were females. Of the 99 respondents smokers, 43/99(43.4%) used to smoke ≤5 cigarettes per day, 27/99(27.3%) smoke 6-10 cigarettes per day, 20/99(20.2%) smoke 11-20 cigarettes per day and 9/99(9.1%) smoke more than 21 cigarettes per day. The great majority of males use to smoke 6-10 cigarettes per day, hence most females use to smoke ≤5 cigarettes per day, as indicated in Table 2. Most of the smokers started smoking at the age range between 19-25years, followed by 16-18, 26+ and ≤15years, representing 39/99(%), 28/99(%), 19/99(%) and 13/99(%), in this order. Most males started smoking at the age

range 19-25. Whereas most females started at age range 16-18years, as indicated in Table 2. However, when calculating the percentages of these variables within each gender, different proportions can be observed as shown in Figure 2.

Table 1 Distribution of the study population by demographical characteristics and tobacco use habit

Variable Category Males Females Total

Tobacco use

Yes 70 31 101

No 51 21 72

Total 121 52 173

Age in years

<18 5 5 10

19-25 31 24 55

26-35 68 5 73

36-45 12 7 19

46+ 4 11 15

Total 120 52 172

Level of Education

illiterate 0 2 2

Basic 17 1 18

Secondary 69 20 89

University 30 29 59

Total 116 52 168

Figure 2 Description of study subjects tobacco smoking habitual practices within each gender group.

Out of 99 smokers, 58/99(58.6%), 70/99(70.7%), and 52/99(52.5%), used to smoke at home, work place and around your family members, respectively. Of the 58 smokers at home, 30/58(51.7%) were males and 28/58(48.3%) were females. The odd ratio (OR) and 95% confidence interval (95% CI) associated with adherence of females smoking at home was OR (95% CI)=0.08(0.02- 0.31), P=0.0002. Of the 70 smokers at work place, 43/70(61.4%) were males and 27/70(38.6%) were females. The risk associated with adherence of females smoking at home was OR (95% CI)=0.25(0.08- 0.81), P=0.02. Of the 52 smokers at work place, 24/52(46%) were males and 28/52(53.8%) were females. The risk associated with adherence of females smoking at home was OR (95% CI)=0.05(0.02- 0.21), P<0.0001, as indicated in Table 3 & Figure 3.

Behavioral factors influencing tobacco smoking initiation and quitting in Saudi Arabia 12 Copyright:

©2017 Ibrahim et al.

Citation: Ibrahim IKAL, AlShammari AF, Alshammari MF, et al. Behavioral factors influencing tobacco smoking initiation and quitting in Saudi Arabia. MOJ Public Health. 2017;5(1):10‒15. DOI: 10.15406/mojph.2017.05.00114

Table 2 Distribution of study subjects by tobacco smoking habitual practices and gender

Variable Category Males Females Total

Tobacco type

Cigarette 60 17 77

Shisha 8 14 22

Total 68 31 99

Number of cigarette per day

≤5 cig/day 21 22 43

1-10 22 5 27

11-20 17 3 20

16-20 8 1 9

Total 68 31 99

Regular period of smoking in years

≤5years 34 13 47

1-10 20 9 29

11+ 14 9 23

Total 68 31 99

Age when starting smoking

≤15years 9 4 13

16-18 14 14 28

19-25 30 9 39

26+ 15 4 19

Total 68 31 99

Figure 3 Description of study subjects by tobacco smoking community practices and gender.

Of the 99 smokers, 77/99(77.8%), 15/99(15.2%), 50/99(50.5%), 27/99(27.3%), 55/99(55.6%) and 53/99(53.5%), have either parent smokers, friend smoker, Family member smoker, co-worker smoker, permit people to smoke inside his home, or permit people to smoke inside his car, in this order. Of the 77 having parent smoker, 48/77(62.3%) were males and 29/77(37.7%) were females. The presence of parent smoker was significantly associated with getting smoker P<0.01. Of the 15 having friend smoker, 13/15(86.7%) were males and 3/15(13.3%) were females. The presence of friend smoker was significantly associated with becoming smoker P<0.008. Of the 50 persons having smoker in the family, 29/50(52.7%) were males and 21/50(42%) were females. The presence of smoker in the family was slightly significantly associated with becoming smoker P<0.06. Of the 27 persons having co-worker smoker, 19/27(70%) were males and 8/27(30%) were females. The presence of co-worker smoker was insignificantly associated with becoming smoker P<0.5. Of the 55 persons who permit people to smoke inside their homes, 27/55(49%) were males and 28/55(51%) were females. Permit people to smoke

inside their homes was significantly associated with becoming smoker P< 0.0001. Of the 53 persons who permit people to smoke inside their car, 24/53(45%) were males and 29/53(55%) were females. Permit people to smoke inside their cars was significantly associated with becoming smoker P<0.001. Moreover, the percentages of these variables may differ when calculating then with males or females group, as shown in Table 4 & Figure 4.

Figure 4 Description of study subjects by adherent community practices and gender.

Out of 97 responded to the question of the plan to quit smoking, 25/97(25.8%) have plans to quit within one year, of whom 19/25(76%) were males, and the remaining 6/25(24%) were females. In regard to the question “How important is it for you to change your tobacco use?” 6/99(6%), 7/99(7%) and 86/99(87%) indicated probably important, important and very important category, respectively. In regard to the question “How confident are you that you could change your tobacco use?” 7/99(7.2%), 31/99(32%) and 61/979(62.8%) indicated probably confident, confident and very confident category, respectively. In regard to the question “How ready are you to change” 14/99(14.2%), 17/97(17.1%) and 68/99(68.7%) indicated probably ready, ready and very ready category, respectively, as indicated in Table 5. Furthermore, the percentages of these variables may differ when calculating within each males or females group, as shown in Figure 5.

Figure 5 Feelings of smokers about changing their smoking habits within males and females.

In regard to the non-tobacco users (control group) who were included to assess the risk of factors such as: having parent smokers, friend smoker, Family member smoker, co-worker smoker, permit people to smoke inside his home, permit people to smoke inside his car, in commencing the habit of smoking. All these factors were found to be significantly associated with initiation of smoking (P <0.0001).

Behavioral factors influencing tobacco smoking initiation and quitting in Saudi Arabia 13 Copyright:

©2017 Ibrahim et al.

Citation: Ibrahim IKAL, AlShammari AF, Alshammari MF, et al. Behavioral factors influencing tobacco smoking initiation and quitting in Saudi Arabia. MOJ Public Health. 2017;5(1):10‒15. DOI: 10.15406/mojph.2017.05.00114

Table 3 Distribution of study subjects by tobacco smoking community practices and gender

Variable Category Males Females Total OR (95%CI), P Value

Did you smoke at home

Yes 30 28 58

0.08(0.02- 0.31), P = 0.0002No 38 3 41

Total 68 31 99

Did you smoke at work place

Yes 43 27 70

0.25(0.08- 0.81), P = 0.02No 25 4 29

Total 68 31 99

Did you smoke around your family members

Yes 24 28 52

0.05(0.02- 0.21), P < 0.0001No 44 3 47

Total 68 31 99

Table 4 Distribution of study subjects by adherent community practices and gender

Variable Category Males Females Total

Are your parent smokers

Yes 48 29 77

No 20 2 22

Total 68 31 99

OR (95%CI) 4(1.07-16.02) 0.67(0.55-0.85) P value=0.01

Accompanied person smoker Friends 13 2 15

OR (95%CI) 3(0.82- 18.65) 0.25(0.05-1.2) P value=0.008

Family members 29 21 50

OR (95%CI) 0.4(0.17- 1.1) 2(0.93- 5.7) P value=0.06

Co-workers 19 8 27

Total 61 31 92

OR (95%CI) 1.3(0.5- 3.4) 0.7(0. 3- 2.02) 0.5

People use to smoke inside my home

Yes 27 28 55

No 36 3 39

Total 63 31 94

OR (95%CI) 0.1(0.03-0.34) 12(3.4- 45.2) P value=0.0001

People use to smoke inside my car

Yes 24 29 53

No 39 2 41

Total 63 31 94

OR (95%CI) 0.04(0.01-0.19) 23(5.1-107.7) P value=0.001

Table 5 Feelings of smokers about changing their smoking habits

Variable Category Males Females Total

Plan to quit smoking

Yes within one year 19 6 25

No 47 25 72

Total 66 31 97

How important is it for you to change your tobacco use?

Probably important 4 2 6

Important 5 2 7

Very Important 59 27 86

Total 68 31 99

Behavioral factors influencing tobacco smoking initiation and quitting in Saudi Arabia 14 Copyright:

©2017 Ibrahim et al.

Citation: Ibrahim IKAL, AlShammari AF, Alshammari MF, et al. Behavioral factors influencing tobacco smoking initiation and quitting in Saudi Arabia. MOJ Public Health. 2017;5(1):10‒15. DOI: 10.15406/mojph.2017.05.00114

Variable Category Males Females Total

How confident are you that you could change your tobacco use?

Probably confident 4 3 7

confident 16 15 31

very confident 48 13 61

Total 68 31 99

How ready are you to change?

Probably ready 6 8 14

Very 7 10 17

Very Ready 55 13 68

Total 68 31 99

Table Continued...

Discussion Tobacco consumption is a worldwide epidemic, and the problem

is changing to worse promptly as the tobacco trade infiltrates the developing world. There are 1.1billion adults (29% of the adult population) are current smokers,14 and this number is likely to increase over the next decades. Although, the Saudi Ministry of Health initiated a national tobacco control program in 2002 with greater strengthened efforts after joining the World Health Organization (WHO) Framework Convention for Tobacco Control (FCTC) in 2005,15 but still there a tremendous increased in the number of smokers in different part of the country.16 Although indicators of tobacco use in KSA are better than for neighboring Middles Eastern countries, and high-income countries,17 there is potential need to work toward better tobacco control strategies.

In the present study, our objective was to assess the behavioral factors that associated with tobacco smoking in KSA, focusing on individual habitual practice and perceptive factors involved in the initiation and quitting of tobacco use. The great majority of the smokers were males representing about 70%, and this might be due to the fact that smoking is a social stigma among Saudi community and most practices are hidden. Most studies from KSA have shown a low prevalence rate of females smokers compared to males.10–17 For habitual practices, most individuals accustomed to cigarette smoking (80%) and only 20% were accustomed to shisha. For cigarette smokers, most of them accustomed to ≤5 cigarette per day (43.4%), particularly females. Similar findings were previously reported from Saudi Arabia.15–18 In the current study, most males starting smoking at the age range 19-25years, hence, most females start at the age 16-18years. A recent study from KSA found that the mean age of smoking initiation was 19.1years (±6.5years) with 8.9 % of ever smokers starting before the age of 15years.15 The present study indicated that, 58.6%, 70.7%, and 52.5%, used to smoke at home, work place, and around family members, respectively. Moreover, 55.6% and 53.5%, permit people to smoke inside their home, permit people to smoke inside their car, respectively. These are very high proportions of extended exposure to tobacco smoke. There are enough evidences regarding health risks posed by children’s exposure to second-hand smoke. These evidences are highly meaningful if the public is aware of these risks and know how to limit childhood exposure. These findings suggest the prevalent shortage of awareness of the risks associated with environmental tobacco smoke. Furthermore, 77.8%, 15.2%, 50.5%, 27.3%, having parent smokers, friend smoker, Family member smoker, and co-worker smoker, in this order. Having parent smokers as well as family member smokers are significant factors that motivates smoking initiation.

Several studies laminated to the fact that to prevent adolescents from becoming smokers, it is necessary to know factors that cause them to become susceptible to the habit of smoking. Personal, social and environmental factors are strongly correlated smoking initiation.19 These facts may express our findings that all social and environmental variables were found to increase the likelihood of initiating smoking. In regard to having a plan to quit smoking, 25.8% had plans to quit within one year, and males were more likely to quit than females. This percentage was relatively low and so, frustrated. Most smokers do not plan to quit in the nearby period, making unmotivated smokers a key group to target in public health efforts. A recent similar study found that about 25% of smokers who recommended low quit motivation at baseline lowered their cigarette usage over the course of a year, whereas 3% escalated their cigarette usage and the majority of smokers (72%) kept a stable pattern. Understanding smoking growing challenges is critical in updating population-based tobacco policy modeling efforts and informing cessation orientation efforts that capitalize on realistic modifications in smoking rate over time.20 Furthermore, in Saudi Arabia smoking prevalence was higher among married people, among uneducated people, and among those in certain occupations: manual workers, businessmen, army officers, and office workers regardless to the income.21 The present study has few limitations; it’s cross-sectional setting, limited associations of cases and controls. Numerous of the behavioral variables, were self- reported some of which were subjected to personal prestige biases. Despite with these limitations, this study has the merit of providing new course for orientation of future research in this context.

Conclusion Tobacco consumption and exposure to second-hand smoke

continue to be major public health concerns particularly among young Saudi citizens. It is verified that parent tobacco usage, second-hand smoke exposure resulting from occupational target such as inside home smoking, work place smoking are strongly associated with tobacco initiation. Establishing of rigorous tobacco control policy addressing all tobacco initiation factors may effectively reduce the burden tobacco initiation in KSA. Research is needed to explore the suitable modalities for tobacco quitting in KSA.

Acknowledgements None.

Conflict of interest The author declares no conflict of interest.

Behavioral factors influencing tobacco smoking initiation and quitting in Saudi Arabia 15 Copyright:

©2017 Ibrahim et al.

Citation: Ibrahim IKAL, AlShammari AF, Alshammari MF, et al. Behavioral factors influencing tobacco smoking initiation and quitting in Saudi Arabia. MOJ Public Health. 2017;5(1):10‒15. DOI: 10.15406/mojph.2017.05.00114

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