Asma’a A Faden¹, Al-Fulwah Mofarreh Alotaibi², Hourya Sanat Alnofaie², Nohair Nasser Alsuhaibani²and Sara Nasser Al-Dosary²

¹Department of Oral Medicine and Diagnostic Sciences, College of Dentistry, King Saud University, Riyadh 11344, Saudi Arabia.

²Dental Interns, College of Dentistry, King Saud University, Riyadh 11344, Saudi Arabia.

Corresponding Author E-mail: fadena@gmail.com

DOI : https://dx.doi.org/10.13005/bpj/1574

Abstract

Little is known about probiotic consumption or beliefs, in spite of its enhanced availability. Therefore, the aim of this study was to assess the knowledge, awareness, and attitudes of Saudi publics towards the oral benefits of probiotics. The web-based cross-sectional survey was conducted among 600 Saudi individuals through a questionnaire which was randomly distributed through online social media. Each of them was asked to complete a questionnaire including socio-demographic data and took a probiotic knowledge test. Probiotic knowledge was significantly linked with marital status, gender and those who are working in the health field, Majority of them were females (87.1%) being more knowledgeable than males (79.9%). The highest percentages of participants who heard about beneficial bacteria were those who are in the age group 36-45 years old at 87.3%, highly educated at 87.5%, postgraduates at 89.2%, married at 88.9%, and those who are working in the health field at 94.4%. Although beneficial, lack of sufficient knowledge concerning probiotics restricted its usage among few respondents. There is a need for further education and promotion of the general public in regards to the definition, oral benefits, sources and usage of probiotics.

Keywords

Awareness; Knowledge and Attitude; Oral Benefits; Probiotics

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Copy the following to cite this article: Faden A. A, Alotaibi A. F. M, Alnofaie H. S, Alsuhaibani N. N, Al-Dosary S. N. Assessment of Saudi Public Knowledge, Attitude and Awareness Towards Oral Benefits of Probiotics: A Cross-Sectional Study. Biomed Pharmacol J 2018;11(4).

Copy the following to cite this URL: Faden A. A, Alotaibi A. F. M, Alnofaie H. S, Alsuhaibani N. N, Al-Dosary S. N. Assessment of Saudi Public Knowledge, Attitude and Awareness Towards Oral Benefits of Probiotics: A Cross-Sectional Study. Biomed Pharmacol J 2018;11(4). Available from: http://biomedpharmajournal.org/?p=23375

Introduction

Health and Wellness

Public awareness and interest in food that is highly related to their health benefits are flourishing. Even though there is a gap between the biomedical sciences experiments and the business of marketing, the accessibility of health-promoting channels/media leads the consumer to seek healthier food and drinks.^1,2

Lactic Acid Bacteria

It has been documented that the gastrointestinal tract of an adult human contains up to 500 different species of microorganisms present in interdependence with the host, providing benefits such as protection against microbial infections, stimulating immune function. Any decrease in this normal endogenous flora may lead to the microbial imbalance which might result in gastroenteritis and diarrhea.³ The term “functional food” was introduced in Japan in the 1980s describing food products fortified with special constituents that provide beneficial health effect. Lactic acid bacteria and bifidobacteria were heavily studied as normal components of the intestinal microbiota having a safe application within the food industry.¹

Probiotics

The FAO/ WHO definition of a probiotic: “Live microorganisms which when administered in adequate amounts confer a health benefit on the host”,⁴ however, inconsistencies between FAO/WHO Expert Consultation Report and the FAO/WHO Guidelines were clarified to take into account advances in science and applications.⁵

Recent studies have shown a high level of awareness, knowledge, and consumption of probiotics supplements in some developed countries such as Canada, Australia, and the USA which deliver an advanced health care system,³ however, this appears in contrary to some developing countries such as Nigeria and Arabian Gulf countries.⁶

Material and Methods

Study Design

A web-based cross-sectional survey questionnaire was randomly distributed through online social media (WhatsApp and Twitter) to reach at least 600 Saudi individuals (minimum sample size). The survey was conducted from October to November 2017.

The questionnaire was divided into two sections: demographic information; and awareness towards probiotic benefits on the oral cavity. The number of questions was 6 for the first section and 8 for the second section; with a total of 14 questions. 1115 participates completed the online survey.

Statistical Analysis

All statistical analyses were set at a significant level of when P-value less than 0.05 (P<0.05) using statistical program (SPSS) version 22.0 software (SPSS Inc., Chicago, IL, USA). The frequencies and percentages for all nominal variables were calculated. Chi-square and Fisher’s exact tests were used to compare the demographic characteristics with different questions of the questionnaire.

Results

Demographic Data

The total number of the current study respondents was 1093 and a vast majority of them were females (70.9%), aged <45 years old (almost 80%), married (62.8%) and highly educated (65%). More than half of the respondents (52.2%) are unemployed, 35.7% are the employee and working outside the health field, and 4.8% are the employee and working within the health field. Among those who are working within the health field, 18.9% is the dentist. Social media was the highest scored source of information by 39% for the current study participants followed by Self-Culture (Reading medical books and magazines) by 34.5%, friends, and family by 19%, while hospitals and doctors were the lowest scored source by only 7.5% of the study participants (Table 1).

Table 1: Demographic data of the study participants.

	Frequency (%)
Gender Male Female	302 (27.1 %) 791 (70.9 %)
Age groups 15 – 25 y 26 – 35 y 36 – 45 y 46 y +	303 (27.2 %) 266 (23.9 %) 301 (27.0 %) 223 (20.0 %)
Education levels Low Education High Education	368 (33.0 %) 725 (65.0 %)
Education levels Uneducated Elementary school Intermediate school High school Bachelor Postgraduate	1 (0.1 %) 11 (1.0 %) 31 (2.8 %) 325 (29.1 %) 623 (55.9 %) 102 (9.1 %)
Marital status Single Married Others	345 (30.9 %) 700 (62.8 %) 47 (4.2 %)
Job title The employee, working in the health field Employee, I do not work in the health field Non-employee	54 (4.8 %) 398 (35.7 %) 582 (52.2 %)
If you are working in the health field, in any area: (n=53) Nurse Pharmacy Medicine Dentist Applied medical sciences Others	8 (15.1 %) 3 (5.7 %) 9 (17.0 %) 10 (18.9 %) 12 (22.6 %) 11 (20.8 %)
Sources of knowledge Friends and family Self-Culture (Reading medical books and magazines) Hospitals and doctors Social media	186 (19.0 %) 338 (34.5 %) 74 (7.5 %) 383 (39.0 %)

 

Awareness of Probiotics

When respondents were asked if they have ever heard of beneficial bacteria, the results showed that most of the participants answered “yes”. The analysis was done according to the respondent’s socio-demographic characteristics and it was found that a statistically significant (P<0.01) higher percentage of females (87.1%) compared to males (79.9%) have ever heard about beneficial bacteria. The highest percentages of participants who heard about beneficial bacteria were those who are in the age group 36-45 years old at 87.3%, highly educated at 87.5%, postgraduates at 89.2%, married at 88.9%, and those who are working in the health field at 94.4%.  There was a statistically significant difference between the different age groups, different educational level groups, marital status and job title groups in regards to if they hear or did not hear about beneficial bacteria since all P-values were < 0.05 (Table 2).

Table 2: Study participants’ distribution based on demographic data.

		Have you ever heard of beneficial bacteria?		P-value
	Total	Yes	No
Gender Male Female	298 783	238 (79.9 %) 682 (87.1 %)	60 (20.1 %) 101 (12.9 %)	0.003
Age groups 15 – 25 y 26 – 35 y 36 – 45 y 46 y +	301 263 300 217	235 (78.1 %) 221 (84.0 %) 262 (87.3 %) 201 (92.6 %)	66 (21.9 %) 42 (16.0 %) 38 (12.7 %) 16 (7.4 %)	P<0.0001
Education levels Low Education High Education	361 720	290 (80.3 %) 630 (87.5 %)	71 (19.7 %) 90 (12.5 %)	0.002
Education levels Uneducated Elementary school Intermediate school High school Bachelor Postgraduate	1 10 31 319 618 102	0 (0 %) 7 (70 %) 23 (74.2 %) 260 (81.5 %) 539 (87.2 %) 91 (89.2 %)	1 (100 %) 3 (30 %) 8 (25.8 %) 59 (18.5 %) 79 (12.8 %) 11 (10.8 %)	0.004
Marital status Single Married Others	340 694 46	267 (78.5 %) 617 (88.9 %) 35 (76.1 %)	73 (21.5 %) 77 (11.1 %) 11 (23.9 %)	P<0.0001
Job title The employee, working in the health field Employee, I do not work in the health field Non-employee	54 393 575	51 (94.4 %) 340 (86.5 %) 477 (83.0 %)	3 (5.6 %) 53 (13.5 %) 98 (17.0 %)	0.042

 

Attitude towards Effects of Oral Probiotics

Most of the participants have a positive attitude towards the point that beneficial bacteria have a positive and beneficial effect on oral and dental health.  It was positively scored by 78% of females and 65.2% of males with a highly statistically significant difference between the two genders (P<0.01). The positive score was higher among those aged 35-46 years old with a statistically significant difference between the different age groups (P<0.05). 76.6% of highly educated have the positive attitude towards that point compared to 71.9% of the low educated participants, however, such difference was statistically non-significant (P 0.10). Similarly, there were no statistically significant differences between the different educational level, marital status and job title groups in terms of their attitude towards that point, giving that the highest positive attitude was from young adult participants, and employee working in the health field at 85.7% and 80.8%; respectively (Table 3).

Table 3: Positive attitude towards the effects of oral probiotics among participants.

	Do you think beneficial bacteria have a positive and beneficial effect on oral and dental health?		P-value
	Yes	No
Gender Male Female	163 (65.2%) 565 (78.0 %)	87 (34.8 %) 159 (22.0 %)	P<0.0001
Age groups 15 – 25 y 26 – 35 y 36 – 45 y 46 y +	191 (74.6 %) 157 (66.8 %) 213 (78.0 %) 166 (79.4 %)	65 (25.4 %) 78 (33.2 %) 60 (22.0 %) 43 (20.6 %)	0.008
Education levels Low Education High Education	230 (71.9 %) 501 (76.6 %)	90 (28.1 %) 153 (23.4 %)	0.109
Education levels Elementary school Intermediate school High school Bachelor Postgraduate	6 (85.7 %) 16 (66.7 %) 208 (72.0 %) 434 (77.1 %) 67 (73.6 %)	1 (14.3 %) 8 (33.3 %) 81 (28.0 %) 129 (22.9 %) 24 (26.4 %)	0.388
Marital status Single Married Others	222 (76.0 %) 473 (73.8 %) 34 (85.0 %)	70 (24.0 %) 168 (26.2 %) 6 (15.0 %)	0.248
Job title The employee, working in the health field Employee, I do not work in the health field Non-employee	42 (80.8 %) 271 (76.1 %) 377 (73.5 %)	10 (19.2 %) 85 (23.9 %) 136 (26.5 %)	0.411

 

Most of the participants have a negative attitude towards the question” Do you think beneficial bacteria have a negative or harmful effect on oral and dental health?” The negative attitude was non-statistically significant (P 0.41) lower in males compared to females at 74.5% and 77.1%, respectively. Participants aged>46 years old showed the highest negative attitude at 83.3%, with a statistically significant difference between the different age groups (P <0.01). There were no statistically significant differences between the different educational level, marital status, and job title groups in terms of their attitude towards that point. The negative attitude was higher among intermediate school, those who are not working in the health field and married participants at 87.5%, 79.3%, and 77.9%, respectively (Table 4).

Table 4: Negative attitude towards the effects of oral probiotics among participants.

	Do you think beneficial bacteria have a negative or harmful effect on oral and dental health?		P-value
	Yes	No
Gender Male Female	63 (25.5 %) 162 (22.9 %)	184 (74.5 %) 544 (77.1 %)	0.415
Age groups 15 – 25 y 26 – 35 y 36 – 45 y 46 y +	75 (29.6 %) 48 (21.1 %) 69 (25.3 %) 33 (16.7 %)	178 (70.4 %) 180 (78.9 %) 204 (74.7 %) 165 (83.3 %)	0.009
Education levels Low Education High Education	76 (24.5 %) 149 (23.2 %)	234 (75.5 %) 494 (76.8 %)	0.647
Education levels Elementary school Intermediate school High school Bachelor Postgraduate	3 (42.9 %) 3 (12.5 %) 70 (25.1 %) 130 (23.5 %) 19 (21.3 %)	4 (57.1 %) 21 (87.5 %) 209 (74.9 %) 424 (76.5 %) 70 (78.7 %)	0.451
Marital status Single Married Others	79 (27.1 %) 137 (22.1 %) 9 (22.5 %)	212 (72.9 %) 484 (77.9 %) 31 (77.5 %)	0.238
Job title The employee, working in the health field Employee, I do not work in the health field Non-employee	17 (32.7 %) 72 (20.7 %) 123 (24.5 %)	35 (67.3 %) 276 (79.3 %) 380 (75.5 %)	0.121

 

As shown in the question “What do you think is the negative effect of beneficial bacteria on oral health and general health?” was correctly answered (Cause imbalance in the balance of oral bacteria) by 62.3% and 58.7% of males and females respectively, with no significant difference. Additionally, the highest percentage of correct answers to it was seen from participants ages 36-45, high educational level, single and participants who are working in the health field. However, there were no statistically significant differences between the different groups of age group, educational level, marital status and job title (all P-value > 0.05) (Table 5).

Table 5: Study participants’ background of probiotics negative effect.

	What do you think is the negative effect of beneficial bacteria on oral health and general health?		P-value
	Correct answer	Wrong answer
Gender Male Female	48 (62.3 %) 148 (58.7 %)	29 (37.7 %) 104 (41.3 %)	0.572
Age groups 15 – 25 y 26 – 35 y 36 – 45 y 46 y +	56 (63.6%) 45 (53.6 %) 68 (66.0 %) 28 (51.9 %)	32 (36.4 %) 39 (46.4%) 35 (34.0 %) 26 (48.1 %)	0.174
Education levels Low Education High Education	69 (63.3 %) 127 (57.7 %)	40 (36.7 %) 93 (42.3 %)	0.332
Education levels Elementary school Intermediate school High school Bachelor Postgraduate	2 (50.0 %) 3 (30.0 %) 64 (67.4 %) 110 (57.3 %) 17 (60.7 %)	2 (50.0 %) 7 (70.0 %) 31 (32.6 %) 82 (42.7 %) 11 (39.3 %)	0.158
Marital status Single Married Others	64 (64.6 %) 126 (58.6 %) 4 (30.8 %)	35 (35.4 %) 89 (41.4 %) 9 (69.2 %)	0.061
Job title The employee, working in the health field Employee, I do not work in the health field Non-employee	13 (61.9 %) 72 (60.5 %) 102 (61.1 %)	8 (38.1 %) 47 (39.5 %) 65 (38.9%)	0.991

 

The highest proportion of participants knows the beneficial effect of beneficial bacteria on oral and dental health (prevent or reduce dental carries), such knowledge was higher among females, eldest age group, participants other than single and married, highly educated and those who are working in the health field at 75.4%, 79.9%, 77.1%, 74%, and 76.2%. The differences in knowledge were only statistically significant among genders, age groups and marital status with a P-value of 0.01, <0.01, and 0.02, respectively (Table 6).

Table 6: Study participants’ background of probiotics beneficial effect.

	What do you think is the beneficial effect of beneficial bacteria on oral and dental health?		P-value
	Correct answer	Wrong answer
Gender Male Female	114 (66.3 %) 439 (75.4 %)	58 (33.7 %) 143 (24.6 %)	0.017
Age groups 15 – 25 y 26 – 35 y 36 – 45 y 46 y +	125 (63.5 %) 126 (76.8 %) 168 (73.4 %) 131 (79.9 %)	72 (36.5 %) 38 (23.2 %) 61 (26.6 %) 33 (20.1 %)	0.003
Education levels Low Education High Education	173 (71.5 %) 381 (74.0 %$)	69 (28.5 %) 134 (26.0 %)	0.470
Education levels Elementary school Intermediate school High school Bachelor Postgraduate	3 (50.0 %) 10 (52.6 %) 160 (73.7 %) 336 (74.5 %) 45 (70.3 %)	3 (50.0 %) 9 (47.4 %) 57 (26.3 %) 115 (25.5 %) 19 (29.7 %)	0.169
Marital status Single Married Others	152 (66.4 %) 373 (75.8 %) 27 (77.1 %)	77 (33.6 %) 119 (24.2 %) 8 (22.9 %)	0.025
Job title The employee, working in the health field Employee, I do not work in the health field Non-employee	32 (76.2 %) 206 (73.3 %) 286 (73.1 %)	10 (23.8 %) 75 (26.7 %) 105 (26.9 %)	0.913

 

As shown in the vast majority of the participants (87.5% of males and 91.6% of females) have the correct knowledge about the benefits of beneficial bacteria (good for immunity). Results showed no statistically significant differences between the groups of any of the studied socio-demographic characteristics, as all P values were >0.05. (Table 7).

Table 7: Study participants’ knowledge of probiotics benefits.

	What are the benefits of beneficial bacteria in your opinion?		P-value
	Correct answer	Wrong answer
Gender Male Female	217 (87.5 %) 669 (91.6 %)	31 (12.5 %) 61(8.4 %)	0.053
Age groups 15 – 25 y 26 – 35 y 36 – 45 y 46 y +	229 (90.2 %) 214 (90.7 %) 246 (88.8 %) 196 (92.9 %)	25 (9.8 %) 22 (9.3 %) 31 (11.2 %) 15 (7.1 %)	0.500
Education levels Low Education High Education	294 (90.7 %) 592 (90.4 %)	30 (9.3 %) 63 (9.6 %)	0.857
Education levels Elementary school Intermediate school High school Bachelor Postgraduate	7 (87.5 %) 23 (92.0 %) 264 (90.7 %) 514 (91.0 %) 78 (86.7 %)	1 (12.5 %) 2 (8.0 %) 27 (9.3 %) 51 (9.0%) 12 (13.3 %)	0.763
Marital status Single Married Others	255 (87.9 %) 593 (91.7 %) 37 (90.2 %)	35 (12.1 %) 54 (8.3 %) 4 (9.8 %)	0.199
Job title The employee, working in the health field Employee, I do not work in the health field Non-employee	47 (90.4 %) 327 (91.3 %) 466 (90.7 %)	5 (9.6 %) 31 (8.7 %) 48 (9.3 %)	0.934

 

Most of the participants (77.6% of males and 86.6% of females) heard the correct information that beneficial bacteria are found in yogurt. Such knowledge was higher in females, eldest, highly educated, married and those who are not working in the health field. The differences in-between the knowledge of genders, age groups, educational level, marital status and job title groups were statistically significant (Table 8).

Table 8: Study participants’ knowledge of probiotics.

	What did you hear about beneficial bacteria?		P-value
	Correct answer	Wrong answer
Gender Male Female	187 (77.6 %) 605 (86.6 %)	54 (22.4 %) 94 (13.4 %)	0.001
Age groups 15 – 25 y 26 – 35 y 36 – 45 y 46 y +	153 (64.0 %) 200 (88.1 %) 245 (92.1 %) 197 (94.7 %)	86 (36.0 %) 27 (11.9 %) 21 (7.9 %) 11 (5.3 %)	P<0.0001
Education levels Low Education High Education	241 (79.3 %) 551 (86.5 %)	63 (20.7 %) 86 (13.5 %)	0.005
Education levels Elementary school Intermediate school High school Bachelor Postgraduate	6 (85.7 %) 20 (76.9 %) 215 (79.3 %) 476 (87.0 %) 75 (83.3 %)	1 (14.3 %) 6 (23.1 %) 56 (20.7 %) 71 (13.0 %) 15 (16.7 %)	0.057
Marital status Single Married Others	190 (69.6 %) 570 (90.5 %) 31 (83.8 %)	83 (30.4 %) 60 (9.5 %) 6 (16.2 %)	P<0.0001
Job title The employee, working in the health field Employee, I do not work in the health field Non-employee	42 (82.4 %) 314 (90.2 %) 393 (80.7 %)	9 (17.6 %) 34 (9.8 %) 94 (19.3 %)	0.001

 

Discussion

There has been a spiraling interest in utilizing natural remedies to treat or avert human ailments. In the developed world the growth of probiotic products has been rapidly increased.⁷ Our study revealed that the general population in Saudi Arabia seems to have good awareness and knowledge of probiotics. In accordance with the study of Reshma Thirunavakarasu et al,⁸ the respondents of the current study showed that there is a high level of knowledge and awareness on the importance of probiotics towards one’s health, and most of the respondents were females. This might be justified by females’ better compliance and fulfillment to fill the online survey since they are highly active in the social media. We also noticed that in the current study, females had greater knowledge and awareness level than males. It was in concordance with the study by Al-Nabulsi et al, where 75.7% of female students correctly identified probiotics.⁹  The behaviors of men and women are considerably dissimilar, predominantly toward healthy foods. Men exhibit reduced eagerness to comply with dietary guidelines than women. One probable justification for this might be that since women are more knowledgeable about food and nutrition than men, they are more engrossed and interested in their physical appearance and health.⁹ But in contrast to Payahoo et al study,¹⁰ reported female students had the lower level of knowledge than male students. Another study by Babajimopoulos et al supported Payahoo et al study in which 29% of men were more familiar than women (18%) with the term probiotics among urban consumers in Greece.⁹

Additionally, a higher knowledge level was shown in the current study compared to a previous study conducted on medical science students where they had a satisfactory level of knowledge about probiotics and their health effects this was anticipated due to the quality of education and training that the health science students usually receive. In this study, respondents had only elementary education and those in health care professions showed the highest positive attitude at 85.7% and 80.8% respectively. The high percentage of those with elementary education could be attributed to the wide exposure to different general topics in life. One more survey done on general dental practitioners revealed that around 22% of the respondents were not aware of the constituents of probiotics, and 19% of them were above 55 years of age, which implicit that the information of probiotics was highest in younger age groups.¹¹ It was in accordance with another study by Betz et al, who found that younger patients (<45 years of age) (P = 0.011), and who had higher education level (P = 0.001) were more likely to be familiar with the probiotic perception than older patients, or with less education.¹² But in disparity to this, the study conducted in Jordan exposed that college students had deprived knowledge of probiotics. Merely 11.7% of students had a little level of knowledge about probiotics and 7.0% were capable to recognize probiotics.⁹ Also, another study revealed insufficient knowledge and awareness regarding probiotics among the chemists.¹³

Moreover, a higher percentage of respondents reported that they heard and aware of the term probiotics compared to a Nigerian study published in 2015,³ putting in consideration that the Nigerian one was conducted on healthcare professionals. The current study showed that a maximum number of participants were aware of the beneficial role of probiotics in decreasing dental caries and improving the immunity. This is in contrast to what have been previously reported in the study conducted in Brazil,¹⁴ in which only 7.86% of participants have chosen “reduction of caries” when asked the benefits arising from the ingestion of probiotic foods compared to 87.5% of males and 91.6% of females in our study who did so. This reflects the high knowledge and awareness level of the Saudi population about the benefits of probiotics in prevention of caries, putting in consideration that the current study was conducted among the general population not only dental ones. Additionally, when this question was asked to dental students in a similar study, results showed that 80.5% of participants were unaware of the role of probiotics in the prevention of any disease in the oral cavity.⁸

The current study clearly revealed that the participants had a basic knowledge of probiotics. Such results might be due to the fact that there is a correlation between having heard of probiotics and knowing about probiotics since the majority of the participants heard about probiotics and correctly answering it as “found in yogurt”. It was in line with Reshma et al, where 44.5% of the participants have selected yogurt as the source. On the other hand, 32.5% have selected both milk and yogurts as the source of probiotics.⁸ Yogurt was scored as the preferred source of probiotics by almost half of Nigerian clinicians.⁷ A similar study exhibited results in which 38.2% have selected yogurt as the source, however, 54.6% of the respondents were unaware of the source.¹⁵

In the study of Stanczak and Heuberger published in 2009,¹⁵ when participants were asked about the reason for consuming probiotics they have chosen the option ‘increase immune function’, and this is in line with the current study since vast majority have chosen the same option when asked about the benefits of probiotics. But it is in contrast with the study by Reshma et al when asked concerning the motive for consuming probiotics 83.5% of the respondents have selected the option to improve the gastrointestinal condition.⁸ A 2007 consumer attitudes survey revealed that 37% of respondents were consuming probiotics for immune health and 41% for digestive health and 11% for immunity.¹⁶ and 41% for digestion in the study by Betz et al.¹²

Some of the respondents had some concerns in regards to the use of probiotics and they think that probiotics have a negative or harmful effect on oral and dental health, mainly imbalance in oral bacteria. In the Nigerian study,³ healthcare professionals also raised many concerns regarding the use of probiotics including the possibility of the products being unsafe as they may lead to patients’ infection. There are some studies suggest that such reported cases of fungemia and bacterial sepsis due to the use of probiotics may have been observed in compromised immune system patients or those with chronic diseases.³ But in contrast to this in a study by Betz et al, revealed that patients did not consider that probiotics were harmful, as declared by 90% of patients replied with ‘not at all’ or ‘a little’ to the statement ‘probiotics are harmful’.¹² To support this, another study exhibited 96.3% of the consumers found probiotic consumption as safe as they didn’t found any side effects after consuming probiotics.¹⁷

The participants showed a reasonably high educational level and the replies were observed to be almost independent of this requisite, a finding which is similar to what has been previously reported in the literature.³ Similarly, is working in the health field wasn’t necessary for good knowledge and attitude towards probiotics, since the current results showed no significant difference between those who are working and those who are not working in the health field in most of the assessed items. The limitation of the current study was a poor response of males when compared to females. This could be due to un-cooperation of males to fill the online survey which could have been different if the hard copy of the survey was distributed.

Conclusion

The results obtained from this cross-sectional survey study among the general Saudi population and health care professionals showed that they have good knowledge, awareness, and attitude towards probiotics and its significance in dentistry. Despite a plethora of information accessible on probiotics, few respondents did not hear about probiotics, unaware of its benefits and don’t know its source. This signifies the enormity of the gap that subsists in the propagation of scientific information to the general community in Saudi Arabia. This also indicates that still there is a need for further education and promotion of the general public in regards to the definition, oral benefits, sources and usage of probiotics. A further clinical investigation should be carried on to confirm the beneficial influence of the oral probiotics on dental and oral health.

Conflict of Interest

There is no conflict of interest

Funding Source

There is no Funding Source

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