Review Topical Sections

Effect of combining acid modification and heat-moisture treatment (HMT) on resistant starch content: A systematic review

  • Received: 08 November 2022 Revised: 05 March 2023 Accepted: 13 March 2023 Published: 10 April 2023
  • Type 2 diabetes mellitus (DMT2) is a metabolic disease that is increasingly attracting public attention. Diabetes mellitus is expected to reach 439 million in the world in 2030. Resistant starch (RS) is an indigestible starch which has health properties which has health properties that can be used for preventing diabetes mellitus type 2. In order to increase the RS content, a dual modification method consisted of acidification and heat moisture treatment (HMT) can be applied. The Acid-HMT method is affected by various factors, i.e., acid types, acid concentration, water content ratio, HMT temperature and HMT processing time, and different treatments may result in different RS yields. This study aimed to analyze the effective treatment in the Acid-HMT dual modification to enhance RS content by using a systematic review based on the PRISMA method. The studies revealed that there were 11 articles (n = 68 data) which utilized various acid types combined with HMT. The utilization of acid-alcohol, HCl, and organic acid such as citric acid, acetic acid, and lactic acid resulted in different results of RS content in modified starch. In addition to acid types, treatment conditions such as acid concentration, acidification time, acidification temperature, water content ratio, HMT time, and HMT temperature also affected the resulted RS. The treatment with 0.2 M citric acid for 24 hours at 25 ℃ combined with HMT with 30% moisture at 110 ℃ for 8 hours resulted in the highest increase in RS content of modified starch.

    Citation: Ratu Reni Budiyanti, Didah Nur Faridah, Nur Wulandari, Anuraga Jayanegara, Frendy Ahmad Afandi. Effect of combining acid modification and heat-moisture treatment (HMT) on resistant starch content: A systematic review[J]. AIMS Agriculture and Food, 2023, 8(2): 479-495. doi: 10.3934/agrfood.2023025

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  • Type 2 diabetes mellitus (DMT2) is a metabolic disease that is increasingly attracting public attention. Diabetes mellitus is expected to reach 439 million in the world in 2030. Resistant starch (RS) is an indigestible starch which has health properties which has health properties that can be used for preventing diabetes mellitus type 2. In order to increase the RS content, a dual modification method consisted of acidification and heat moisture treatment (HMT) can be applied. The Acid-HMT method is affected by various factors, i.e., acid types, acid concentration, water content ratio, HMT temperature and HMT processing time, and different treatments may result in different RS yields. This study aimed to analyze the effective treatment in the Acid-HMT dual modification to enhance RS content by using a systematic review based on the PRISMA method. The studies revealed that there were 11 articles (n = 68 data) which utilized various acid types combined with HMT. The utilization of acid-alcohol, HCl, and organic acid such as citric acid, acetic acid, and lactic acid resulted in different results of RS content in modified starch. In addition to acid types, treatment conditions such as acid concentration, acidification time, acidification temperature, water content ratio, HMT time, and HMT temperature also affected the resulted RS. The treatment with 0.2 M citric acid for 24 hours at 25 ℃ combined with HMT with 30% moisture at 110 ℃ for 8 hours resulted in the highest increase in RS content of modified starch.



    1. Introduction

    Blood donation (BD) is considered as a typical altruistic behavior, and recruitment/retention campaigns give emphasis to altruism. Here, a benevolence hypothesis for blood donation (both the donor and recipient benefit) rather than the altruism hypothesis (only the recipient gains) is proposed [1]. While BD is traditionally described as a behavior motivated by pure altruism, the assessment of altruism in the BD literature has not been theoretically informed [2]. The World Health Organization (WHO) encourages that blood donation becomes voluntary and unremunerated [3]. The benevolence hypothesis (both donor and recipient gain) suggests that blood donors, compared to non-blood donors have a general altruistic motivational preference based on warm glow (i.e., “I donate because it makes me feel good”) [4]. The benevolence hypothesis is supported, suggesting that blood donor motivation is partly selfish. Blood donation campaigns should focus on benevolent rather than purely altruistic messages [1].

    In a meta-analysis sought to identify the strongest antecedents of blood donation behavior and intentions. It synthesized the results of 24 predictive correlational studies of donation behavior and 37 studies of donation intentions. The antecedents were grouped into six categories: (1) the Theory of Planned Behavior (TPB) and its extensions, (2) prosocial motivation, (3) affective expectations, (4) donor site experience, (5) past donation behavior, and (6) donor demographics [5]. Retention of blood donors has benefits over recruitment of new blood donors. Retention is defined as preventing donors from lapsing and eventually becoming inactive. Studies have found that intention to donate, attitudes towards blood donation and self-efficacy (does one feel capable of donating blood) are predictors of blood donation [6].

    In the Kingdom of Saudi Arabia (KSA) the blood transfusion service is basically a hospital-based blood banking system where blood banks are responsible for the whole service, including the recruitment of donors, testing donated blood. The source of donated blood is a combination of direct donation (mainly relatives, friends and workmates of patients), and a growing number of voluntary non-remunerated donors [7]. However, there are other possibilities including blood donation campaigns, regional blood banks and Red Crescent.

    Prevalence of blood donation was less than satisfactory among the Saudi public, probably due to misconceptions, poor knowledge, and unfavorable attitude to donation. Educational programs are necessary to increase the level of knowledge and improve the attitude of the Saudi public toward blood donation [8]. Therefore, the objective of the present study was to assess the levels of awareness toward blood donation in northern Saudi Arabia.


    2. Materials and methods


    2.1. Ethical consent

    Each participant was asked to sign a written ethical consent during the questionnaire's interview. The informed ethical consent form was designed and approved by the ethical committee of the College of Medicine (University of Hail, Saudi Arabia) Research Board.

    In this cross sectional survey, data about blood donation were obtained from 717 Saudi volunteers living in the city of Hail, Saudi Arabia. Participants were randomly selected by simple random regardless to age, gender and education or occupation. The participants were recruited from different public gathering places, including educational entities, clubs and others. Data were obtained during face-to-face interview.

    A Purposeful questionnaire was designed and used for obtaining of the necessary data. The following information were obtained from each participant: age, sex, education level and occupation sector. Questions regarding awareness about blood donation were also included, which comprised: The source of knowledge about blood donation, rate the level of awareness about blood donation in Saudi Society, does blood donation has beneficial effects for the donor? Donation decreases heart and arterial diseases, during donation you can detect hidden diseases, does blood donation is an important issue, if there is announcement for rare blood group and you possess it will go? The frequency of blood donation, do you know the benefits of blood donation, donation can activate blood circulation and blood renewal, during donation you can detect diseases, does the blood donation important? The factors motivated for blood donation are?

    The term “free work” in the study means: self-employed and jobless. Public gathering Include: what is locally called “Diawania”, clubs etc.


    2.2. Data analysis

    Statistical Package for Social Sciences (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.


    3. Results

    This study investigated 717 volunteers, their ages ranging from 15 to 67 years with a mean age of 30 years. Out of the 717 study subjects, 442 (61.6%) were males and 275 (38.4%) were females, giving males' females' ration of 1.61 to 1.00.

    As described in Table 1, the great majority of the participants were at age group 21-30 years representing 291/717 (40.6%), followed by age ranges 31-40, <20 and 41-50 constituting 224/717 (31.2%), 112/717 (15.6%), and 69/717 (9.6%), respectively. For males, most of participants were at age group 21-30 years followed by 31-40, <20, and 41-50 years representing 173, 148, 68, and 44, respectively. For females, most of participants were at age range 21-30 years followed by 31-40, <20, and 41-50 constituting 118, 76, 44 and 25, in this order, as shown Figure 1.

    Figure 1. Description of study subjects by sex and demographical characteristics.

    With regard to education level, the majority of the participants were at university level followed by secondary, primary and post-university constituting 359/717 (50%), 215/717 (30%), 91/717 (12.7%) and 52/717 (7.3%), respectively. For both males and females the majority of participants were found with university, secondary, primary and post-university levels, decreasingly in this order, as indicated in Table 1, in Figure 1.

    Table 1. Distribution of the study population by demographical characteristics.
    Variable Category Males Females Total
    Age
    <20 years 68 44 112
    21-30 173 118 291
    31-40 148 76 224
    41-50 44 25 69
    51+ 9 12 21
    Total 442 275 717
    Education
    Primary 52 39 91
    Secondary 123 92 215
    University 237 122 359
    Post-university 30 22 52
    Total 442 275 717
    Occupation
    Education 156 105 261
    Military 82 23 105
    Health 29 24 53
    Free work 53 36 89
    Others 122 87 209
    Total 442 275 717
     | Show Table
    DownLoad: CSV

    With regard to the occupation, most of participants were at education sector followed by scattered jobs, military, free work and health, representing 261/717 (36.4%), 209/717 (29%), 105/717 (14.6%), 89/717 (12.4%) and 53/717 (7.4%), respectively. For males, most of the study subjects were at education sector followed by others, military, free work and health decreasingly, in this order. For females most of the participants were at education sector followed by others, free work, health and military escalating in this order, as indicated in Table 1, Figure 1.

    With regard to the source of knowledge about the issue of blood donation, most participants got it from social media followed by public gathering, doctors, and awareness campaigns, representing 355, 293, 274 and 185 participants correspondingly. For males most of them got their knowledge from social media followed by public gathering, doctors and awareness campaigns, constituting 209, 208, 167, and 118 participants, respectively. For females, most of them got their knowledge from social media followed by doctors, public gathering and awareness campaigns, representing 146, 107, 85 and 67 participants, in this order, as indicated in Table 2, Figure 2.

    On the other hand when asking the participants to rate the level of awareness about blood donation in Saudi Society, the majority of participants categorized the level as good followed by very good and poor, representing 350, 210, and 157 participants, respectively. Both males and females have rated the levels of awareness, the highest was good followed by very good and poor, as indicated in Table 2, Figure 2.

    Table 2. Distribution of the study population by sex and knowledge about blood donation.
    Variable Category Males Females Total
    The source of knowledge about blood donation
    Doctor 167 107 274
    Social media 209 146 355
    Public gathering 208 85 293
    Awareness campaigns 118 67 185
    Rate the level of awareness about blood donation in Saudi Society
    Very good 130 80 210
    Good 224 126 350
    Poor 88 69 157
     | Show Table
    DownLoad: CSV
    Figure 2. Description of the study population by sex and knowledge about blood donation.

    Table 3 summarized the distribution of the study population by sex and level of awareness about beneficial effects of blood donation. When asking the participants “Is the blood donation has beneficial effects to the donor?” about 406/717 (56.6%) answered “Yes”. Out of the 406 “Yes”, 244/442 (55.2%) were males and 162/275 (59%) were females. When asking the participants “Whether blood donation can activate blood circulation and blood renewal?” around 537/717 (74.9%) answered “Yes”. Out of the 537 “Yes”, 328/442 (74.2%) were males and 209/275 (76%) were females. When asking the participants “During donation you can detect hidden diseases?” about 431/717 (60%) and answered “Yes”. Out of the 431 “Yes”, 258/442 (58.4%) were males and 173/275 (63%) were females. There was no significant values between men and women regarding level of awareness p < 0.33.

    Table 3. Distribution of the study population by sex and level of awareness about beneficial effects of blood donation.
    Variable Category Males Females Total
    Does the blood donation has beneficial effects to the donor?
    Yes 244 162 406
    No 198 113 311
    Donation can activate blood circulation and blood renewal
    Yes 328 209 537
    No 114 66 180
    Donation decreases heart and arterial diseases
    Yes 302 176 478
    No 140 99 239
    During donation you can detect hidden diseases
    Yes 258 173 431
    No 184 102 286
    Total 442 275 717
     | Show Table
    DownLoad: CSV

    The distribution of the study population by sex and perception about blood donation was summarized in Table 4. When asking the participants “the blood donation important issue?” approximately 648/717 (90.4%) answered “Yes”. Out of the 648 “Yes”, 404/442 (91.4%) were males and 244/275 (88.7%) were females.

    Table 4. Distribution of the study population by sex and perception about blood donation.
    Variable Category Males Females Total
    Does the blood donation important issue
    Yes 404 244 648
    No 38 31 69
    If there is announcement for rare blood group and you possess it will go?
    Yes 278 179 457
    May be 89 52 141
    No 74 44 118
    The frequency of blood donation
    Yes every 3 months 23 20 43
    Yes every 6 months 13 9 22
    Yes once a year 25 15 40
    No rarely donate 164 65 229
    Total 225 109 334
    The motivated for blood donation is?
    Religious duty 249 153 402
    Humanity duty 93 53 146
    National duty 28 10 38
    Mandatory duty 13 14 27
    All 59 45 104
    Total 442 275 717
     | Show Table
    DownLoad: CSV

    When asking the participants “If there is announcement for rare blood group and you possess it will go?” about 457/717 (63.7%) and answered “Yes”, 141/717 (19.7%) answered “May be”. Out of the 457 “Yes”, 278/442 (63%) were males and 179/275 (65%) were females. Out of the 141 “May be”, 89/442 (20%) were males and 52/275 (19%) were females.

    With regard to the frequency of blood donation, the majority of participants were rarely donate representing 229/334 (68.6%) followed by those use to donate every 3 months and each 6 months constituting 43/334 (12.9%) and 40/334 (12%), respectively, as indicated in Table 4, Figure 3.

    Figure 3. Description of the study population by sex and frequency of blood donation and motivated factors.

    With regard to the motivation for blood donation, the great majority of participants considered blood donation as religious duty constituting 404 participants followed by humanity duty, and those considered all mentioned factors, representing 146 and 104 participants, respectively as shown in Table 4, Figure 3. There was no significant values between men and women regarding perception about blood donation p < 0.27.


    4. Education

    The distribution of the study population by education and knowledge about blood donation was summarized in Table 5. Regarding the source of knowledge, most of those with primary level of education got their knowledge from social media followed by public gathering representing 50 and 38 participants, respectively. For secondary level, most participants got their knowledge from social media and doctors. For university level, most participants got their knowledge from social media and public gathering. For Post-university level, most participants got their knowledge from social media and doctors. With regard to the rating the level of awareness about blood donation in Saudi Society; those with primary level of education rated it as very good (n = 35) and poor (n = 33). Secondary level rated it poor (n = 81) and very good (n = 77). University level rated it poor (n = 208) followed by very good (n = 89). Post-university rated it poor (n = 28) followed by good (n = 15).

    Table 5. Distribution of the study population by education and knowledge about blood donation.
    Variable Category Primary
    N = 91
    Secondary
    N = 215
    University
    N = 359
    Post-university
    N = 52
    Total
    The source of knowledge about blood donation
    Doctor 34 94 122 24 274
    Social media 50 112 169 24 355
    Public gathering 38 79 156 20 293
    Awareness campaigns 19 51 98 17 185
    Rate the level of awareness about blood donation in Saudi Society
    Very good 35 77 89 9 210
    Good 23 57 62 15 157
    Poor 33 81 208 28 350
     | Show Table
    DownLoad: CSV

    Table 6 summarized the distribution of the study population by education and level of awareness about beneficial effects of blood donation. When asking them “whether regular blood donation has beneficial effects to donor” about 220/359 (61.3%), 119/2015 (55.3%), 27/52 (52%) and 40/91 (44%) of the university, secondary post-university and primary levels, respectively, have answered “Yes”. On asking them “whether regular blood donation can activate blood circulation and blood renewal” around 74.7%, 77.2%, 73.3%, and 77% of the primary, secondary, university and post-university, respectively, have agreed. On asking them “whether regular blood donation decreases heart and arterial diseases” around 50.5%, 62.8%, 72.7%, and 69.2% of the primary, secondary, university and post-university, respectively, have agreed. On asking them “whether regular blood donation can detect hidden diseases” around 60.4%, 56.7%, 61.6%, and 63.5% of the primary, secondary, university and post-university, respectively, have agreed. These findings showed that the level of awareness increase with elevation of education level and this was found to be statistically significant p < 0.001.

    Table 6. Distribution of the study population by education and level of awareness about beneficial effects of blood donation.
    Variable Category Primary
    N = 91
    Secondary
    N = 215
    University
    N = 359
    Post-university
    N = 52
    Total
    Do you know the benefit of blood donation
    Yes 40 119 220 27 406
    No 51 96 139 25 311
    Total 91 215 359 52 717
    Donation can activate blood circulation and blood renewal
    Yes 68 166 263 40 537
    No 23 49 96 12 180
    Donation decreases heart and arterial diseases
    Yes 46 135 261 36 478
    No 45 80 98 16 239
    During donation you can detect diseases
    Yes 55 122 221 33 431
    No 36 93 138 19 286
    Total 91 215 359 52 717
     | Show Table
    DownLoad: CSV

    The distribution of the study population by education and perception about blood donation was summarized in Table 7. On asking them “whether blood donation important” around 90%, 90.7%, 90.3%, and 90.4% of the primary, secondary, university and post-university, respectively, have indicated “Yes”.

    On asking them “If there is announcement for rare blood group and you possess it will go?” around 58%, 65.6%, 63.8%, and 65.4% of the primary, secondary, university and post-university, respectively, have indicated “Yes”. Moreover, around 26.3%, 22.3%, 16.4%, and 21.2% of the primary, secondary, university and post-university, respectively, have indicated “May be”. With regard to the frequency of blood donation, about 4.4%, 3.7%, 7.8%, and 5.7% of the primary, secondary, university and post-university, respectively, use to donate each 3 months. About 0%, 1.9%, 3.9%, and 7.8% of the primary, secondary, university and post-university, respectively, use to donate each 6 months. About 2.2%, 6.5%, 5.8%, and 11.5% of the primary, secondary, university and post-university, respectively, use to donate once a year. About 30.7%, 26.5%, 34.8%, and 30.7% of the primary, secondary, university and post-university, respectively, were rarely donate.

    On asking them about the motivated factors for blood donation the majority of the participants have indicated religious (56.3%). Out of 404 pointed to religious motivated factor, about 55%, 60%, 56%, and 42% were among the primary, secondary, university and post-university, respectively. Out of 146 pointed to humanity motivated factor, about 22%, 17%, 22%, and 17% were among the primary, secondary, university and post-university, respectively, as indicated in Table 7, Figure 4.

    Table 7. Distribution of the study population by education and perception about blood donation.
    Variable Category Primary
    N = 91
    Secondary
    N = 215
    University
    N = 359
    Post-university
    N = 52
    Total
    Is blood donation important
    Yes 82 195 324 47 648
    No 9 20 35 5 69
    Total 91 215 359 52 717
    If there is announcement for rare blood group and you possess it will go?
    Yes 53 141 229 34 457
    May be 24 48 59 11 141
    No 14 26 71 7 118
    The frequency of blood donation
    Yes each 3 months 4 8 28 3 43
    Yes each 6 months 0 4 14 4 22
    Yes once a year 2 14 21 6 43
    No rarely donate 28 57 125 16 226
    The factors motivated for blood donation is?
    Religious duty 50 129 201 22 402
    Humanity duty 20 37 80 9 146
    Nationality duty 4 13 16 5 38
    Mandatory duty 4 6 15 2 27
    All 13 30 47 14 104
    Total 91 215 359 52 717
     | Show Table
    DownLoad: CSV
    Figure 4. Distribution of the study population by education and perception about blood donation.


    5. Occupation

    The distribution of the study population by occupational sector and awareness towards blood donation was summarized in Table 8. Regarding the source of knowledge about blood donation; for those in educational sector, most of them gain their knowledge from social media and public gathering representing 139/261 (53.3%) and 114/261 (43.7%) respectively. For those in military sector, most of them gain their knowledge from public gathering and social media representing 69/105 (65.7%) and 41/105 (39%) respectively. For those in health sector, most of them gain their knowledge from social media and doctors representing 28/53 (52.8%) and 21/53 (39.6%) respectively. For those in free work sector, most of them gain their knowledge from social media and doctors representing 43/89 (48.3%) and 36/89 (40.4%) respectively, as indicated in Table 8.

    Table 8. Distribution of the study population by occupation sector and knowledge about blood donation.
    Variable Category Education
    N = 261
    Military
    N = 105
    Health
    N = 53
    Free work
    N = 89
    Others
    N = 209
    Total
    N = 717
    The source of knowledge about blood donation
    Doctor 112 31 21 36 74 274
    Social media 139 41 28 43 104 355
    Public gathering 114 69 20 34 56 293
    Awareness campaigns 87 21 19 23 35 185
    Rate the level of awareness about blood donation in Saudi Society
    Very good 68 24 12 25 81 210
    Good 61 11 8 24 53 157
    Poor 132 70 33 40 75 350
    Do you know the benefit of blood donation
    Yes 140 76 31 43 116 406
    No 121 29 22 46 93 311
    Total 261 105 53 89 209 717
    Donation can activate blood circulation and blood renewal
    Yes 213 89 37 65 133 537
    No 48 16 16 24 76 180
    Donation decreases heart and arterial diseases
    Yes 198 78 33 57 112 478
    No 63 27 20 32 97 239
    During donation you can detect diseases
    Yes 173 73 32 49 104 431
    No 88 32 21 40 105 286
    Total 261 105 53 89 209 717
     | Show Table
    DownLoad: CSV

    Regarding rating the level of awareness about blood donation in Saudi Society, for educational sector, military sector, health sector and free work sector, the majority of participants indicated it as poor, representing 132/261 (50.6%), 70/105 (66.7%), 33/53 (62.3%), and 40/89 (45%), correspondingly. However, for others group sector, the majority of participants indicated it as very good followed by poor constituting 81/209 (38.8%) and 75/209 (36%), in this order, as indicated in Table 8. On the other hand, the level of the awareness was found to be influenced by level of education and occupation more than age and sex.

    As shown, Table 8 summarized the distribution of the study population by occupation sector and level of awareness about beneficial effects of blood donation. On asking them “Do you know the benefit of blood donation?” about 140/261 (53.6%), 76/105 (72.4%), 31/53 (58.5%), 43/89 (48.3%) and 116/209 (55.5%), of the education, military, health, free work and others scattered jobs, respectively, have expressed “Yes”. On asking them “Do donation can activate blood circulation and blood renewal?” about 213/261 (81.6%), 89/105 (85%), 37/53 (70%), 65/89 (73%) and 133/209 (63.6%), of the education, military, health, free work and others scattered jobs, respectively, have expressed “Yes”. On asking them “Do donation decreases heart and arterial diseases?” about 198/261 (75.7%), 78/105 (74.3%), 33/53 (62.3%), 57/89 (64%) and 112/209 (53.6%), of the education, military, health, free work and others scattered jobs, respectively, have expressed “Yes”. On asking them “Whether During donation you can detect diseases?” about 173/261 (66.3%), 73/105 (70%), 32/53 (60%), 49/89 (55%) and 104/209 (50%), of the education, military, health, free work and others scattered jobs, respectively, have expressed “Yes”.

    Table 9 summarized the distribution of the study population by occupation sector and perception about blood donation. On asking them “whether blood donation is important”, only 24, 6, 5, 7, and 27 of the education, military, health, free work and other sectors, in this order, have agreed. On asking them “If there is announcement for rare blood group and you possess it will go?” around 168, 78, 32, 51, and 128 of the education, military, health, free work and other sectors, in this order, have agreed. With regard to the frequency of donation, about 23, 10, 3, 3, and 4 of the education, military, health, free work and other sectors, in this order, use to donate each 3 months. About 137, 25, 25, 50, and 142 of the education, military, health, free work and other sectors, in this order, rarely donate (see Table 9). When asking them about the motivated factors for blood donation; the majority of participants in all occupations have pointed out to religious (see Table 9), and this was found to be statistically significant p < 0.0001.

    Table 9. Distribution of the study population by occupation sector and perception about blood donation.
    Variable Category Education Military Health Free work Others Total
    Is blood donation important
    Yes 24 6 5 7 27 69
    No 237 99 48 82 182 648
    Total 261 105 53 89 209 717
    If there is announcement for rare blood group and you possess it will go?
    Yes 168 78 32 51 128 457
    May be 42 10 10 25 54 141
    No 51 16 11 13 27 118
    The frequency of blood donation
    Yes each 3 months 23 10 3 3 4 43
    Yes each 6 months 11 3 2 4 2 22
    Yes once a year 17 10 3 6 4 40
    Rarely donate 137 25 25 50 142 379
    The factor motivated for blood donation is?
    Religious duty 118 67 25 54 138 402
    Humanity duty 50 14 13 17 52 146
    Nationality duty 22 1 2 2 11 38
    Mandatory duty 15 2 5 1 4 27
    All 56 21 8 15 4 104
     | Show Table
    DownLoad: CSV

    6. Discussion

    The requirement for blood transfusion is very high in Saudi Arabia, due to high rates of road traffic injuries [9], beside regular need in health services. Thus, blood donation represents an important issue in the health system in Saudi Arabia. Therefore, the aim of the present study was to assess the level of awareness towards blood donation in a random community based study in Northern Saudi Arabia. This study included individuals with diverse demographical characteristics in term of sex, age, education and occupational sectors.

    With regard to the source of knowledge about blood donation, the most effective sources were social media and public gathers rather than the awareness efforts accompanying the blood donation campaigns. Beside the traditional public gathering places such as clubs, education entities and cafés, in Saudi Arabia there are other public gathering entities, such as mosques and Estraha (special building for spending leisure time with friends, particularly at night or during vacations). However, the implementation of effective communication interventions represents a major public health issue. Nevertheless, persuasive media campaigns appear to have little effect on behaviors. Even though non-donors hold a positive attitude towards blood donation, they are not inclined to donate. As an alternative to producing behavioral changes, many recent studies have shown the superiority of binding communication over persuasive communication [10].

    In the present study, the majority of the surveyed individuals believed that the level of awareness toward blood donation is good among Saudi people. This might be implicit in term of response, since the majority of Saudi people think that helping others is religious obligation. Religion is deeply rooted in the Saudi society and it was assumed to be a major motivating factor for blood donation [7]. Consequently, other factors, which motivates blood donation should be implemented within awareness campaigns in Saudi Arabia.

    In context of the beneficial effects of blood donation, high proportions of the participants have emphasized that blood donation has beneficial effects to the donor. According to some studies blood donors have a lower risk of cardiovascular incidents. This may be associated with the risk of cardiovascular disease reported by some authors, as well as with the oxidative changes caused by iron [11]. Regular blood donation may be protective against cardiovascular disease as reflected by significantly lower mean total cholesterol and low-density lipoprotein levels in regular blood donors than in non-donors [12]. Endothelial dysfunction, secondary to systemic inflammation and oxidative stress, is known to play a major role in the development and progression of atherosclerosis. It was found that regular blood donation is associated with improved endothelial function in healthy adult males [13]. Though there reasonable number of Saudi population know the beneficial effects of blood donation, still there is a need to extend this knowledge to large section of Saudi people.

    In the present study we found that the majority of participants were rarely donate blood, particularly females. Saudi females constitute less than 5% of blood donors. The attitude of Saudi female students towards blood donation is positive and few misconceptions that emerged could be corrected by health awareness campaigns [14]. However, similar study from Saudi Araba has concluded that the prevalence of blood donation was less than satisfactory among the Saudi public, probably due to misconceptions, poor knowledge, and unfavorable attitude to donation. Educational programs are necessary to increase the level of knowledge and improve the attitude of the Saudi public toward blood donation. Providing mobile blood collection units nearer to individuals' places of work to reduce their time costs of donating is a necessity [8].

    With regard to education, the great majority of participants in the present study were from relatively higher educated people. This may the risk of getting more positive attitude towards blood donation than those selected as cross-sectional varieties. This might be considered as a limitation in the present study.

    On the other hand, in the current study we measured different blood donation related factors in association with influence of occupation. Also we found that most participants were clustering within certain occupation, particularly education sector and military. With our strong proposing that some of these occupations have influence in raising blood donation awareness, but our sample selection may not enable us to draw specific guessing in this context.

    Although the present study has provided a huge data for future planning of blood donation strategies, as well as stimulating other studies, it has some limitations, particularly in sampling planning.


    7. Conclusions

    The broad concept of blood donation is still poor in Saudi Arabia. Further educational plans are needed to raise the level of awareness and increase the perception of blood donation among Saudi population. The best use of social media and public gathering should be implemented in blood donation strategies. Efforts should be made to involve females in blood donation duties.


    Acknowledgements

    Authors would like to thank all participants who gave their time for collection of this data.




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