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Nursing & Healthcare International Journal Research Article 9 min read

Knowledge and Rational Drug Use of the Community of Ban Nongyang in Tambon Hua Ruea, Mueang District, Ubon Ratchathani Province, Thailand

Thanyasawad T* and Srimoungam W*
* Corresponding author
ISSN: 2575-9981  10.23880/nhij-16000213  Received: December 16, 2019  Published: January 17, 2020
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Keywords
Knowledge Rational Drug Use Communities Behavior
Abstract

Introduction: WHO defines the rational drug use as ‘Using drugs according to the patient’s health problem. An appropriate dose is used for individual patients in an appropriate time.’ The communities at local and international levels inappropriately spend more than 50% on drugs. An estimated 35 million people worldwide have suffered thanks to unnecessary drugs. Only one in seven was given appropriate treatment. The consequence was a side effect, drug-related dangers and unnecessary economic loss. Objective: • Aim to study drug knowledge and understanding correctly and safely. • Aim to assess the practice of using self-medication reasonably • Aim to compare between knowledge and understanding about medicine and the practice of using self-justifying medicine. Material & Methods: A questionnaire was administered to 292 respondents from the communities of Tambon Hua Ruea in Ubon Ratchathani province, Thailand. It was concerned with the subjects’ knowledge and behavior in using drugs. Results: It was found that the respondents were females (59.2%), aged 61 -70 years (22.95%), and completed the primary education (60.96%). They had knowledge and could complete the questionnaire (68.25%). Their drug-using behavior averaged 2.70%. With knowledge in using drugs and the subjects’ behavior in using drugs studied, it was found that age, educational levels, treatment rights and personal disease were statistically different at p<.05. Conclusion: The medical network has a vital role to play to support the operation. Local mechanisms should be used to solve the problems. Attention should be given to the performance of the local hospital officials in terms of using drugs, and providing counseling. Attention is also to be given to the relations between the service providers and the people who are the recipients of the service. Discussion: A majority of the subjects did not have a proper knowledge and lacked an understanding concerning the safe drug use. That was due to the patient’s drug-using behavior. To tackle the problems, the Hua Ruea Community Hospital conducted the project to launch the rational drug use with the aim to reduce the drug resistance in the patients.

Introduction

The drug administration in Thailand is a major issue as far as the health system is concerned. The problems related to the drug system include increased spending on drugs, wrong and necessary use of drugs, inaccessibility to drugs, etc. The survey found that there was worryingly high spending on drugs. For more than three decades, the spending on drugs has been steadily increasing. In 2008 alone, up to 272,841 million baht was spent on drugs, accounting for 46.39% or 3.01 of GDP [1]. The annual rate of drug use is 7 -8 % higher than GDP which grows at 5 -6% per year. In 2014, it was found that the value of drug consumption of Thais was hundred billion baht. In this respect, the unnecessary drug use cost up to two billion baht. Use of drugs with suspicious results was four billion baht. Negatively, as many as 38,000 people developed a drug resistance. The spending on drugs is close to the spending on health which is 7 -8% a year. Importantly, irrational drug use was found in all levels ranging from the hospital to the community [1]. For example, people about 40 -60% in provincial areas and 70 -80 % in Bangkok habitually use antibiotics for a common cold [2].

In 2010, rational drug use was stipulated in the 2010 National Drug Policy. The aim was to encourage the drug use in a rational and valuable fashion. The policy in question has the strategies on the drug use. The strategy no. 3 described the development of mechanism and tools for appropriate and rational drug use [3]. Thanks to that strategy, there came RDU or Rational Drug Use Hospital.

RDU hospital means the treatment site following six policies in promoting the rational drug use. The policies are: 1) strength of the pharmacy and therapeutics committee or PTC, 2) standardization of drugs and labels, and the public’s access to drug information, 3) essential tools for rational drug use, 4) awareness on the part of medical personnel and medical recipients, 5) medical care for special groups, and 6) promotion of ethics in drug prescription [4, 5, 6, 7, 8].

Thailand has operated the RDU hospital project since 2014. Seventy-two hospitals participate in the project. The Ministry of Public Health had come out with the policy on the rational drug use to improve the health service in 2017 [9]. Although their knowledge on the rational drug use has increased, medical personnel do not have an increased awareness in terms of the policy on the rational drug use. It was found that due attention should be given to the following: drug prescription, a handbook on drugs, proper drug use in terms of dose and methods, vigilance in special groups, consideration of the patients’ rights [10].

The Hua Ruea Community Health Hospital is the primary service unit providing the health service to the local residents of the surrounding communities. The communities under study have 1477 households from 10 villages and 6,069 inhabitants. The Faculty of Nursing of Ratchathani University, Ubon Ratchathani and the Hua Ruea Health Promotion Hospital had worked together on the health issue. To carry out the project, the fourth-year nursing students from Ratchathani University had worked on the helath issue in Ban Nongyang where 817 local inhabitants lived. Of these residents, 410 were males and 417 were females.

Based on the family visit, it was found that there were patients suffering from chronic illness. They regularly got medicine from the hospital. It was also found that the subjects had little or no knowledge on drug use. In addition, they did not have an understanding of the rational drug use. With the problems found and the significance of the rational drug use realized, the research team aimed to raise an awareness of the rational drug use among the residents in their everyday life and to prevent unnecessary drug use. To achieve the goal, the team conducted the study on knowledge and rational drug use of the communities of Ban Nongyang in Mueang district of Ubon Ratchathani province, Thailand. It is expected that acquired data can be utilized to develop the rational drug use in the communities in question [11, 12, 13].

Material & Methods

The samples were 817 residents of Ban Nongyang, derived by the Krejcie and Morgan’s table. Some subjects were excluded by 10%. Hence the samples in the study stood at 292. Importantly, the samples in the research were to be literate and help themselves. Independent variables were sex, age, educational levels, occupations, monthly incomes, status, and treatment rights. Dependent variables were medicinal knowledge and behavior in self-medication. The research instrument was a questionnaire.

The average evaluation was based on the concept of Boonchom Sisa-ard (2009: 103). In evaluating the instrument, Likert’s five-rating scale was employed with the following criteria: 4.50 – 5.00 means self-medication/care at the highest level (5), 3.51 -4.50 means self-medication/care at a high level (4), 2.51 -3.50 means self-medication/care at a moderate level (3), 1.51 -2.50 means self-medication/care at a low level (2), and 0.00 -1.50 means self-medication/care at the lowest level (1).

  • Data Analysis
  • Personal factors were sex, age, marital status, educational levels, occupations, status, rights to treatment, and diseases suffered by individuals. Statistics used were frequency, percentage, means, standard deviation.
  • Dependent and independent variables were analyzed by one-way ANOVA Tables 1-5.

Results

CharacteristicsRespondents
CategoryFrequencyPercentage
GenderMale11940.80%
Female17359.20%
Agebelow20165.48%
21 -407927.05%
41 - 609632.88%
Above 6010134.59%
EducationPrimary17860.95%
secondary3712.67%
high school5117.47%
Bachelor degree155.14%
Master10.34%
others103.43%
occupationTrader3813.01%
farmers16155.14%
state officials62.05%
casual employment3612.33%
no employment196.51%
Others3210.96%
Income<1000 b.4615.75%
1000 – 5000 b.13546.23%
5001 – 10,000 b.7325%
10,000 – 50,000 b.3411.64%
50,001 – 100,000b.31.03%
>100001 b.10.34%
StatusMarried22276.00%
Separated62.10%
divorced103.40%
Single5418.50%
Treatment Rights30-baht health care scheme26089.00%
Federal finance62.10%
Social security258.60%
Others10.34%
Chronic DiseaseYes7626.00%
No21674.00%
Knowledge on medicationRight itemWrong item
NumberPercentageNumberPercentage
1. Antacids as prescribed by a doctor can reduce the burning symptom in
stomach.
21272.68027.4
2. Keeping a medicine in the form of jell or wax in the fridge can prolong
its expiry date.
10134.619165.4
3. Keeping medicine in the form of syrup in the fridge can prolong its expiry
date.
9933.919366.1
4. The eye-drop once used can be kept for further uses to its expiry date.10435.618864.4
5. Acne medication mixed with antibiotics can be used to treat all kinds of
acne.
15854.113445.9
6. Taking antibiotics should be done at least five days in succession.21573.67726.3
7. Mineral powder can be used to treat stomach ache.1465014650
8. Paracetamol can relieve/reduce cold.1113818162
9. One should chew the pills before swallowing it to make it more effective.236805619.2
10. Vitamin is the food supplement. Thus, excessive intake of it is not dan-
gerous to health.
11539.417760.6
11. Taking medicine before food means taking it 30-60 minutes before
food.
24985.34214.4
12. An after-food medicine should be taken 15-30 minutes after food.25988.73311.3
13 Some anti-allergic medicine may make us sleepy.257883512
14. Calamine lotion is for external use and for skin wounds.1735911940.8
15 Laxatives have medicinal property in reducing bodily weight.17258.912041.1
16. Taking excessive paracetamol can affect one’s liver.24082.25217.8
17. If one forgets to take medicine, one should double the dose next time.20168.89131.2
18. Prior to buying medicine, one has to check the production or expiry
date.
279.226590.8
19. One should not drink milk, tea or coffee when one takes medicine.5619.223680.8
20 When one develops an allergy to medicine, one must stop taking it im-
mediately.
134.527995.5

Table 1: Number, Percentage, general characteristics of the community of Ban Nongyan, N=292.

Behavior in using drugs

Self-care during illness

1. You go to a pharmacist for counseling. 2.63 1.222 moderate

2. If given a prescription, you go to the pharmacy where a pharmacist is in charge. 2.93 1.271 Moderate

3.You choose to buy medicine from the drug store where the pharmacist is in charge. 3.06 1.315 Moderate means 2.87 1.269 Moderate Rational drug use

4. You give the medicine you use to others suffering from the same disease. 2 1.02 Low

5. You try the medicine as recommended by your friend when you are sick. 1.86 0.989 Low SD level

6. You will use the same old medicine you have long kept if you have the same symp-
tom.
2.171.137Low
7. You stop taking antibiotics if you feel better or if your symptoms improve.2.71.287Moderate
8. If you feel something wrong after taking medicine, you will stop it immediately.3.611.372High
9. You increase the higher dose than recommended to recover more quickly.2.121.282Low
Means2.411.181Low
Getting counseling on drug use from a pharmacist
10. You will consult a pharmacist when you are given some special medicines.3.051.273Moderate
11. You will consult a pharmacist if you are given a new drug you never have before.3.62.026High
Means3.331.6495Moderate

Table 2: The result of a comparison of differences in behaviors in using drugs in a rational way as classified by the general cha

  • Table 3: Number, Percentage, Means and Standard Deviation of Behavior in using drugs in a rational way of the Community of
  • Ban Nonyang. N=292
  • General characteristics
  • Source of variation df
  • SS
  • MS
  • F
  • P between groups
  • 63
  • 3519.27
  • 55.861 within groups
  • 228
  • 10704.8
  • 46.951 age
  • Total
  • 291
  • 14224.1
  • 1.19
  • 0.18 between groups
  • 1
  • 26.966
  • 26.966 within groups
  • 290
  • 14197.1
  • 48.956
  • Sex total
  • 291
  • 14224.1
  • 0.55
  • 0.46 between groups
  • 6
  • 170.666
  • 28.444 within groups
  • 285
  • 14053.4
  • 49.31
  • Educational Levels total
  • 291
  • 14224.1
  • 0.58
  • 0.75 between groups
  • 5
  • 87.07
  • 17.414
  • In groups
  • 286
  • 14137
  • 49.43 occupations
  • Total
  • 291
  • 14224.1
  • 0.35
  • 0.88 between groups
  • 4
  • 341.401
  • 85.35 within groups
  • 287
  • 13882.7
  • 48.372
  • Status
  • Total
  • 291
  • 14224.1
  • 1.76
  • 0.14 between groups
  • 36
  • 1722.8
  • 47.855
  • Within groups
  • 255
  • 12501.3
  • 49.025
  • Family incomes
  • Total
  • 291
  • 14224.1
  • 0.98
  • 0.51 between groups
  • 3
  • 338.56
  • 112.853
  • Within groups
  • 288
  • 13885.5
  • 48.214
  • Treatment rights
  • Total
  • 291
  • 14224.1
  • 2.34
  • 0.07 between groups
  • 1
  • 129.054
  • 129.054
  • Within groups
  • 290
  • 14095
  • 48.604 personal disease
  • Total
  • 291
  • 14224.1
  • 2.66
  • 0.1
  • General characteristics
  • Sources of variation df
  • SS
  • MS
  • F
  • P
  • Between groups
  • 63
  • 614.408
  • 9.753 within groups
  • 228
  • 1399.383
  • 6.138
  • Age
  • Total
  • 291
  • 2013.791
  • 1.589
  • .008** between groups
  • 1
  • 0.081
  • 0.081 within groups
  • 290
  • 2013.71
  • 6.944
  • Sex
  • Total
  • 291
  • 2013.791
  • 0.012
  • 0.914 between groups
  • 6
  • 108.458
  • 18.08
  • Within groups
  • 285
  • 1905.333
  • 6.685
  • Educational levels
  • Total
  • 291
  • 2013.791
  • 2.704
  • .014** between groups
  • 5
  • 18.251
  • 3.65 within groups
  • 286
  • 1995.54
  • 6.977
  • Occupations total
  • 291
  • 2013.791
  • 0.523
  • 0.759 between groups
  • 4
  • 26.357
  • 6.589 within groups
  • 287
  • 1987.434
  • 6.925
  • Status total
  • 291
  • 2013.791
  • 0.952
  • 0.435 between groups
  • 36
  • 174.784
  • 4.855 within groups
  • 255
  • 1839.007
  • 7.212
  • Family incomes
  • Total
  • 291
  • 2013.791
  • 0.673
  • 0.923 between groups
  • 3
  • 58.082
  • 19.36 within groups
  • 288
  • 1955.709
  • 6.791
  • Treatment rights total
  • 291
  • 2013.791
  • 2.851
  • .038** between groups
  • 1
  • 26.846
  • 26.85 within groups
  • 290
  • 1986.945
  • 6.852
  • Personal diseases
  • Total
  • 291
  • 2013.791
  • 3.918
  • .049**

Table 3: The result of a comparison of differences in behaviors in using drugs in a rational way as classified by the general

Discussion

It was found that the subjects had a Moderate level of knowledge70.23% regarding the drug use. The findings are supported by Chat chai Khawaeaw [14] found that 60.27percent the knowledge of Drug use of the population Most of them had knowledge about medication use at a moderate level,. While the findings are supported by Parinda Isaroon [15] found that the sample group has an average score of 12.55 ± 2.86 from a full score of 20, indicating that there is a moderate level of knowledge. This may be due to the fact that they have little or no access to the information on drugs. A majority of the samples have to rely on the explanation and counseling from medical officials. They have little knowledge in using modern technology to search for information by them. Hence, it is essential to resort to other means to help them in this regard and make them aware of the right method in using drugs. It is important for them to know how to use drugs appropriately. In addition, they have to realize their own rights to treatment, rights to protection and their own behaviors in using drugs. Their awareness in these aspects should be raised as much as possible. The study also found that the behavior in using drugs for self- medication purpose was at a moderate level. The findings are supported by Dow Rung, et al. [16] found that 82.8% of the subjects had good drug use behaviors. Only 17.2 percent were at a moderate level. They should be involved to get counseling from a pharmacist when they want to buy a medicine for their chronic disease. They are to be taught how to properly behave when it comes to using drug in a safe and right manner.

Conclusion

The general public has to be equipped with information on health. Follow-up, evaluation and access to information for the public and improvement of the service system are all important. The medical network has a vital role to play to support the operation. Local mechanisms should be used to solve the problems. Attention should be given to the performance of the local hospital officials in terms of using drugs, and providing counseling. Attention is also to be given to the relations between the service providers and the people who are the recipients of the service WHO [17, 18, 19].

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Cite this article

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@article{thanyasawad2020,
  title   = {Knowledge and Rational Drug Use of the Community of
Ban Nongyang in Tambon Hua Ruea, Mueang District, Ubon
Ratchathani Province, Thailand},
  author  = {Thanyasawad T* and Srimoungam W},
  journal = {Nursing & Healthcare International Journal},
  year    = {2020},
  volume  = {4},
  number  = {1},
  doi     = {10.23880/nhij-16000213}
}
Thanyasawad T* and Srimoungam W (2020). Knowledge and Rational Drug Use of the Community of
Ban Nongyang in Tambon Hua Ruea, Mueang District, Ubon
Ratchathani Province, Thailand. Nursing & Healthcare International Journal, 4(1). https://doi.org/10.23880/nhij-16000213
TY  - JOUR
TI  - Knowledge and Rational Drug Use of the Community of
Ban Nongyang in Tambon Hua Ruea, Mueang District, Ubon
Ratchathani Province, Thailand
AU  - Thanyasawad T* and Srimoungam W
JO  - Nursing & Healthcare International Journal
PY  - 2020
VL  - 4
IS  - 1
DO  - 10.23880/nhij-16000213
ER  -