Int J Pharm Pharm Sci, Vol 9, Issue 11, 135-138Original Article


INJECTABLE CEPHALOSPORINS USEIN VIETNAMESE HOSPITALS: A DESCRIPTIVE CROSS-SECTIONAL MULTICENTER STUDY

HOANG-THY NHAC-VU a*, TRAN-THI NGOC-VAN b

aUniversity of Medicine and Pharmacy atHo Chi Minh City, Vietnam, bMedical College of Quang Nam, Vietnam
Email: hoangthynhacvu@uphcm.edu.vn

Received: 14 Jul 2017 Revised and Accepted: 21 Sep 2017


ABSTRACT

Objective: The objective of this research was to investigate the use of injectable cephalosporins for inpatients at eleven hospitals in An-Giang province, Vietnam.

Methods: This cross-sectional multicenter study was conducted through retrieving the medical inpatient data at eleven hospitals in An-Giang province over the 01-12/2015 period.

Results: The sample included 23155 treatment episodes with cephalosporins. Among them, 86% wereused only one agent of cephalosporins, mainly cefotaxime. Among cases administrated concurrentlydifferent antibiotic classes, combinations of cephalosporins and gentamycin were the majority. All treatment episodes correlated with sixteen indication groups of infection treatment, in which the leading groups were "pneumonia", "gastrointestinal infections" and "cesarean" according to the numbers of treatment episodesand the costs of cephalosporins used. 6.61 billion VND was spent for cephalosporins which accounted for 98 % of the total injectable antibiotic cost over the twelve-month period at eleven hospitals in An-Giang.

Conclusion: Analysis of injectable cephalosporins consumption, and multicenter approach, has a crucial importance for further survey of antibiotic de-escalation protocol in hospitals in An-Giang.

Keywords: Cephalosporins, Injectable antibiotics, Cost, Inpatients


INTRODUCTION

Cephalosporins are asignificant class of antibacterial agents in use and are endorsed touse for penicillin-allergic inpatients[1]. Studies, which investigated the use of antibiotics, recent years revealed that cephalosporins were prescribed more frequently in the treatment of infections in the world[2-7]and in Vietnam as well [8-15]. However, in the current context of antibiotic resistance crisis, particularly the burgeoning resistance to cephalosporins [16], antimicrobial stewardship programs have become a prerequisite committed at all the healthcare centers. Being aware of complicated drug resistance status, the Vietnam's government has taken urgent action to deal with this issue. Specifically, in two years 2015 and 2016, the Vietnam's Ministry of Health has addressed guidelines for the antibiotic utilization and stewardship at hospitals [17, 18] which provided a standard for practitioners to follow.

In the south of Vietnam, An-Giang province consists of eleven district hospitals and four provincial ones. A dual disease pattern has existed in this province in recent years and witnessed an increase in the prevalence rates of infectious diseases, particularly respiratory tract infections, gastrointestinal infections, dengue fever, and influenza. The annual injectable antibiotic expenditure for inpatients at eleven district hospitals in An-Giang accounted for around 10% of the aggregate drug cost. In this province, cephalosporins were documented as the most regularly prescribed antibiotics for inpatients compared to other injectable antibacterial agents.

Although medicine consumption in An-Giang's hospitals is reported every year, these statistics are still limited to scientific studies. Indeed, there has been no study which can accurately describe the status of injectable cephalosporin utilization. Information about the consumption of injectable cephalosporins is an indispensable part of An-Giang Health Department's comprehensiveantibacterial utilization assessment. This is also vital for medicinal regulatory authorities in regulating behaviours of antibiotic use. With the purpose of providing the very first scientific evidence in Vietnam on the reality of injectable cephalosporin utilization, the research was conducted over a one-year period at eleven district hospitals in An-Giang province, Vietnam.

MATERIALS AND METHODS

Study design

This cross-sectional multi-centre study looked at injectable cephalosporins prescribing data in inpatients admitted to eleven district hospitals in An-Giang, Vietnam over a twelve-month period (January-December 2015). Exclusion criteria for this study were: (1) inpatients hospitalized in 2015 and discharged in 2016; (2) inpatients who were referred to higher centers; (3) inpatients whose medical data were not stored in the hospital information system.

Data collection and analysis

Injectable antibiotics data were retrieved from the hospital information system by reviewing the electronic records of discharged patients. Each treatment episode was recorded as a single variable. These data of injectable antibiotics consumption were entered in a form and included the following: brand name, generic name (antimicrobial agent), content, quantity, anindication(s). Cephalosporin utilization was described by the antimicrobial agent(s), anindication(s) and treatment episode(s).

These data were reported for 23155 treatment episodes with injectable cephalosporins. According to the World Health Organization, a treatment episode is a patient contact which required a standard course of drug treatment[19]. In our study, a single inpatient contact might be counted as more than one treatment episode if he or she was re-admitted in hospitals and received another standard course of drug treatment during the period of sampling. There were exactly 20760 inpatients related to 23155 treatment episodes with injectable cephalosporins.

Statistic methods

Descriptive statistical analysis was done by calculating the frequency and the percentage for all the parameters. The data obtained were entered in Microsoft Excel 2010 spreadsheet and the analysis was done using the R Statistic Software (version 3.1.3).

RESULTS

General characteristics of the study sample

During 12-month collecting data, the episodes of injectable cephalosporintreatment contributed 84% of the aggregate figurefor injectable antibiotics. The expense of injectable cephalosporins was 6.61 billion VND, representing 98% of the total expense of injectable antibacterial agents. Injectable cephalosporins were presented through different concentrations, including 125 mg; 750 mg; 1 g; 1.5 g; and 2 g. The most common strength was 1 g. All of the cephalosporins prescribed in this study were the third generation. Active ingredients included cefotaxime, ceftazidime, ceftriaxone, cefuroxime, ceftizoxime in the descending order of consumption level (fig. 1).

Characteristics of combining antibiotics

Among 20760 inpatients injected cephalosporin, there were 17953 inpatients receiving one antibacterial agent, accounted for 86%. 2635 inpatients have administrated combinations of two antibacterial agents. Among them, 65% received simultaneously one of the cephalosporins and one of the other antibiotic classes (in which, 81% were combinations with gentamycin) while the remaining 35% received concurrently two of the cephalosporins (in which, 81% were combinations of cefotaxime and ceftazidime) (fig. 2).

Characteristics of the cephalosporin utilization according to the indications

In accord with the purposes of treatment, the study clustered indications into sixteen groups, in which the majority of treatment episodes belonged to three groups: "pneumonia", "digestive system infections" and "cesarean section". In cases of injectable cephalosporins, the leading indications group was "pneumonia" according to the number of treatment episodes, and the cost of cephalosporins used(table 1).

Fig.1:The proportion of cephalosporins by the number of treatment episodes and drug expense of the study sample

Fig.2: Describing the use of cephalosporin antimicrobial agents in the study sample(n=23155 episodes)

Table 1: Describing the use of cephalosporins by treatment indications and antimicrobial agents in the study sample

Treatment episodes Cephalosporins units Spending (billion VND)
n=23155 (%) n=261296 (%) n=6.72 (%)
Indication groups
Pneumonia 6171 (26.7) 64359 (24.6) 1.68 (25.5)
Gastro-Intestinal infections 3847 (16.6) 37752 (14.4) 0.83 (12.6)
Cesarean section 2690 (11.6) 34368 (13.2) 0.92 (13.9)
Hospital-acquired infections 1388 (6.0) 18679 (7.1) 0.49 (7.4)
Wound infections 1238 (5.3) 13913 (5.3) 0.34 (5.1)
Ear/Nose/Throat infections 1210 (5.2) 16950 (6.5) 0.51 (7.8)
Respiratory infections 1042 (4.5) 8276 (3.2) 0.16 (2.5)
Bronchitis 940 (4.1) 12178 (4.7) 0.30 (4.5)
Septicemia 742 (3.2) 7430 (2.8) 0.18 (2.7)
Skin and soft tissue infection 733 (3.2) 10678 (4.1) 0.27 (4.0)
Parasitic infections 617 (2.7) 4449 (1.7) 0.12 (1.8)
Excretory system infection 602 (2.6) 7029 (2.7) 0.18 (2.8)
Respiratory Infection (not pneumonia) 568 (2.5) 6968 (2.7) 0.17 (2.6)
Infections refer to procedures 567 (2.4) 6668 (2.6) 0.16 (2.4)
Superinfection with Pulmonary tuberculosis 457 (2.0) 7253 (2.8) 0.19 (2.9)
Other infections 343 (1.5) 4346 (1.7) 0.11 (1.6)
Antimicrobial agents
Cefotaxime 19090 (82.4) 218704 (83.7) 4.27 (74.5)
Ceftazidime 2426 (10.5) 27958 (10.7) 0.94 (16.4)
Ceftriaxone 941 (4.1) 6009 (2.3) 0.16 (2.8)
Cefuroxime 545 (2.4) 6273 (2.4) 0.33 (5.8)
Ceftizoxime 153 (0.7) 2352 (0.9) 0.03 (0.5)

DISCUSSION

The study provided detailed information about the use of injectable cephalosporins for twelve consecutive months at eleven district hospitals in An-Giang. Results demonstrated that 84% of the antibiotic-treated cases at the time of sampling in these hospitals were using cephalosporins, mainly cefotaxime, a third-generation cephalosporin antibiotic. This result was similar to previous studies conducted in Vietnam [11-14]and in the world [5, 7].14% of inpatients in this study received at least two antibiotics, most of them were given two antibiotics. The most common antibiotic combinations were cephalosporins plus gentamycin, and two antibiotics belonging to the cephalosporin class (cefotaxime and ceftazidime).

Amongsixteengroups of indications, "cesarean section" was dominant in terms of the number of units used and the drug costs. This is one of the indications recommended using cephalosporins according to the guideline of prophylactic antibiotics for caesarean section in Vietnam [10]. Due to numerous risks and adverse effects of experiencing antibacterial therapies, it would take into account to replace appropriately from the injectable antibiotics to the oral ones. Among cephalosporins, cefotaxime was prescribed most frequently for inpatients. According to the "Guideline for the Antibiotic Stewardship in Hospitals" issued by Vietnamese Ministry of Health[17], injectable cefotaxime is one of the recommended de-escalate antibiotics, meaning switch over from intravenous to oral therapy when the effect of initial antibiotic treatment was achieved.

All the data were available as electronic sources, which made the process of collecting and analyzing data speedily and accurately. Data were gathered in consecutive twelve months, thus, our results were out of the seasonal errors. Moreover, due to the big data we accessed, the results from this research represented the reality of consuming injectable cephalosporins for theinpatients-the antibacterial class used in superior amounts compared to other classesat eleven hospitals, in particular, and in An-Giang in general.

The comparison of results between our study and previous ones in Vietnamese health facilities was still limited due to the shortage of results about selecting medicines according to treatment indications. Investigating the de-escalation of cephalosporins has not been included in the study's objectives. In addition, this study only initially investigated the combinations of different injectable antibiotics, regardless of other oral antibiotics. This study has not had in-depth evaluations of the timing, dosage, route, and duration of use of antimicrobial agents in infection treatment. Therefore, this is just an overview description with preliminary assessments.

CONCLUSION

The study particularly examined the characteristics of injectable cephalosporin utilization for a great number of inpatients, which could represent the real situation. Results of the study complemented the information about the antibiotics used in An-Giang province in general and at the district hospitals in particular. This information is valuable science evidence for An-Giang's Health Department to regulate antibacterial consumption, thereby, optimizing the antibiotic stewardship programs.

ACKNOWLEDGEMENT

The authors would like to thank all those who assisted in carrying out this study: the Board of Directors and Dean of the Faculty of Pharmacy of eleven district hospitals, the Board of Directors of An-Giang Health Department, Mr. Pham Vinh-Thang, Ms. Thai-Dien Bao-Tran, Ms. Hoang-Thi Bich-Thao for their help in collecting and providing medical data.

AUTHOR CONTRIBUTION

Hoang-Thy Nhac-Vu designed the study, directed the entire analysis of research, evaluated the overall research results and redacted the manuscript.

Tran-Thi Ngoc-Van prepared the overview, analyzed data and reviewed the manuscript.

All authors discussed the results and implications and commented on the manuscript at all stages.

CONFLICTS OF INTERESTS

All authors have none to declare

REFERENCES

  1. Pichichero ME. A review of the evidence supporting the American academy of paediatrics recommendation for prescribing cephalosporin antibiotics for penicillin-allergic patients. Pediatrics 2005;115:1048-57.

  2. Llop CJ, Tuttle E, Tillotson GS, LaPlante K, File TM. Antibiotic treatment patterns, costs, and resource utilization among patients with community-acquired pneumonia: a US cohort study. Hospital Practice 2017;45:1-8.

  3. Shankar PR, Subish P, Upadhyay DK, Dubey AK, Deshpande VY. Cephalosporin utilization in the inpatient wards of a teaching hospital in Western Nepal. Pharmacoepidemiol Drug Saf 2005;14:507-8.

  4. Kaliamoorthy K, Sankaralingam R, Punniyakotti S, Janardhan V, Cheekala UR. Drug utilization evaluation of third-generation cephalosporins using core drug use indicators. Pak J Pharm Sci 2012;25:339-42.

  5. Renaud JB, AntunoviCM, Suljagic V. The analysis of antibiotic consumption within the tertiary healthcare institution in Serbia during 10 y period (2001-2010). Int J Pharm Pharm Sci 2016;8:401-3.

  6. Jayabal P, Salwe KJ, Ganesan S, Kolasani BP. A study on prescribing pattern of antimicrobial agents in the neonatal intensive care unit of a tertiary care teaching hospital in Puducherry, South India. Asian J Pharm Clin Res 2016;4:217-20.

  7. Lakshmi R. A study on the antibiotic prescribing pattern in obstructive lung disease inpatients. Asian J Pharm Clin Res 2016;9:260-2.

  8. Nhac-Vu HT, Thanh-Tuyen C, Minh-Tam N, Kim-Tuyen NT. Review the antibiotic use at district 7 hospital in ho chi minh city from 01/01/2014 to 31/12/2014. J Practical Med 2016;1030:95-9.

  9. Anh NTV, Bang NV. Antibiotherapy in children with pneumonia admitted into thepediatric department of Bachmai hospital in 2006. Y Hoc TP. Ho Chi Minh 2007;11(Suppl 4):94-9.

  10. Nhac-Vu HT, Ngoc-Van TT. Analysing the antibiotic use in infection control for a cesarean section of the postpartum surgical site at hung vuong hospital–vietnam from 03/2015 to 09/2015. Southeast Asian J Sci 2017;5:1-6.

  11. Nhac-Vu HT, Thanh-Tung V. Comparison of antibiotic use in the treatment for outpatients and inpatients at Dong Nai tuberculosis and lung disease Hospital. Pharm J 2017;492:12-4.

  12. Nguyen KV, Thi Do NT, Chandna A, Nguyen TV, Pham CV, Doan PM, et al. Antibiotic use and resistance in emerging economies: a situation analysis for Viet Nam. BMC Public Health 2013;13:1158.

  13. Nguyen QH, Nguyen TK, Ho D, Larsson M, Eriksson B, Lundborg CS. Unnecessary antibiotic use for mild acute respiratory infections during 28-day follow-up of 823 children under five in rural Vietnam. Trans R Soc Trop Med Hyg 2011;105:628-36.

  14. Thu TA, Rahman M, Coffin S, Harun-Or-Rashid M, Sakamoto J, Hung NV. Antibiotic use in vietnamese hospitals: a multicenter point-prevalence study. Am J Infect Control 2012;40:840-4.

  15. Larsson M, Kronvall G, Chuc NT, Karlsson I, Lager F, Hanh HD, et al. Antibiotic medication and bacterial resistance to antibiotics: a survey of children in a vietnamese community. Trop Med Int Health 2000;5:711-21.

  16. Vinh H, Baker S, Campbell J, Hoang NV, Loan HT, Chinh MT, et al. Rapid emergence of third-generation cephalosporin resistant Shigella spp. in Southern Vietnam. J Med Microbiol 2009;58:281-3.

  17. Ministry of Health (Vietnam). Guidelines for the use of antibiotics. Ha Noi: Medical Publishing House. 2015. (Enclosed to the Decision No. 708/QĐ-BYT dated April 03, 2015 of the Ministry of Health); 2015.

  18. Ministry of Health (Vietnam). Manual on the management of the use of antibiotics in hospitals. 2016. (Enclosed to the Decision 772/QĐ-BYT dated 04 March 2016); 2016.

  19. World Health Organization. Estimating drug requirements: A practical manual; 1988.



About this article

Title

INJECTABLE CEPHALOSPORINS USEIN VIETNAMESE HOSPITALS:A DESCRIPTIVE CROSS-SECTIONAL MULTICENTER STUDY

Keywords

cephalosporins, injectable antibiotics, cost, inpatients

DOI

10.22159/ijpps.2017v9i11.21324

Date

01-11-2017

Additional Links

Manuscript Submission

Journal

International Journal of Pharmacy and Pharmaceutical Sciences
Vol 9, Issue 11, 2017 Page: 135-138

Online ISSN

0975-1491

Statistics

39 Views | Downloads

Authors & Affiliations

Hoang-thy Nhac-vu
University of Medicine and Pharmacy at Ho Chi Minh city, Vietnam
Viet Nam

Tran-thi Ngoc-van
Medical College of Quang Nam, Vietnam
Viet Nam


Article Tools



Refbacks

  • There are currently no refbacks.