Research Article

Barriers to Surgical Fracture Treatment at a Tertiary Hospital in Eastern DR Congo

by Urban Berg1,2*, Vallery Amani Tubura2,3, Fabien Balagizi2

1Institute of Clinical Sciences, Sahlgrenska Academy, University of Gothenburg, Gothenburg, Sweden

2Faculty of Medicine and Community Health, Evangelical University in Africa, Bukavu, Democratic Republic of Congo

3Panzi General Referral Hospital, Bukavu, Democratic Republic of Congo

*Corresponding author: Urban Berg, Institute of Clinical Sciences, Sahlgrenska Academy, University of Gothenburg, Gothenburg, Sweden

Received Date: 06 November 2024

Accepted Date: 12 November 2024

Published Date: 14 November 2024

Citation: Berg U, Tubura AV, Balagizi F (2024) Barriers to Surgical Fracture Treatment at a Tertiary Hospital in Eastern DR Congo. J Surg 9: 11180 https://doi.org/10.29011/2575-9760.11180

Abstract

Background: Access to surgical treatment of fractures is a challenge in low-income countries. Hospitals with equipment and competence to perform fracture surgery are not always available. Furthermore, as governmental funding of health care systems in many countries is week, the access to adequate fracture treatment may be limited.

Materials and Methods: An observational prospective case series study was conducted at Panzi General Referral Hospital, a tertiary hospital in the eastern part of the Democratic Republic of Congo (DRC). 108 patients with limb fractures needing surgical treatment were included. All patients completed an informed consent. A questionnaire with demographic and socioeconomic data was completed. Clinical data was collected from the medical records at the hospital. Descriptive statistics were presented and analysis of variables influencing the access to surgical treatment was performed.

Results: The group of patients needing surgical fracture treatment was dominated by healthy males of young or middle age with diaphyseal fractures after road traffic accidents. The majority had open fractures. 41.7% (45/108) of the patients were discharged without having undergone surgery, 38 of them due to an inability to pay for the suggested operation. 6 patients preferred to be discharged to get fracture treatment by a traditional bone setter.

Conclusion: The study reveals significant barriers to surgical treatment of fractures in an urban area of the eastern DRC. The main reason for being discharged from the hospital without having undergone the suggested surgery was the inability to pay for the operation. Preference for traditional fracture treatment was another reason for refusing surgery.

Keywords: Access to treatment; Barriers to treatment; Limb fractures; Low-income countries; Surgical fracture treatment

Introduction

Access to surgical care is a challenge for patients in Low-Income Countries (LIC) [1]. The Democratic Republic of Congo (DRC) is one of the sub-Saharan countries with limited access to evidencebased treatment of fractures due to weakness of the health care system, and different barriers can be identified [2,3]. According to international evaluation of essential surgery, fixation of long-bone fractures is one of the “Bellwether” procedures [4]. Surgical care has not been a priority in sub-Saharan countries, and when planning for global surgery in 2030 focus should be on the development of broad-based health-systems solutions [5]. The provision of safe and affordable surgical care will reduce disability and contribute to long-term development. However, the barriers may vary in different countries [2,6]. The surgical care of good quality must be available but also accessible and affordable with an acceptability from health care providers to assure care for all patients regardless of background. Patients must also have confidence in the care they are offered.

The access to surgical care of fractures is also influenced by the delay of admission to hospital and delay to perform the surgical procedure. However, the delay may be the consequence of a barrier to get health care due to long distances and lack of access to transport to available health institutions with trauma expertise [6-8]. Hospital care in DRC is mainly financed by the patients and their families as the governmental financial support to health institutions is very weak and about 2/3 of the population live with a daily income below the limit of “absolute poverty” [9-11]. Health care is organized in primary, secondary and tertiary level [11]. Panzi General Referral Hospital (PGRH) is a tertiary hospital, the referral hospital of the Ibanda zone of Bukavu with a population of about 500 000 people in the health zone. The urban area of Bukavu, the province capital of South-Kivu, has approximately 1.3 million inhabitants and there are two other hospitals that treat fractures operatively on a regular basis.

At PGRH there is one specialist in traumatology and 5-10 surgeons capable of treating fractures surgically. According to the routines, when patients with trauma injuries are admitted to the hospital a debridement of skin and soft tissue lesions is carried out without delay and a temporary fracture immobilization is done with a splint or cast, but the operative fracture stabilization has to wait until the patient has paid for the surgery. The price for osteosynthesis has been 365 US dollars during the period of this study. The aim was to determine barriers to access surgical treatment of fractures in the urban area of  Bukavu in South Kivu in the DRC and reasons for the delay of admission and surgical treatment.

Methods

Study Design and Setting

The present study was a sub-study of an observational prospective consecutive case series study conducted from July 1, 2021, to October 31, 2022, of patients admitted at Panzi General Referral Hospital (PGRH) with limb fractures needing surgical treatment [12]. Epidemiological and clinical data from the observational study are presented in a regional scientific journal [13]. However, the data focusing on the barriers to surgical treatment and reasons of delay have not yet been published.

Data Collection

All patients, 18 years of age or older, admitted with fractures requiring surgical treatment as determined by the attending traumatologist or surgeon, were invited to participate by answering questions about demographics, socioeconomic background and health status. The paper questionnaires were completed by one of the doctors at the Surgical Department. Clinical data from the hospitalization was collected from the medical records of the hospital. The findings were manually entered into an electronic database. Complete data was obtained from 108 patients. 7 patients with incomplete data were excluded. Written informed consent was given from all.

Data Analysis

Statistical analyses were made by using the SPSS version 23 software. The numbers and frequencies were used in the descriptive analyses of the studied variables. In the analysis of qualitative variables, and their influence on completed surgery, the chi-square test was used. For quantitative variables the student t-test was used to determine if significant differences existed between the group with completed surgery and the group discharged without having undergone surgical treatment. If the p-value was smaller than 0.05 the result was considered as statistically significant.

Ethical Considerations

The study was conducted according to the ethical principles of Helsinki declaration (14) and the regional ethical committee was consulted. All participants signed an informed consent.

Results

Data on patient characteristics are presented in Table 1. Most patients were middle-aged or young healthy men, very few were older than 60 years. About 30% came from the rural area outside the urban area. Of the fracture patients, 75% had studied at least in secondary school and 25 % had no higher education than primary school, some of them incomplete primary school. About 50 % of the patients were working with transport, most of them as drivers of motor vehicles. The monthly income was less than 100 US dollars in 63.9 % of the patients. Only 5.6 % of the patients had a monthly income of 500 US dollars or more.

Table 1: Demographics and socioeconomic patient characteristics.

Variable

Definition

Number

Percentage

Study population

Patients with complete data

108

Age

Median age

Range

40

20-71

Sex

Male

Female

76

32

70.4

29.6

Area of origin

Urban

Rural

75

33

69.4

30.6

Education level

Primary school

Secondary school

University

28

58

22

25.9 53.7

20.4

Profession

Driver or motorcyclist

51

47.2

Income

< 100 USD/month

101-500 USD/month

> 500 USD/month

69

33

6

63.9

30.6

5.6

Health status

No previous comorbidity

Comorbidity

88

20

81.5

18.5

The dominating trauma mechanism was road traffic accident (68.5%). More than half of the patients were admitted directly to the hospital by taxi. A large proportion of the fractures were open fractures (57.4%) mostly in the lower extremity, especially the lower leg. More information is given in Table 2.

Table 2: Trauma, Admission and Fracture characteristics

Variable

Definition

Number

Percentage

Trauma mechanism

Road traffic accident

Fall

Sport

Other

74

18

10

6

68.5

16.7

9.3

5.6

Admission

Direct admission

Transfer from health institution

59

49

54.6

45.4

Mode of transport

Ambulance

Taxi

Other

11

57

40

10.2 52.8

37.0

Fracture localisation

Lower leg

Femur

Humerus

Forearm

Ankle

Wrist

34

25

22

14

8

5

31.5 23.1 20.4

13.0

7.4

4.6

Fracture characteristics

Open

Closed

62

46

57.4

42.6

Classification of open fractures

Gustilo 1

Gustilo 2

Gustilo 3A

25

28

9

40.3 45.2

14.5

Fracture displacement

Minimal

Moderate

Severe

38

45

25

35.2 41.7

23.1

Polytrauma

Yes

No

19

89

17.6

82.4

The fracture displacement was classified subjectively by the attending traumatologist or surgeon into the categories of minimal, moderate or severe displacement. One of the research questions was the influence on the access to surgical treatment, as one of the main inclusion criteria was the indication of surgical fracture treatment according to the recommendation from the traumatologist. In fact, 45 of 108 patients (41.7%) were discharged from the hospital without undergoing surgery. The reasons for not accepting surgical intervention are presented in Table 3.

Table 3: Reason for discharge from the hospital.

Reason for discharge

Number

Percentage

Surgery completed and rehabilitation initiated

63

58.3%

Inability to pay for the surgery which was recommended

38

35.2%

Prefer treatment by a traditional bone setter

6

5.6%

Wants transfer to another hospital for surgery

1

0.9%

TOTAL

108

100%

In addition, potential influencing factors on the access to surgery were analyzed by comparing the groups who accepted surgery and not. The Pearson’s chi-squared test was used, and p-values calculated. The results are presented in Table 4. According to this it was more likely to accept surgery if you were a male patient with severe fracture displacement from a road traffic accident. In our study patients from the rural areas were more willing to undergo surgery. Patients who reported that they had already consulted a traditional bone setter before admission were mostly negative to surgical treatment.

Table 4: Influence on the acceptance of surgical treatment.

Variable

Surgery completed

Discharge without surgery

Percentage

p-value

Have consulted a traditional bone setter before hospital admission.

1

12

7.7

< 0.05

Have not consulted a traditional bone setter before hospital admission.

62

33

65.3

Female gender

13

19

40.6

< 0.05

Male gender

50

26

65.8

Origin urban area

37

38

49.3

< 0.05

Origin rural area

26

7

78.8

Admission directly

31

28

52.5

Transfer from other health institution

32

17

65.3

0.18

Severe fracture displacement

25

0

100

< 0.05

Minimal/Moderate displacement

38

45

45.8

Road traffic accident

50

24

67.6

< 0.05

Other trauma mechanism

13

21

38.2

No significant influence on the acceptance of surgery was noticed regarding income, profession, marital status, education level or comorbidity.

The delay in admission and the delay of surgery varied a lot, but about half of the patients were admitted and treated according to international recommendations. More details are given in Table 5.

Table 5: Delay of admission and delay of surgery.

Variable

Definition

Hours

Number

Percentage

Delay of hospital admission after injury, direct admission

Median

Range

3 0.5-288

59

54.6

Delay of hospital admission after injury, transfer from other health institution

Median

Range

20

1-315

49

45.4

Delay of hospital admission,

Patients with open fracture

Hours after injury

< 2

2-24

> 72

31

26

5

50

41.9

8.1

Delay of hospital admission after injury,

Patients with closed fracture

Hours after injury

< 24

24-72

> 72

25

20

1

54.3

43.5

2.2

Delay of fracture surgery after injury, Patients with open fracture

Hours after injury

< 6

6-12

12-24

> 24

No surgery

0

20

5

13

24

0

32.3

8.1

21.0

38.7

Delay of fracture surgery after injury, Patients with closed fracture

Hours after injury

< 24

24-72

> 72

No surgery

11

11

3

21

23.9

23.9

6.5

45.7

Discussion

The study population in this case series was dominated by quite healthy males of young or middle age with diaphyseal fractures after road traffic accidents. The majority had open fractures (Tables 1-2). The epidemiological characteristics of fracture patients are similar to the pattern reported from other countries in the sub-Saharan area [15-17]. The majority of the population in DRC belongs to the category of people living in poverty according to international criteria, as 63.9% report a monthly income of less than 100 USD. This is an important fact as the patients and their families need to pay before the definitive surgical intervention. Only six patients of 108 reported an income monthly of 500 USD or more. 49 of the 108 patients were transferred from another health institution, where a primary assessment had been done. Even if there was a shortage of ambulances, taxis were easily available and could in most cases transport the patient to the hospital. Thus, only 10% of the patients came to PGRH by ambulance and 53% by taxi. The most striking finding was the high number of patients who chose to be discharged from the hospital without having undergone surgery (Table 3).  38 of the patients answered that the main reason was the inability to pay, as the operation could not be performed for free. Thus, they were discharged with a cast splint or without adequate stabilization of the fracture against the doctor’s advice. Six patients, who did not accept the proposed surgery, answered that the reason for their discharge was thar they preferred to consult a traditional bone setter.

Variables that had a high influence on the acceptance of surgical treatment were male gender, road traffic accident and severe fracture displacement according to the statistical analysis (Table 4). Few patients of origin from rural areas were discharged without having undergone surgery. These patients may have made an active choice of hospital for fracture treatment, as they were not living in the health zone of Panzi Hospital and were prepared to pay for the operation. Only one at 13 patients, who had already consulted a traditional bone setter before the hospital admission, accepted surgery. This finding was statistically significant, but as the numbers were small, we must be careful with conclusions. There is great trust in the population of Bukavu for traditional bone setters. In a retrospective cross-sectional study from Bukavu in 2013 more than 40% of limb fracture patients had consulted the traditional medicine [18]. Similar attitudes are reported from Nigeria [19] and Tanzania [20], where patients with fractures prefer to consult traditional bone setters instead of relying on hospital fracture care. According to a study from Nigeria [21], patients with fractures treated according to the principles of traditional medicine are at great risk of long-term complications as malunion, non-union and secondary osteoarthritis, which may result in permanent disability.

As most patients had been injured in the urban area of Bukavu, the delay of admission was limited, even if quite many patients were transferred from another health institution after initial assessment (Table 5). The delay of surgery was also limited for the patients who accepted to undergo surgery and paid for it without delay. Our study does not point out the delay of admission and surgery as a main obstacle to getting adequate fracture treatment, which has been discussed in other publications [6].

Strengths and Limitations

This observational study reflects the actual situation at a tertiary hospital in Bukavu DRC with a high level of data completeness in the group of patients admitted to the hospital, which serves a big part of the city. However, the knowledge of the epidemiology of fractures, treatment routines at other health institutions and longterm outcomes for fracture patients in the urban area of Bukavu is limited. The study design has methodological limitations and the findings concerning influencing variables must be interpreted with caution.

Conclusion

This observational prospective case series study of patients with limb fractures admitted to the Panzi hospital highlights the barriers to surgical treatment of fractures in a low-income country like the DRC. The main barrier according to our study was patients’ inability to pay for the operation, as most patients have a very low income, and there is no health insurance system in practice nor external funding of health care. Preferring traditional medicine over modern hospital care can also contribute to refraining from essential surgical care of fractures. To conclude, people must have confidence in the care that hospitals offer, and the financial barriers must be overcome.

References

  1. Bedwell GJ, Dias P, Hahnle L, Anaeli A, Baker T, et al. (2022) Barriers to Quality Perioperative Care Delivery in Low- and Middle-Income Countries: A Qualitative Rapid Appraisal Study. Anesthesia and analgesia 135: 1217-1232.
  2. Spiegel DA, Droti B, Relan P, Hobson S, Cherian MN, et al. (2017) Retrospective review of Surgical Availability and Readiness in 8 African countries. BMJ open 7: e014496.
  3. Lachand AT (2015) Chirurgie « essentielle » et chirurgie d’urgence en Afrique sub-saharienne. Laennec 63: 29.
  4. O’Neill KM, Greenberg SLM, Cherian M, Gillies RD, Daniels KM, et al. (2016) Bellwether Procedures for Monitoring and Planning Essential Surgical Care in Low- and Middle-Income Countries: Caesarean Delivery, Laparotomy, and Treatment of Open Fractures. World J Surg 40: 2611-2619.
  5. Meara JG, Leather AJ, Hagander L, Alkire BC, Alonso N, et al. (2015) Global Surgery 2030: evidence and solutions for achieving health, welfare, and economic development. The Lancet 386: 569-624.
  6. Pouramin P, Li CS, Busse JW, Sprague S, Devereaux PJ, et al. (2020) Delays in hospital admissions in patients with fractures across 18 low-income and middle-income countries (INORMUS): a prospective observational study. The Lancet Global health 8: e711-20.
  7. Hamou ZA, Chilot F, Solis A, Baron S, Statescu E, et al. (2014) Analyse du délai et des facteurs au retard à la prise en charge chirurgicale des patients présentant une fracture de l’extrémité supérieure du fémur. Annales Françaises d’Anesthésie et de Réanimation 2014: A357.
  8. Nkurunziza T, Toma G, Odhiambo J, Maine R, Riviello R, et al. (2016) Referral patterns and predictors of referral delays for patients with traumatic injuries in rural Rwanda. Surgery 160: 1636-1644.
  9. Gerstl S, Sauter J, Kasanda J, Kinzelbach A (2013) Who Can Afford Health Care? Evaluating the Socio-Economic Conditions and the Ability to Contribute to Health Care in a Post-Conflict Area in DR Congo. Convertino M, editor 8: e77382.
  10. Nyamugira AB, Richter A, Furaha G, Flessa S (2022) Towards the achievement of universal health coverage in the Democratic Republic of Congo: does the Country walk its talk? BMC Health Serv Res 22: 860.
  11. WHO (2015) Improving health system efficiency: democratic republic of the Congo-improving aid coordination in the health sector 2015.
  12. Kooistra B, Dijkman B, Einhorn TA, Bhandari M (2009) How to Design a Good Case Series. JBJS 21.
  13. Tubura A, Kitumaini J, Murhula AC, Mbikilile M, Patrick M, et al. (2023) Fractures des membres chez l’adulte: aspects sociodémographique, clinique et thérapeutique à l’Hôpital Général de Référence de Panzi, RD Congo. Kivu Medical Journal 1: 1-7.
  14. World Medical Association Declaration of Helsinki: Ethical Principles for Medical Research Involving Human Subjects. JAMA 310: 2191.
  15. Rosenberg A, Uwinshuti FZ, Dworkin M, Nsengimana V, Kankindi E, et al. (2020) The epidemiology and prehospital care of motorcycle crashes in a sub-Saharan African urban center. Traffic injury prevention 21: 488-493.
  16. Odatuwa-Omagbemi DO (2019) Open fractures: epidemiological pattern, initial management and challenges in a sub-urban teaching hospital in Nigeria. The Pan African medical journal 33: 234.
  17. Nana CT, Pius F, Martin MN, Mbongnu M, Movuh SD, et al. (2021) Epidemiological and Clinical Pattern of Open Fractures of Long Bones of the Lower Limbs in the South-West Region of Cameroon: A 5-Year Review 11: 278-287.
  18. Kuyigwa TG, Ahuka OL, Kabakuli NA, Kabinda JM, Uwonda AB (2015) Fracture of Limbs Bones in a Town in Post Conflict (Case of Bukavu Town). OJEpi 05: 244-250.
  19. Aderibigbe SA, Agaja SR, Bamidele JO (2013) Determinants of utilization of traditional bone setters in Ilorin, north central Nigeria. Journal of preventive medicine and hygiene 54: 35-40.
  20. Card EB, Obayemi JE, Shirima O, Lazaro M, Massawe H, et al. (2020) Practices and Perspectives of Traditional Bone Setters in Northern Tanzania. Annals of global health 86: 61.
  21. Eze KC (2012) Complications and co-morbidities in radiographs of patients in traditional bone setters’ homes in Ogwa, Edo State, Nigeria: a community-based study. European Journal of Radiology 81: 2323-2328.

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