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Table of Content - Volume 14 Issue 2 - May 2020



Pattern of injuries from road traffic accidents at tertiary care teaching hospital

 

Mohammed Liyaqat Shareef1, Mohammed Taqiuddin Khan2*

 

1Associate Professor, Department of Forensic Medicine, Ayaan Institute of Medical Sciences, Kanakamamidi, Hyderabad. Telangana, INDIA.

2Professor And Head Of Department, Department of Forensic Medicine, Osmania Medical College, Hyderabad. Telangana, INDIA.

Email: drtaquiuddin@gmail.com

 

Abstract              Background: A steady rise in travel, industrialization, urbanization and population growth is responsible for road accidents. The condition has escalated, in particular in the developing countries, owing to inadequate traffic management and a lack of common sense. Objective: To study pattern of injuries in victims of road traffic accidents. Duration: The study was carried out from April 2018 to August 2019. Methods: A study was undertaken at Osmania General Hospital to find out the types of injury patterns occurred due to the road traffic accidents. All Case histories and records, reports pertaining to road traffic accident victims were collected and analyzed to see different types of injury patterns sustained in the accident and data was compiled based on the findings with SPSS 20 software Results: The study population consisted of 470 patients. Majority of them were males (84.25%) and belonged to the age group of 21 to 30 years with 25.31%. Majority of the patients had injury to Head neck and face constituting 53.61% and least had injury to the abdominal region constituting 9.14%. Abrasion was seen in most of the cases around 64.89% and Lacerations was the least found in 14.46%. Majority of the patients around 42.81% had skull and maxillofacial fracture and the least type of fracture observed was Ribs fracture observed in 4.79% of the cases. Conclusion: All efforts need to undertake to prevent a Road Traffic injury which is an important cause of mortality, morbidity and disability.

Key Words: Road Traffic accident, Road Traffic injuries, Fractures, Pelvic, Rib, Extremities

 

INTRODUCTION

India's population has risen quite steadily over the five decades from 48 million to 1.2 billion. Today the population is increasing at a rate of 1.4% annually well beyond China’s rate of 0.7%. Fast urbanization, industrialization, population explosion and people migration in India have contributed to tremendous rise in road transport in the last two decades. This contributed to an increasing level of road traffic, resulting in an increased probability of road accidents. Research from developed and, in particular, emerging countries shows that traffic deaths are rising and ranks as the fifth leading cause of mortality worldwide. More than 1.2 million fatalities per year occur from traffic accidents worldwide which are the main causes of death among the middle aged. Eighty percent (80%) of these deaths occurred in low and middle income countries.1 Investigations of transport and traffic related injuries may call upon the entire spectrum of forensic sciences and medico legal expertise.2 RTAs involve forensic investigations that allow risk factors and cause of death to be examined. The forensics experts often assess if an RTA has induced disabilities and if so, they quantify the percentage of impairment.3 The most prevalent injury was fracture of bones, particularly head and neck, and the lower limbs and then upper limbs followed closely while the least injured portion is the abdomen.4  The best treatment of patients with severe injuries involves a structured strategy from the point of accident to recovery systems across a facility designed to address the demands of multi-system issues, which will re-enact the patient's maximum potential role in community.5

This research was conducted to examine the pattern of injuries in road traffic accidents.

 

MATERIALS AND METHODS

Place Of Study: Department of Forensic and Emergency

Type Of Study: A prospective study

Sample Collection: 470 cases

Sampling Methods: Consecutive sampling

Inclusion Criteria: All patients with Road Traffic Accidents were included in the study across all age ranges and gender.

Exclusion Criteria: All patients without the involvement of Road Traffic Accidents and those patients who were transferred to other hospital based on their family demands were excluded from the study.

Statistical Methods: The statistical analysis was done with the help of SPSS Version 20 program. The data is presented in the form of statistical tables.

In depth, the sequence, extent and distribution of the injuries were examined for all the cases admitted to the hospital. Factors such as age, gender, injury nature and intoxication have been examined. All fatal and non-fatal accidents were recorded. Throughout this time a total of 470 cases were examined.


 

OBSERVATIONS AND RESULTS

 

Table 1: Distribution of patients by age and gender

Age (in years)

GENDER

Male

%

Female

%

TOTAL

%

1 - 10

7

1.48%

7

1.48%

14

2.97%

11- 20

33

7.02%

6

1.27%

39

8.29%

21 - 30

110

23.40%

9

1.91%

119

25.31%

31 - 40

91

19.36%

12

3.24%

103

21.91%

41 - 50

75

15.95%

15

3.19%

90

19.14%

51 - 60

44

9.36%

11

2.34%

55

11.70%

61 - 70

30

6.38%

12

2.55%

42

8.93%

71 - 80

6

1.27%

2

0.42%

8

1.70%

TOTAL

396

84.25%

74

15.75%

470

100%

Majority of the patients were males constituting 84.25% and females were less constituting 15.75%. Majority of the patients belonged to the mid age range group of 21 to 30 years with 25.31% and the least belonged to the age group of 71 to 80 years.

 

Table 2: Distribution of body regions injured in the accident

Site of Injury

ABRASION

CONTUSION

LACERATIONS

Total

Percentage

Extremities

31

12

9

52

11.06%

Lower Limb

29

2

19

50

10.63%

Upper Limb

59

11

3

73

15.53%

Abdomen

23

15

5

43

9.14%

others

163

57

32

252

53.61%

Majority of the patients had injury to Head neck and face constituting 53.61% and least had injury to the abdominal region constituting 9.14%. Abrasion was seen mostly totaling 64.89% of the cases and Lacerations was the least found in 14.46%.

 

Table 3: Distribution of fracture across various body region

Region of Fracture

Total

Percentage

Skull and maxillofacial

143

42.81%

Lower limb

50

14.97%

Upper Limb

73

21.85%

Spinal

27

8.08%

Ribs

16

4.79%

Pelvic

25

7.48%

Majority of the patients around 42.81% had skull and maxillofacial fracture followed by upper limb fracture seen in 21.85%, lower limb fracture seen in14.97%, spinal fracture seen in 8.08%, pelvic fracture observed in 7.48% and the least type of fracture observed was Ribs fracture observed in 4.79% of the cases.

 

 


DISCUSSION

Injuries in road traffic is a significant public safety concern. These result not only in mortality but also in disabilities among survivors who could be burdensome to the community. As a developing country, India is experiencing a social, epidemiological and economic transformation that has dramatically altered the health scenarios. This shift contributed to the non-communicable diseases issue, like Road Traffic Accidents resulting in grievous Injuries becoming a key concern of the health care system. Since the road traffic accident is an important cause for morbidity and mortality, this study was taken up to find out the epidemiological factors determining the accidents. The majority of the victims are males and the sole bread earners of the family. They are greatly exposed on roads. 6,7,8,9 Frank et al. also observed a higher male: female ratio.10 Majority of the accidents took place in the city premises in the evening, night and early morning and were a result of speeding and negligence of traffic rules by the people returning from work, pubs or outing with friends and family, majority of it was result of fatigue, work place tensions, drunk driving resulting in crashing into pedestrians, dividers, barricades or other vehicles. The findings of our study coincide with other studies. 11,12,13,14 Majority of the injuries were on the face, head and neck with 53.61%. Similar was the result of study done by Wong et al. in 1980.15 Abrasion, bruises and lacerations were seen in all the cases with abrasion being most common. The lower end fractions again are attributed to the interplay of gravity and speed of the automobile during collisions, which contributes to kinetic energy production that in effect contributes to fractures. Brain damage is a significant cause of morbidity in survivors; impairment may arise regardless of the original extent of the head injury and recovering patients with brain injuries are more affected than patients with injury to other areas of the body. The reasons for a greater number of RTA cases may be due to the inadequate knowledge about road safety among people, bad condition of the roads and improper lighting of the roads at night and drunk driving.

 

CONCLUSIONS

Injury is the leading cause of death and injuries puts a rising pressure on developed world health services. The usage of motor cars is increasing globally, with the rapid urbanization, the overcrowding and inadequate observance of "road rules," becoming the standard in the developing world. The life of majority of the victims can be saved by early treatment, as the initial few hours following injury forms the critical time. Thus the injuries due to RTA can be prevented or at least can be reduced by preventing the occurrence of traffic accidents and by early hospitalization and treatment. All measures should be taken to avoid road accidents that are a significant cause of disability, mortalitiy and morbidity.

 

REFERENCES

  1. Hofman K., Primack A., Keusch G. and Hrynkow S. (2005): Addressing the growing burden of trauma and injury in low- and middle-income countries. Am J public health; 95(1):13-17.
  2. James J., Brusttil A. and Smock W. (2003): Transportation medicine. In: Forensic medicine clinical and pathological aspects, third edition, Greenwich Medical Media Ltd, London. Pp: 525-543.
  3. Burcu Bursal Duramaz, Evaluation of forensic cases admitted to pediatric intensive care unit, Turk Pediatri Ars. 2015 Sep; 50(3): 145–150. doi: 10.5152/TurkPediatriArs.2015.2399
  4. Dinesh Rao, A STUDY OF PATTERN OF INJURIES IN ROAD TRAFFIC COLLISIONS, Journal of Punjab Academy of Forensic Medicine and Toxicology 10 (2010)
  5. West JG, Trunkey DD, Lim RC. Systems of trauma care: a study in two countries. Arch Surg 1979; 114: 455-60.
  6. Mehta SP. An epidemiological study of road traffic accident cases admitted in Safdarjang Hospital, New Delhi. Indian J Med Res. 1968;56:456–66.
  7. Sathiyasekaran BW. Study of the injured and the pattern in road traffic accidents. Indian J Forensic Sci. 1991;5:63–8.
  8. 8. Ghosh PK. Epidemiological study of the victims of vehicular accidents in Delhi. J Indian Med Assoc. 1992;90:309–12.
  9. 9. Varghese M, Mohan D. New Delhi: Proceedings of the International Conference on Traffic Safety; 1991. Jan 27-30, Transportation injuries in rural Haryana, North India 1991.
  10. Frank TM. The effectiveness of bicyclists helmet: A study of 1710 casualties. J Trauma, 1993; 34:834-45 and 9-76.
  11. Jha N, Srinivas DK, Roy G, Jagdish S. Epidemiological study of road traffic cases: A study from south India. Indian Journal of Community Medicine 2004;29:20-4.
  12. Aygencel G, Mahamet K, Mahamet E, Telatar G. Review of traffic accident cases presenting to an adult emergency service Turkey. Journal Forensic and Legal Medicine 2008;15:1-6.
  13. Menon A, Pai VK, Rajeeev A. Pattern of fatal head injuries due to vehicular accidents in Mangalore. Journal Forensic and Legal Medicine 2008;15:75-7.
  14. Verma PK, Tewari KN. Epidemiology of road traffic injuries in Delhi: Result of survey. Regional Health Forum 2004;8(1):7-14.
  15. Wong TW et al.. Non-fatal injuries among motorcyclists treated as in-patients in a general hospital. Ann Acad Med Singapore, 1989; 18(6):672-4.



 

 

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