Print ISSN:-2249-8176

Online ISSN:-2348-7682

CODEN : PJMSD7

Current Issue

Year 2024

Volume: 14 , Issue: 2

  • Article highlights
  • Article tables
  • Article images

Article Access statistics

Viewed: 339

Emailed: 0

PDF Downloaded: 332


Kapoor, Kapoor, and Vaid: Incidence, etiology and location of extradural hematoma in surgically managed patients


Introduction

Traumatic brain injury (TBI) is one of the major public health issues worldwide. Extradural hematoma (EDH) is a collection of blood between the inner table of skull and duramater and occurs in 1% - 5% of TBI.

EDH is most commonly located in the temporoparietal region. EDH is mostly of arterial origin. In one third of the patients venous bleeding or oozing from the fractured skull bones can also lead to EDH.1

In classical presentation of EDH there occurs a brief loss of consciousness (LOC) and then it is followed by a lucid interval of several hours. After this obtundation with focal neurologic signs occurs.

Male gender, age group of 20-30 years, road traffic accidents, falls and physical assaults are high risk factors for traumatic EDH.2, 3

For the prevention of death or neurological morbidity in EDH patients usually a quick surgical evacuation is required.4

Materials and Methods

An epidemiological analysis of 30 patients operated upon for acute traumatic EDH over a period of one year was done. Age, gender, mechanism of injury, GCS at admission, site of hematoma and associated intracranial injuries were noted.

Inclusion criteria

EDH cases requiring surgical intervention.

Exclusion criteria

Conservatively managed EDH patients were excluded.

After taking informed consent, patients were operated under general anesthesia. The shape and size of skin incision was as per the site of the haematoma.

Craniotomy was done in all the cases. All clots were removed carefully. Small adherent clots were left. Dural hitches were taken and bone flap was kept back in all the cases and then wound closure was done in layers.

The statistical analysis was done with the software SPSS 16.0 for windows.

Results

EDH was more common (76.67%) among males than females (23.33%) in our study.

Most of the patients (50%) were in the age group of 21-41 years [Table 1].

Table 1

Age Incidence

Age Group (Years)

Frequency

Percentage (%)

0 – 20

10

33.3

21 – 41

15

50

42 – 62

5

16.7

RTA was the most common (50%) cause leading to EDH occurrence in our study, followed by fall in 46.66% and assault in 3.33%.

60% of the patients had a GCS of 13-15, 16.66% had GCS of 9-12 and 23.33% had GCS of ≤ 8 at the time of admission.

Temporoparietal EDH was the most common (36.66%) location on CT scan in our study followed by frontal region (26.66%) [Figure 1].

Figure 1

Location of EDH

https://s3-us-west-2.amazonaws.com/typeset-prod-media-server/616c14c7-dea0-42ea-a71d-95602e3d9a22image1.png

Right side EDH (53.33%) was more common than left side EDH (46.66%) on CT scan findings.

Other associated intracranial injuries observed were skull fractures in 70% of cases, followed by contusions in 20% of cases, acute subdural hematomas in 10% of cases and pneumocephalus in 6.66% of cases [Table 2].

Table 2

Associated Intracranial injuries

Associated Intracranial injuries

Frequency

Percentage (%)

Acute SDH

3

10

Skull fractures

21

70

Contusions

6

20

Pneumocephalus

2

6.66

Discussion

76.67% of patients in this study were males. In a study by Knuckey et al, male to female ratio was 3.4:1.5 Similar findings were seen in other studies.2, 3

Fights and accidents are common among males, so incidence of EDH is more among males.

Most of the patients (50%) were in the age group of 21-41 years in our study. Similar findings were seen in studies by Özkan et al and Araujo et al respectively.6, 7 People in younger age group have increased risk for head injuries and EDH occurrence. Also in older age, the meninges are usually adherent which decreases the incidence of extradural hematomas in them.

RTA was the most common (50%) cause leading to EDH occurrence in our study. Similar findings were seen in studies by Rehman et al and Phoebe et al in which RTA was the commonest mode of trauma leading to EDH occurrence in 63% and 56% of cases respectively.8, 9

Falls lead to 46.66% of EDH cases in our study. In another study by, falls constituted 30% of the cases.9

In our study, 60% had GCS of 13-15 at admission. So, most of the patients had a mild to moderate head injury in our study at the time of admission. These findings were also seen in studies by Mezue et al and Yurt et al respectively.2, 10

In our study, EDH most commonly (36.66%) occurred in the Temporoparietal region followed by frontal region in 26.66%, frontoparietal in 13.33%, parietal in 6.6%, frontotemporoparietal in 6.66%, frontotemporal in 6.66% and temporal in 3.33% of cases respectively on CT scan findings. Temporoparietal was the most common location noted in other studies also.2, 3, 6, 7

EDH was more common on the right side (53.33%) on CT scan findings than the left side (46.66%) in our study.

Other associated intracranial injuries observed in our study were skull fractures in 70% of cases, followed by contusions in 20% of cases, acute subdural hematomas in 10% of cases and pneumocephalus in 6.66% of cases. In a study by Chowdhury et al,74.09% of patients had skull fractures.3

Conclusions

EDH is one of the most serious complications of head injury.

Early diagnosis and proper management is required.

EDH is more common in men.

Most common cause being road traffic accidents, so wearing of helmets is must while riding two wheelers.

Careful interpretation of CT scan head is important to get information about the location EDH and other associated injuries before proceeding for surgical evacuation.

Urgent surgical intervention whenever indicated, improves the outcome of patients.

Conflict of Interest

The authors declare that there are no conflicts of interest in this paper.

Source of Funding

None.

References

1 

M Husain BK Ojha A Chandra A Singh G Singh A Chugh Contralateral motor deficit in extradural hematoma: Analysis of 35 patientsIndian J Neurotrauma20074141410.1016/s0973-0508(07)80010-4

2 

W C Mezue C A Ndubuisi M C Chikani D S Achebe S C Ohaegbulam Traumatic Extradural He- matoma in Enugu, NigeriaNiger J Surg201218804

3 

CN Khaled MZ Raihan FH Chowdhury ATM Ashadullah MH Sarkar SS Hossain Surgical management of traumatic extradural haematoma: Experiences with 610 patients and prospective analysisIndian J Neurotrauma2008050275910.1016/s0973-0508(08)80004-4

4 

EJ Lee YC Hung LC Wang Factors influencing the functional outcome of patients with acute epidural hematomas: analysis of 200 patients undergoing surgeryJ Trauma19984594652

5 

NW Knuckey S Gelbard MH Epstein The management of “asymptomatic” epidural hematomasJ Neurosurg1989703392610.3171/jns.1989.70.3.0392

6 

Ü Özkan S Kemaloglu M Özates A Güzel M That Analyzing Analyzing Extradural Haematomas: A Retrospective Clinical InvestigationDicle Tip Derg2007341

7 

JLV Araujo U do Prado Aguiar AB Todeschini N Saade JCE Veiga Análise epidemiológica de 210 casos de hematoma extradural traumático tratados cirurgicamenteRev do Colégio Brasileiro de Cirurgiões2012392687110.1590/s0100-69912012000400005

8 

L Rehman S Khaleeq K U Zaman Association of outcome of traumatic EDH and Glasgow Coma Scale and hematoma sizeAnn Pak Inst Med Sci2010631338

9 

PSY Cheung JMY Lam JHH Yeung CA Graham TH Rainer Outcome of traumatic extradural haematoma in Hong KongInjury2007381768010.1016/j.injury.2006.08.059

10 

I Yurt H Bezircioglu Y Ersahin F Demircivi M Kahraman S Tektas Extradural Haematoma: Analysis of 190 CasesTurkish Neurosurg19966637



jats-html.xsl

© 2021 Published by Innovative Publication Creative Commons Attribution 4.0 International License (creativecommons.org)