Peer review of trauma deaths can be used to evaluate the efficacy of trauma systems. The objective of this study was to estimate teh proportion of preventable trauma deaths and the factors contributing to poor outcome using peer review in a tertiary care hospital in a developing country.
All trauma deaths during a 2-year period (1 January 1998 to 30 December 1998) were identified and registered in a computerized trauma registry, and the probability of survival was calculated for all patients. Summary data, including registry information and details of prehospital, emergency room, and definitive care, were provided to all members of the peer review committee 1 week before the committee meeting. The committee then reviewed all cases and classified each death as preventable, potentially preventable, or non-preventable.
A total fo 279 patients were registered in the trauma registry during the study period, including 18 trauma deaths. Peer review judged that six were preventable, seven were potentially preventable, and four were non-preventable. One patient was excluded because the record was not available for review. The proportion of preventable and potentially preventable deaths was significantly higher in our study than from developed countries. Of the multiple contributing factors identified, the most important were inadequate prehospital transfer, limited hospital resources, and an absence of integrated and organized trauma care. This study summarizes the challenges faced in trauma care in a developing country.
"Similarly, a multidisciplinary panel review of traumatic deaths at a tertiary hospital in Ghana found that 60% of deaths were potentially preventable . Similar conclusions from Iran and Pakistan suggest that these findings are not isolated  . These studies imply that improving the processes of trauma care can prevent death and disability, even in centres with insufficient resources. "
[Show abstract][Hide abstract] ABSTRACT: Introduction:
Prospective clinical audit of trauma care improves outcomes for the injured in high-income countries (HICs). However, equivalent, context-appropriate audit filters for use in low- and middle-income country (LMIC) district-level hospitals have not been well established. We aimed to develop context-appropriate trauma care audit filters for district-level hospitals in Ghana, was well as other LMICs more broadly.
Consensus on trauma care audit filters was built between twenty panellists using a Delphi technique with four anonymous, iterative surveys designed to elicit: (i) trauma care processes to be measured; (ii) important features of audit filters for the district-level hospital setting; and (iii) potentially useful filters. Filters were ranked on a scale from 0 to 10 (10 being very useful). Consensus was measured with average percent majority opinion (APMO) cut-off rate. Target consensus was defined a priori as: a median rank of ≥9 for each filter and an APMO cut-off rate of ≥0.8.
Panellists agreed on trauma care processes to target (e.g. triage, phases of trauma assessment, early referral if needed) and specific features of filters for district-level hospital use (e.g. simplicity, unassuming of resource capacity). APMO cut-off rate increased successively: Round 1 - 0.58; Round 2 - 0.66; Round 3 - 0.76; and Round 4 - 0.82. After Round 4, target consensus on 22 trauma care and referral-specific filters was reached. Example filters include: triage - vital signs are recorded within 15min of arrival (must include breathing assessment, heart rate, blood pressure, oxygen saturation if available); circulation - a large bore IV was placed within 15min of patient arrival; referral - if referral is activated, the referring clinician and receiving facility communicate by phone or radio prior to transfer.
This study proposes trauma care audit filters appropriate for LMIC district-level hospitals. Given the successes of similar filters in HICs and obstetric care filters in LMICs, the collection and reporting of prospective trauma care audit filters may be an important step towards improving care for the injured at district-level hospitals in LMICs.
"The undue delay in the referred group was due to the multiple referrals and unnecessary distances traveled due to lack of triage and transfer protocols. This chaos in prehospital care is expected as no national or regional guidelines exist for triage, patient-delivery decisions, prehospital treatment plans, and inter hospital transfer protocol in India and other developing countries like Pakistan. Unfortunately, development of prehospital and institutional trauma care does not always grow in a coordinated manner. "
[Show abstract][Hide abstract] ABSTRACT: The three pillars of a good trauma system are the prehospital care, definitive care, and rehabilitative services. The prehospital care is a critical component of the efforts to lower trauma mortality.
To study the prehospital profile of patients who died due to trauma, compute the time taken to reach our facility, find the cause of delay, and make feasible recommendations.
A hospital-based study was performed at a trauma center in Puducherry from June 2009 to August 2010. Puducherry is a union territory of India in the geographical terrain of the state of Tamil Nadu. A total of 241deaths due to trauma were included. Apart from the demographic and injury characteristics, a detailed prehospital log was constructed regarding the time of incident, the referral patterns, care given in the prehospital phase, the distance travelled, and the total time taken to reach our center.
The majority (59%) of patients were referred, with stopovers at two consecutive referral centers (30%), needing at least two vehicles to transport to definitive care (70%), clocking unnecessary distances (67%), and delayed due to non therapeutic intervention (87%). The majority of deaths (66%) were due to head injury. Only 2.96% of referred cases reached us within the first hour. Few of the patients coming directly to us had vehicle change due to local availability and lack of knowledge of predestined definitive care facility. Overall, 94.6% of direct cases arrived within 4 h whereas 93.3% of referred cases required up to 7 h to arrive at definitive care.
Seriously injured patients lose valuable prehospital time because there is no direction regarding destination and interfacility transfer, a lack of seamless transport, and no concept of initial trauma care. The lack of direction is compounded in geographical areas that are situated at the border of political jurisdictions.
Journal of Emergencies Trauma and Shock 07/2013; 6(3):164-70. DOI:10.4103/0974-2700.115324
"Pakistan is a developing country in need of effective emergency medical care [5,6]and data from Pakistan clearly indicates this need. According to a study on the burden of disease in Pakistan diarrhea, lower respiratory infections, ischemic heart disease, septicemia, and injuries are among the top 15 causes of premature deaths . "
[Show abstract][Hide abstract] ABSTRACT: Emergency Medical Care is an important component of health care system. Unfortunately it is however, ignored in many low income countries. We assessed the availability and quality of facility-based emergency medical care in the government health care system at district level in a low income country - Pakistan.
We did a quantitative pilot study of a convenience sample of 22 rural and 20 urban health facilities in 2 districts - Faisalabad and Peshawar - in Pakistan. The study consisted of three separate cross-sectional assessments of selected community leaders, health care providers, and health care facilities. Three data collection instruments were created with input from existing models for facility assessment such as those used by the Joint Commission of Accreditation of Hospitals and the National Center for Health Statistics in USA and the Medical Research Council in Pakistan.
The majority of respondents 43/44(98%), in community survey were not satisfied with the emergency care provided. Most participants 36/44(82%) mentioned that they will not call an ambulance in health related emergency because it does not function properly in the government system. The expenses on emergency care for the last experience were reported to be less than 5,000 Pakistani Rupees (equivalent to US$ 83) for 19/29(66%) respondents. Most health care providers 43/44(98%) were of the opinion that their facilities were inadequately equipped to treat emergencies. The majority of facilities 31/42(74%) had no budget allocated for emergency care. A review of medications and equipment available showed that many critical supplies needed in an emergency were not found in these facilities.
Assessment of emergency care should be part of health systems analysis in Pakistan. Multiple deficiencies in emergency care at the district level in Pakistan were noted in our study. Priority should be given to make emergency care responsive to needs in Pakistan. Specific efforts should be directed to equip emergency care at district facilities and to organize an ambulance network.
BMC Emergency Medicine 02/2008; 8(1):8. DOI:10.1186/1471-227X-8-8
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