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Public health experts worldwide concede that there is a global epidemic of road traffic accidents (RTA). Globally, RTA is the leading cause of injury-related deaths. In Nigeria, injuries and deaths resulting from RTA are on the rise and are Nigeria's third-leading cause of overall deaths, the leading cause of trauma-related deaths and the most common cause of disability. Do RTA constitute a public health problem in Nigeria? If so, is there a pragmatic approach to combat this problem? A systematic literature search using the advanced features of various databases such as PubMed, Scopus, Embase, Google, and directory of open access journals was carried out using the key words “ RTA, public health problem, government response, Nigeria.” Out of initial 850 articles retrieved from the search 15 articles that suited the study were included in this review. There is need to view RTA s as an issue of urgent national importance that needs urgent attention aimed at reducing the health, social, and economic impact. Policy makers at the various levels of government need to recognize this growing problem as a public health crisis and design appropriate policy responses that will back up with meticulous implementation.
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© 2017 Annals of Medical and Health Sciences Research | Published by Wolters Kluwer - Medknow 199
Address for correspondence:
Dr. Onyemaechi NOC,
Department of Surgery, University
of Nigeria Teaching Hospital,
Ituku‑Ozalla, Enugu, Nigeria.
E‑mail: bisionyemaechi@yahoo.com
Introduction
According to data recently released by the World Health
Organization (WHO),[1] an estimated 55 million people died
worldwide in the year 2011. Of these, 1.3 million were due to
road injuries, equating to roughly 3500 each day from road
trafcinjuries.Bythesestatisticsroadtrafcaccidents(RTA)
ranked among the top 10 leading causes in 2011, a reality
that was not existent a decade ago almost at par with chronic
diseases such as HIV/AIDS and diabetes mellitus. By 2030, car
accidentswillbethefthleadingcauseofdeathintheworld,
if this trend were to continue.[2] Globally, RTA is the leading
cause of injury-related deaths.[3]
Public health experts worldwide concede that there is a
global epidemic of RTA. The incidence, however, is higher
in developing countries.[4-7] According to the WHO, low- and
middle‑incomecountriesaccountedfor 92% of road trafc
deaths but had only 53% of registered vehicles in 2011. In
Nigeria, injuries and deaths resulting from RTA are on the
rise,[8,9] and account for the highest proportion of deaths on the
Africa continent. Road accidents are Nigeria’s third-leading
cause of overall deaths, the leading cause of trauma-related
deaths and the most common cause of disability.[10-13] According
to the WHO, the country has 1042 deaths a year for every
100,000 vehicles, one of the highest rates of road fatalities
in the world; the equivalent gures for the United States
and Britain are 15 and 7, respectively.[14] Statistics show
that there is a rising incidence of RTA in Nigeria and other
developing countries with adverse physical and socioeconomic
implications. However, there is yet to be a comprehensive
and integrated approach to combat this menace. For effective
interventions to be developed, the process begins with
The Public Health Threat of Road Trac Accidents in
Nigeria: A Call to Acon
Onyemaechi NOC, Ofoma UR1
Department of Surgery, University of Nigeria Teaching Hospital, Ituku‑Ozalla, Enugu, Nigeria, 1Department of Critical
Care Medicine, Geisinger Medical Center, Danville, PA, USA
Abstract
Public health experts worldwide concede that there is a global epidemic of road traffic
accidents (RTA). Globally, RTA is the leading cause of injury‑related deaths. In Nigeria,
injuries and deaths resulting from RTA are on the rise and are Nigeria’s third‑leading cause
of overall deaths, the leading cause of trauma‑related deaths and the most common cause of
disability. Do RTA constitute a public health problem in Nigeria? If so, is there a pragmatic
approach to combat this problem? A systematic literature search using the advanced features
of various databases such as PubMed, Scopus, Embase, Google, and directory of open access
journals was carried out using the key words “ RTA, public health problem, government
response, Nigeria.” Out of initial 850 articles retrieved from the search 15 articles that suited
the study were included in this review. There is need to view RTA s as an issue of urgent
national importance that needs urgent attention aimed at reducing the health, social, and
economic impact. Policy makers at the various levels of government need to recognize this
growing problem as a public health crisis and design appropriate policy responses that will
back up with meticulous implementation.
Keywords: Nigeria, Public health problem, Road trac accidents
Review Article
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DOI:
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How to cite this article: Onyemaechi N, Ofoma UR. The public health
threat of road trafc accidents in Nigeria: A call to action. Ann Med Health
Sci Res 2016;6:199-204.
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Onyemaechi and Ofoma: Road trafc accidents and public health in Nigeria
200 Annals of Medical and Health Sciences Research | Volume 6 | Issue 4 | July-August 2016 |
providing an explicit statement of questions using the PICO
modelofproblemidentication,interventions,comparisons,
and outcome.
Methods of Literature Search
A web-based literature search using the advanced features
of various databases such as PubMed, Scopus, Embase,
Google, and directory of open access journals was carried
out independently by the two reviewers. The key words used
were: RTA, public health problem, government response,
Nigeria. Only studies published in English before the time
of search, September 2014 were included in the study.
The search retrieved 850 results. Data from these studies
were extracted and assessed for inclusion. The criteria for
inclusion in the review were: clinical and epidemiological
studieson RTA,studies thatfocusedon roadtrafcsafety
and prevention of RTA. A total of 15 articles that suited the
study formed the evidence base on which this call for action
is founded. In addition to the published articles, 10 website
resources were also used. Figure1showstheowchartof
the article selection process. The risk of bias of the study
was assessed using the Cochrane Collaboration’s tool for
assessment of risk of bias. Table 1 shows the characteristics
of the selected studies.
Why Does Road Trafc Accidents Deserve
the Government’s Time, Energy and
Focus?
In Nigeria, injuries and deaths resulting from RTA are on the
rise and are Nigeria’s third-leading cause of overall deaths, the
leading cause of trauma-related deaths and the most common
cause of disability.[11] The situation is especially problematic in
Nigeriabecauseofpoortrafcinfrastructure,poorroaddesign,
poorenforcementof trafc rules and regulations, a rapidly
growing population, and subsequent number of people driving
cars.As Nigeria’s economy grows, the volume of trafc is
expected to rise, from 8 million vehicles in 2013–2040 million
by 2020.[14]
RTA has physical, social, emotional, and economic
implications. Fatalities, physical disability, and morbidity
from road accidents predominantly affect the young and the
economically productive age groups.[15-17] Survivors often
endure a diminished quality of life from deformities and
disabilities, posttraumatic stress and lost personal income, in a
country not well known for exceptional rehabilitation services.
The rest of the populace lives in perpetual and pervasive fear
of traveling occasioned by not feeling safe on the roads. The
Figure 1: Flowchart of article selection process
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Onyemaechi and Ofoma: Road trafc accidents and public health in Nigeria
Annals of Medical and Health Sciences Research | Volume 6 | Issue 4 | July-August 2016 | 201
overall effects of these injuries constitute social economic and
psychological losses of great magnitudes.
In 2003, the direct global economic cost of RTA was estimated
at USD 518 billion/year with USD 100 billion of that occurring
in poor developing countries.[18] The WHO estimates the
national cost of RTA to be between 1% and 3% of the gross
domestic product.[19] In Nigeria, about 80 billion naira is lost
to RTA annually.[20] This economic cost includes the cost of
property and public amenity damaged, the cost of medical
treatment, and the cost of productivity lost due to the accident.
This is a huge economic loss particularly for a country plagued
with poverty.
Despite the statistics of RTA in Nigeria, it has not received
all the attention it deserves. There is need to view RTA as an
issue of urgent national importance that needs urgent attention
aimed at reducing the health, social, and economic impact.
Policy makers at the various levels of government need to
recognize this growing problem as a public health crisis and
design appropriate policy responses that will back up with
meticulous implementation.
Response by the Nigerian Government
Following a critical survey of the increasing burden of RTA
on the world economy, the UN general assembly in 2010
adopted a resolution which proclaimed a decade of action
for road safety.[21] The goal of the decade (2011–2020) is
to stabilize and reduce the increasing trend in road trafc
fatalities, saving an estimated 5 million lives over this period.
To guide countries on taking concrete national level actions
to achieve this goal, a global plan of action was developed.[22]
This provides a practical tool to help governments develop a
national plan of action. National activities should be based
on 5 key pillars which include: road safety management,
safer roads and mobility, safer vehicles, safer road users,
and postcrash response. We will assess the response of the
Nigerian government to the public health threat of RTA using
these yardsticks.
Road safety management
The government response to road safety management can
be evaluated by examining the institutional and legislative
frameworks. The Federal Road Safety Commission (FRSC) is
the lead agency in Nigeria on road safety administration that
was established in 1988. Their statutory functions include:
making the highways safe for motorists and other road
users; recommend works and infrastructures to eliminate or
minimize accidents on the highways and educating motorists
and members of the public on road discipline. They also have
themandatetoprosecutepersonswhohavecommittedtrafc
offenses.
It must be admitted that the FRSC has done a lot of work on
roadsafety campaigns and implementation of trafc safety
regulations in Nigeria. Before their establishment, there
was no concrete and sustained policy action to address the
road safety question. Earlier attempts by some states and
other government agencies were isolated and uncoordinated.
However,withstaffstrengthofabout18,000menandofcers,
it would appear that the commission is currently overwhelmed
with the task of keeping Nigerian roads safe. Poor funding,
lack of motivation, and corruption are some of the challenges
facing the commission. The public awareness and road safety
campaigns must be robust and sustained all-round the year and
not limited to only festive seasons as is currently the practice.
Theenforcementof the existingtrafcsafetylaws must be
pursued vigorously and offenders severely punished to serve
as a deterrent to other road users.
Intermsoflegislativeframework,manytrafc safety laws
exist in Nigeria, but their enforcement remains poor. Data
from the WHO global health observatory repository 2011
Table 1: Summary of the characteristics of the included articles
Number Authors Year of publication Country Study type Study sub‑type
1 Krug et al. 2000 USA Epidemiological Noninterventional
2 Odero et al. 1997 Kenya Epidemiological Noninterventional
3 Nordberg et al. 2000 Kenya Epidemiological Noninterventional
4Asogwa et al. 1978 Nigeria Epidemiological Noninterventional
5Ezenwa et al. 1986 Nigeria Clinical Noninterventional
6 Ekere et al. 2004 Nigeria Clinical Noninterventional
7 Nwadinigwe et al. 2005 Nigeria Clinical Noninterventional
8 Solagberu et al. 2003 Nigeria Clinical Noninterventional
9 Akinpelu et al. 2006 Nigeria Clinical Noninterventional
10 Labinjo et al. 2009 Nigeria Epidemiological Noninterventional
11 Julliard et al. 2010 Nigeria Epidemiological Noninterventional
12 Marburger et al. 1987 Germany Epidemiological Noninterventional
13 Routley et al. 2007 China Epidemiological Noninterventional
14 Evans et al. 1996 USA Epidemiological Noninterventional
15 Oluwadiya et al. 2005 Nigeria Clinical Noninterventional
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Onyemaechi and Ofoma: Road trafc accidents and public health in Nigeria
202 Annals of Medical and Health Sciences Research | Volume 6 | Issue 4 | July-August 2016 |
show that Nigeria has a seat belt law which is applicable to
drivers only.[23] There is also drink-driving law which is hardly
enforced. At present, there is no child restraint law in existence,
but there is a national speed limit law for both urban and rural
roads of 50 km/hour. A law on the use of motorcycle helmet
for all passengers and applicable to all road types exists, but
the level of enforcement is very low. There is a need for a
child restraint law in Nigeria, and the law on seat belt must be
reviewed to apply to all occupants. Above all, the enforcement
of all these laws must not be compromised in order to achieve
the desired results.
Safer roads and mobility
A journey through the highway and major roads in Nigeria,
particularly in the South-Eastern region, reveals that the road
infrastructure is in great disrepair.
With a total of road network of 194,394 km, Nigeria has the
largest road network in Sub-Saharan Africa. Most of these
roads were built more than 30 years ago when the volume of
vehiculartrafcwaslow,andtherewerealternativemeansof
transportation such as railways. However, the rate of increase
invehiculartrafchasnotbeenmatchedwithacommensurate
rate of road construction.
In addition, with a moribund railway systems and waterways as
alternative means of transportation, the burden on the roads has
continued to increase as a result of increased motorization. The
resultant effect is the breakdown of roads and increased rate of
road crashes. The current rehabilitation of road and railways by
the government will hopefully create safer roads and open up
alternative means of transportation and consequently decrease
the rate of road crashes in Nigeria.
Safer vehicles
The use of old and rickety vehicles that are not roadworthy
contributessignicantlytotherateofroadcrashesinNigeria.
In 2004, the national vehicle inspection scheme (a component
of road transport safety standardization scheme) created by
lawintheNationalRoadTrafcRegulationswasintroduced
to ensure that only roadworthy vehicles are allowed to ply the
roads.[24] It involves routine vehicle inspection on the highways
as well as postcrash inspection. The FRSC and the vehicle
inspectionofcerscollaborateinthisresponsibility.However,
the law in its current form applies only to eet operators,
i.e., organizations, companies, government ministries
and agencies, and road transport company owners with a
minimumof5vehiclesintheir eet. The smaller transport
companies (with <5 vehicles), privately owned vehicles and
other means of road transport such as tricycles and motorbikes
were not captured in this law. This is a major shortcoming in
this law because any unsafe vehicle on the road constitutes
a hazard to every road user. It, therefore, requires an urgent
review and judicious enforcement with appropriate punishment
for erring motorists.
Data from global health observatory repository of the WHO
show that Nigeria has an estimated 12.5 million registered
vehicles.[23] This number is very high when compared with
the gure from other countries with similar demographic and
socioeconomic statistics such as Pakistan and Bangladesh.
This gure may be traceable to government’s review in 2010
of the ban on importation of used vehicles by increasing the
age limit from 10 to 15 years. This policy may have paved the
way for the importation of old vehicles that are not roadworthy
into the country with consequent increased motorization and
increased rate of road crashes. There must be a strict regulation
of importation of vehicles in Nigeria to ensure that only safe
vehicles are brought into the country.
Safe road users
Theawareness andadherenceto trafcsafety regulationby
road users is an important factor in reducing the frequency
of RTA. The enforcement of road safety laws like the use of
seatbelthasbeenassociatedwithsignicantreductioninthe
fatality and severity of injury after a road crash.[25-29] Although
road safety laws exist in Nigeria, the level of implementation
by road users is quite low.
There is need to ensure that only drivers who are trained
and certied are allowed to drive in Nigeria. Sadly,this
responsibility of the FRSC has not been effectively discharged.
Individualsareissueddriver’slicensewithoutanycertication
oftheirdrivingcompetenceandtnesstotheextentthateven
blind or lame persons may be in possession of driver’s license.
The citizens more or less see a driver’s license as a tool for
identicationandnotforthepurposeforwhichitisintended.
Theconsequenceisthatincompetentanduntpersonsmaybe
certiedtodriveandthiscouldspelldisaster.Aboveall,public
enlightenment programs aimed at educating road users on the
safe use of roads should be vigorously pursued.
Postcrash response
After a road crash, an organized prehospital care, as well as
prompt medical attention, has proven to reduce the morbidity
and mortality among the victims.[30] In Nigeria, the state of
posttrauma response is very poor.[31,32] Only a few cities such as
Abuja, Lagos, and Port-Harcourt have an organized emergency
medical service. The FRSC is also ill-equipped to carry out
this responsibility.
Solagberu et al.[31] in their study in Ilorin described a poor state
of prehospital care of accident victims in Nigeria. Only 40.4%
oftheroadtrafcvictimswerebroughttothehospitalbyeither
the Police or FRSC. None of the victims was brought to the
hospital with airway protection or support of circulation of
equipment. The policy of building so called “Accident Clinics”
onthehighwaysbytheFRSCforgivingrstaidtothevictims
of RTA in our opinion constitutes misplaced priority and waste
of resources. These clinics lack the necessary personnel and
facilities to care for these victims. These resources could be
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Onyemaechi and Ofoma: Road trafc accidents and public health in Nigeria
Annals of Medical and Health Sciences Research | Volume 6 | Issue 4 | July-August 2016 | 203
well utilized in training of their personnel in rescue operations
and provision of state of the art equipment for effective
emergency medical services.
At the moment, there are only 3 national orthopedic hospitals
and one national trauma center in Nigeria. This number is
grossly inadequate to cope with the burden of trauma arising
from road traffic crashes in a country of approximately
160 million people. There is a need for the establishment of
more trauma centers dedicated to trauma care. In fact, all the
tertiary health institutions in the country should be designated
national trauma centers and subsequently equipped for effective
trauma care services. This will help to provide the much needed
posttrauma care to the rising number of RTA victims.
In addition, healthcare should be made easily accessible to all
citizens of Nigeria through a comprehensive health insurance
scheme. This will enable RTA victims to access healthcare
without having to pay by “out of pocket” method for their
treatment, a practice which has compelled the poor victims
to seek alternative care from the traditional bonesetters with
attendant complications.
What Can Physicians Do? The Public
Health Approach
Complex problems require well thought out and methodical
solutions. In the health domain, solutions to public health
problems deserve to be approached from a public health
perspective. The Centers for Disease Control and Prevention
describethepublichealthapproachasafour‑stepmodel:dene
the problem, identify risk and protective factors, develop and
test prevention strategies, and ensure widespread adoption of
effective programs.[33] The public health approach has resulted
in a successful reduction in motor vehicle deaths in developed
countries.[34]
Dening the problem
Despite Nigeria’shigh burden of RTAs,dening the full
magnitude of the problem has been hampered by a lack
of systematic information and robust empirical scientic
data. There is very limited information on national patterns,
distribution, and outcomes of RTAs across the country. For
many published studies relating to RTAs in Nigeria are limited
to single hospital or urban settings.[15,35,36] Even the statistics of
Nigerian deaths from RTAs provided by the WHO are hugely
approximated.
Lack of systematic data generation mechanisms both at the
national and state level leads to limitations in designing
appropriate intervention strategies to deal with the problem
in the country. Nigeria does not have an established national
trafcaccidentdatabase.Thereisnoframeworkforaccurate
reporting of road trafc incidents, involved casualties, the
probable physical and environmental determinants of each
accident, where they occurred, under what circumstances.
Thesearecrucialandimportantscienticdataelementsthat
constitute a trauma database.
Adopting a public health approach with a view to tackling
Nigeria’s RTA burden mandates the creation of data systems
that provide detailed, robust, consistent, and comparable
information across accident sites nationwide over time.
Analyses of such data will be crucial for highlighting the
problem and for developing, testing, targeting, and evaluating
interventions. Research efforts must also be channeled toward
improving our understanding of the societal implications of
the social and economic consequences of deaths, injuries and
long-term disabilities from RTAs.
Physicians have a role and responsibility to protect and
safeguard health. The health of the public is not an exception
to this role. Worldwide, physicians have been at the frontline
of public health advocacy with respect to health promotion
strategies such as smoking bans, seat belt use, and other
aspects of road injury mitigation. Nigeria is Africa’s most
populous country and our raw RTA statistics are pretty much
unacceptable. As a matter of urgency, Nigeria’s physician
bodies should initiate advocacy efforts directed at engaging
the Ministry of Health, nongovernmental organizations, other
health-care providers, industry and other stakeholders toward
efforts geared at establishing a national trauma database for
systematic data generation and creation of a national platform
to aggregate research inputs and resources. These efforts must
besimultaneouslyaccompaniedbyintensiedandrefocused
efforts by the government and other stakeholders at other
interventions to mitigate the problem of RTAs, including mass
safety awareness and educational initiatives targeted at key
demographic groups, improvements in access to healthcare
and in trauma management systems to reduce the intensity
of injuries suffered by the victims. According to the WHO,
low- and middle-income countries account for 92% of road
trafcdeathsworldwide.Nigeriahasonlybeenusedasacase
study to exemplify the burden of RTA. Therefore, many of the
features raised in this call for action are applicable to other
low-income countries.
Conclusion
There is an increasing burden of RTA and injury-related
deaths globally. Nigeria has one of the highest rates of road
trafcfatalitiesintheworld.Theresponseofthegovernment
in controlling this scourge has been inadequate. By taking a
public health approach to the prevention of RTA, we have the
opportunitytohaveabroaderinuenceonthephysical,social,
emotional, and economic manifestations of this scourge. We
can use data generated systematically to identify the burden
and risk factors, design and test interventions that will address
these, and then translate the interventions for implementation
in the community.
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Onyemaechi and Ofoma: Road trafc accidents and public health in Nigeria
204 Annals of Medical and Health Sciences Research | Volume 6 | Issue 4 | July-August 2016 |
Financial support and sponsorship
Nil.
Conicts of interest
Therearenoconictsofinterest.
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... Drivers' health risks can result in critical safety factors that extend beyond vehicles indoors, such as road traffic accidents and mortality. Reports have indicated the high death tolls associated with RTA in middle-income countries, whereas most are developing tropics and SSA; for instance, in Nigeria, road traffic accidents (RTA) have been reported as the 3rd highest factor for fatality [179]. There is a dire need to ensure safer cabins for drivers in these regions. ...
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This systematic literature review (SLR) focuses on indoor environmental quality (IEQ) in passenger transport vehicles within tropical and subtropical regions. It specifically examines indoor air quality (IAQ), thermal comfort (TC), acoustic comfort (AC), and visual comfort (VC) of passenger vehicle cabins (PVCs) in auto rickshaws, sedans, trucks, bus rapid transits (BRTs), buses, trains, trams, metro systems, aircraft and ferries of tropical and subtropical regions. The SLR used the PRISMA approach to identify and review scientific studies between 2000 and 2024 on the IEQ of PVCs in the tropics. Studies reviewed were found in SCOPUS, Web of Science, Science Direct, and EBSCO databases including relevant citation references. Findings reveal a significant geographical imbalance in research, with most studies concentrated in tropical Asia (78.2%), while sub-Saharan Africa (8.2%), South America (11.8%), and Oceania (1.8%) are considerably underrepresented. In 113 studies, most addressed IAQ and TC but limited attention to AC and VC. Moreover, fewer studies have jointly addressed all the IEQ parameters, highlighting the need for a more comprehensive approach to IEQ for tropical PVCs. Several studies alluded to in-cabin commuter risk linked to PM2.5, PM10, carbon monoxide (CO), and volatile organic compounds (VOCs). These risks are exacerbated by traffic hotspots, poor ventilation, ambient pollution, overcrowding, and poor vehicle conditions. Additionally, thermal discomfort is compounded by extreme heat loads, inefficient HVAC systems, and high vehicle occupancy. Common gaps include a paucity of IEQ studies and inadequate IEQ regulations or adapted standards in developing tropics. Infrastructural and regulatory deficiencies have been identified, along with strategies for mitigation. Recommendations are for more holistic IEQ studies in the tropics, including exposure studies for emerging gaps in new indoor pollutants, integration of AI and IoT for sustainable ventilation strategies, and development of effective regulatory frameworks considering region-specific conditions. Finally, Policymakers are encouraged to establish localized IEQ standards, enforce regulations, and prioritize upgrades to transport infrastructure. The SLR findings emphasize the urgent need for targeted interventions in developing tropical regions to address disparities in IEQ, ensuring healthier and more sustainable transport environments that could be replicated across transport systems worldwide.
... Accidents occurring on the road, involving pedestrians and/or vehicles, are defined as road traffic accidents (RTAs) [2]. RTA is one of the top ten leading causes of death worldwide and its incidence is higher in developing countries [3]. The number of accidents and deaths by road traffic has increased around the world [4]. ...
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Road Traffic Accidents (RTAs) are an alarming cause of many deaths and injuries. It is considered a major public health issue. Multiple families have been engraved due to RTAs. Researchers from all over the world are focusing on RTAs because it is a challenging issue. In developed countries, RTAs have been minimized and are being controlled via modern methods of computer science. Similarly, people in Pakistan are facing RTA as their major issue gulping hundreds of lives every day and thousands yearly.
... Among these actions are public awareness campaigns, infrastructural upgrades, and the enforcement of traffic laws. [7] But it is critical to assess how well these therapies work, particularly in connection to catastrophic head injuries and intracranial hemorrhages. [8] In Uttar Pradesh, India, research is being done to assess the efficiency of traffic safety measures and their influence on the distribution and pattern of intracranial hemorrhages in fatal head injury patients. ...
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Introduction In Uttar Pradesh, India, there are many fatal head injuries as a result of road traffic accidents (RTAs). Studying the pattern and distribution of intracranial hemorrhages, a frequent complication of severe head trauma might provide vital information on the efficacy of traffic safety regulations. To improve road safety tactics and lower fatal head injuries in Uttar Pradesh, this study intends to assess the effect of road safety measures on the frequency and distribution of intracranial hemorrhages in fatal head injury patients. Aim This study’s objective is to assess the influence of current road safety initiatives on intracranial bleeding distribution and patterns in fatal head injury cases in Uttar Pradesh. Methodology The 604 RTA cases with head injuries that were brought to the mortuary of the S.R.N. Hospital in Prayagraj for a medical-legal postmortem assessment over the course of a year, from April 2021 to March 2022, make up the entirety of this prospective study. Following receiving institutional ethical approval and informed consent, structured interviews with attendees utilizing a questionnaire were done to gather the data. Result The results show that certain traffic safety measures have reduced the frequency of fatal head injuries in RTAs. A decreased incidence of intracranial hemorrhages was linked to improved traffic infrastructure, including well-planned junctions, pedestrian crossings, and distinct bicycle lanes. Similar results were shown in serious head injuries when traffic restrictions including speed limits, seat belt use, and helmet legislation were strictly enforced. Conclusion There are still issues with fatal brain injuries from car accidents, despite some encouraging results. Safety legislation violations, a lack of public knowledge, and inadequate enforcement all contribute to the issue. Disadvantaged groups like walkers and users on two-wheelers continue to be especially susceptible. The results of this investigation offer important new understandings of the efficiency of traffic safety measures and their influence on the distribution and pattern of cerebral hemorrhages in Uttar Pradesh, India. The results point to the necessity of improved public education efforts and traffic safety laws. More research and focused interventions are required to address specific risk factors among various road user groups. This will result in a safer driving environment and a decline in catastrophic brain injuries.
... In the world, traffic accidents rank among the top ten leading causes of death [1] . The first pedestrian death was officially documented in 1899, and since then, the incidence has increased [2] up till now when there is an average of one fatal traffic accident worldwide every 50 seconds and one injury each two seconds [3] . ...
... [13] This economic loss includes the costs of property damage, medical treatment, and the loss of productivity due to the accidents. [14] Sub-Saharan Africa has the highest road injury death rate of all regions in the world. The road injury death rates in western sub-Saharan Africa are more than four times those in Western Europe, which is the region with the lowest road injury death rate globally, according to a report. ...
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Background Road traffic injuries (RTIs) constitute a major economic and health challenge globally, particularly in developing countries. Nasarawa state, north-central Nigeria, is heavily motorised due to the use of motorcycles as a popular means of transportation. The study aims to determine the pattern and prevalence of RTIs within the state. Materials and Methods A 6-year retrospective study was conducted at the Dalhatu Araf Specialist Hospital (DASH) in Lafia, Nasarawa state. Data were obtained from the medical records of patients admitted with RTIs at the hospital and were analysed using the Statistical Package for the Social Sciences version 26. Results A total of 929 patients with 1307 injuries were reported. There were 518 (55.8%) males and 411 (44.2%) females, with a male-to-female ratio of 1.3:1. The age of the patients ranged from 1–85 years, with a mean age of 30 ± 20 years. Young adults aged 18–44 years constituted the most injured age group. Motorcycle-related crashes accounted for injuries in 530 (57.1%) patients. These injuries were predominantly traumatic brain injuries (TBIs) and extremity injuries. The body region most affected was the head and face (560, 42.8%), with traumatic brain injuries (448, 32.7%) being the most common type. After treatment, most patients (571, 61.5%) were discharged home, while the mortality rate was 2.4%. Conclusion In our study, motorcycle-related crashes were prevalent. Young adult males were mostly the victims of RTIs. Traumatic brain injuries and extremity injuries were the predominant types of injuries, often associated with motorcycle and pedestrian crashes. Multisystem injuries and TBIs were major factors contributing to mortality.
... The lack of large tertiary trauma hospitals, trained medical professionals, medical facilities, ambulatory services, and central locations contribute to a greater rate of death in rural areas versus non-rural areas of Pakistan. 4,5,6 It is estimated that 25% of all trauma patients die from blunt or penetrating thoracic trauma. 7 Therefore, a crucial part of managing a multi-trauma patient is assessing for and treating chest trauma as soon as possible. ...
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... Adopting a public health approach with a view to tackling the problem of bone fractures should trigger the creation of a data system that provides detailed, robust, consistent and comparable information nationwide, from time to time. Analyses of such data will be crucial for highlighting the magnitude of the problem and for developing, testing, targeting, and 8 evaluating interventions. Epidemiological studies of FFs are of great importance in the management of fractures as the information obtained will be used to plan the treatment, define priorities, and enhance the understanding of the challenging subgroups of 9 traumas. ...
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Road Traffic Incidents (RTIs) are a major public health concern worldwide, particularly in low-income to middle-income regions such as sub-Saharan Africa. Data from sub-Saharan Africa suggests that the public transport industry accounts for the majority of fatal crashes that contribute to the high mortality and morbidity associated with RTIs. In this viewpoint, we advocate for integrated and comprehensive evidence-based health and safety interventions to address the challenge of RTIs in the public transport industry in sub-Saharan Africa. We provide evidence on the magnitude of the problem drawing on the state of mortality and morbidity and reported challenges associated with RTIs in the minibus taxi industry in South Africa as this is the most common mode of public transport in the region.
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1,2 Ujaddughe, O.M.; 3 Eseine, D.O.; 4 Aimua, H.I.; 5 Eseine-Aloja, C.E.; 6 Okodaso, H.A.; 7 Eseine, C.O.; 8 Ebhojaye, K.I.; 2 Izunya, A.M.; 9 Ujaddughe M. E. Abstract BACKGROUND AND AIM: Humeral fractures are among the most common fractures occurring today. In Nigeria, humeral fractures have been reported to account for nearly 3% of all fractures in adults and for about 20% of all fractures in some populations. This is expected to triple in the next three decades. This study aimed to assess the pattern of humeral fractures in Irrua Specialist Teaching Hospital (ISTH), Irrua, between January 1, 2020, and December 31, 2021, to provide baseline epidemiological data that can help practitioners prepare for effective treatment and management of humeral fractures. MATERIALS AND METHOD: The study was a retrospective descriptive study of records of humeral fracture patients who had x-rays done to determine the pattern of humeral fractures while being managed at ISTH, Irrua over the 2 years. All 35 cases that met the inclusion criteria were selected for the study. The resulting data was analyzed using Microsoft Excel and presented in distribution tables. RESULTS AND CONCLUSION: The result of this study shows that the incidence of humeral fracture was higher in males, while the adult age group (18 to 59 years) was the most affected by humeral fractures (n = 23, 65.70%). Road Transport Accidents were the leading cause of humeral fractures (n = 25, 71.40%) while the midshaft fractures of the humerus were more prevalent. There is a need for those in charge of healthcare planning at ISTH, Irrua to ensure that equipment and manpower needed for the treatment of humeral fractures are readily available and traffic authorities could devise means of reducing the incidence of Road Transport Accidents.
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Road traffic injury (RTI) is the leading cause of death in persons aged 10-24 worldwide and accounts for about 15% of all male deaths. The burden of RTI is unevenly distributed amongst countries with over eighty-fold differences between the highest and lowest death rates. Thus the unequal risk of RTI occurring in the developing world, due to many reasons, including but not limited to rapid motorization and poor infrastructure, is a major global challenge. This editorial highlights a number of key issues that must inform programs designed to prevent RTI in the developing world, where the epidemic is all the more insidious. Firstly, road safety is a development issue; secondly, road traffic injury is a major health issue; thirdly, road traffic injuries can be prevented by the implementation of scientific measures; fourth, pre-hospital and hospital emergency care is needed; and fifth, research on RTI is neglected in low-income and middle-income countries. The repercussion of such progress to Peru is also discussed.
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Road traffic injuries (RTIs) are increasingly contributing to the burden of disease in sub-Saharan Africa, yet little is known about the economic consequences and disability associated with them. To explore cost and disability consequences of RTIs in Nigeria. A population-based survey using two-stage stratified cluster sampling. SUBJECT/SETTING: Information on care-seeking choice, cost of treatment, ability to work, reduction in earnings, and disability were collected on 127 subjects who had suffered an RTI, of 3082 study subjects in seven Nigerian states. Univariate analysis was used to estimate frequency of disability, types of care sought, and trends for work lost, functional ability and cost of treatment. Unadjusted bivariate analysis was performed to explore care-seeking, cost of care, and work lost among disabled and non-disabled people. RTIs resulted in disability for 29.1% of subjects, while 13.5% were unable to return to work. Of the disabled people, 67.6% were unable to perform activities of daily living, 16.7% consequently lost their jobs, and 88.6% had a reduction in earnings. Private physician and hospital treatment were the most common forms of initial treatment sought, but traditional treatment was the most common second form of care sought. Average direct costs of informal and formal treatment were US6.65andUS6.65 and US35.64, respectively. Disabled people were more likely to seek formal care (p=0.003) and be unable to work (p=0.002). Economic and functional ramifications must be included in the spectrum of consequences of RTIs to fully appreciate the extent of the burden of disease, implying that health systems should not only address the clinical consequences of RTIs, but the financial ones as well.
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Road traffic accidents, injuries and deaths remain important public health problems in both developed and developing countries. These problems have since escalated with the introduction of the new phenomenon of commercial motorcycle transportation such as is found in the urbanizing slum of Nnewi, Anambra state of Nigeria. Using a semi-structured, interviewer-administered questionnaire, relevant data on socio-demographic and motorcycle characteristics were collected from a sample of 291 commercial motorcyclists selected by systematic sampling technique. Data on RTA, RTI and death were also collected from them overa period of three months. The result showed that young commercial motorcyclists {<30 years of age}, experienced higher fatal injury rate than older ones {> or =30 years of age}, {p < 0.01}. Motorcyclists with some formal education experienced RTA and RTI incidence rates that were significantly lower than those of motorcyclists with no formal education, {p < 0.01}. In the same vein, medical condition and social vices such as alcohol intake among the motorcyclists were found to be obvious predictors of RTA, RTI and death. Furthermore, motorcyclists who used >100 cc engine capacity motorcycles had significantly higher RTA incidence rate {478.8/100 MCY}, RTI rate {223.2/100 MCY} and FIR {410/100 MCY} than users of <100 cc engine motorcycles who recorded RTA incidence of 258.9/100 MCY, RTI rate of 49/100 MCY and zero fatal injury respectively {p < 0.01, p < 0.001, p < 0.001 respectively}. A careful consideration of all these predictors individually and collectively, will enable stakeholders in transport industry plan effective RTA, RTI and death control measures. Rather than an outright ban of motorcycle transportation, evening classes can be organized for the motorcyclists at subsidized rates to improve their literacy levels to run side by side with road safety informational lessons delivered at their places of work.
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Mortality from road traffic injuries in sub-Saharan Africa is among the highest in the world, yet data from the region are sparse. To date, no multi-site population-based survey on road traffic injuries has been reported from Nigeria, the most populated country in Africa. To explore the epidemiology of road traffic injury in Nigeria and provide data on the populations affected and risk factors for road traffic injury. Data from a population-based survey using two-stage stratified cluster sampling. SUBJECTS/ SETTING: Road traffic injury status and demographic information were collected on 3082 respondents living in 553 households in seven of Nigeria's 37 states. Incidence rates were estimated with confidence intervals based on a Poisson distribution; Poisson regression analysis was used to calculate relative risks for associated factors. The overall road traffic injury rate was 41 per 1000 population (95% CI 34 to 49), and mortality from road traffic injuries was 1.6 per 1000 population (95% CI 0.5 to 3.8). Motorcycle crashes accounted for 54% of all road traffic injuries. The road traffic injury rates found for rural and urban respondents were not significantly different. Increased risk of injury was associated with male gender among those aged 18-44 years, with a relative risk of 2.96 when compared with women in the same age range (95% CI 1.72 to 5.09, p<0.001). The road traffic injury rates found in this survey highlight a neglected public health problem in Nigeria. Simple extrapolations from this survey suggest that over 4 million people may be injured and as many as 200 000 potentially killed as the result of road traffic crashes annually in Nigeria. Appropriate interventions in both the health and transport sectors are needed to address this significant cause of morbidity and mortality in Nigeria.
Article
BACKGROUND: Road traffic accidents, injuries and deaths remain important public health problems in both developed and developing countries. These problems have since escalated with the introduction of the new phenomenon of commercial motorcycle transportation such as is found in the urbanizing slum of Nnewi, Anambra state of Nigeria. METHOD: Using a semi-structured, interviewer-administered questionnaire, relevant data on socio-demographic and motorcycle characteristics were collected from a sample of 291 commercial motorcyclists selected by systematic sampling technique. Data on RTA, RTI and death were also collected from them overa period of three months. RESULT: The result showed that young commercial motorcyclists { or =30 years of age}, {p 100 cc engine capacity motorcycles had significantly higher RTA incidence rate {478.8/100 MCY}, RTI rate {223.2/100 MCY} and FIR {410/100 MCY} than users of Language: en
Article
Objectives: There is a recent realization tha tdeath following injury is time dependent and occurs in a predictable way. The object of this study therefore is to identify trauma death pattern in our environment with emphasis on time of death with the view to proffer efficient trauma care strategies. Methods: The medical records of patients admitted acutely through the Accident and Emergency Department of our institution and who subsequently died between 1998 and 2000 were reviewed. Such information as their age, sex, aetiology of injury, primary diagnosis on admission, interval between injury and presentation, and time to death, and the cause of death as recorded in the duplicate copy of death certificates were collected and analyzed. Results: There were 85 trauma related deaths, fifty-one males and thirty-four females. The male to female ratio is 1.5:1. The age range is 6-78 years with a mean of 36-/+2.5 years. The most common aetiological factor was road traffic accidents 43(50.59%). This was followed by burns35 (41.17%). Of the 85 patients, burns were the most common diagnoses on admission 46 (54.12%). Fifteen (17.65%) cases sustained injuries to multiple organ systems injuries while open fractures accounted for 12(14.12%) of the deaths. The time to death showed two peaks. The first peak accounted for 12(14.12%) of the deaths. The time to death showed two peaks occurred within the first 96 hours du to uncompensated shock, respiratory failure and acute renalshot down while the second peak was observed after the twelfth day due to sepsis and multiple organ failure. Conclusion: Trauma is common cause of death. In our setting patients that arrived the hospital alive run the risk of of dying from complications ranging from uncompensated shock in the immediate post injury period to multiple organ failure later. These deaths are largely preventable if a well-funded comprehensive trauma system manned by skilled personnel is put in place.
Article
Background: Road traffic accident remains a leading cause of trauma and admissions to the accidents and emergency units of most hospitals. The aim of this study was to determine the pattern and epidemiological characteristics of trauma admissions to the Obafemi Awolowo University Teaching Hospital. Methods: This was a retrospective review of hospital charts of all patients admitted as a result of RTA injuries between October 2001 and December 2005 and whose records were available and complete,. A special data form was used to collect the required information using admission data from the casualty and various hospital wards .Data was subjected to simple statistical analysis. Results: There were 379 cases managed during the study period, 355 of these had complete records and therefore formed the basis of this study. A total of 47.3% were in the third and fourth decades of life, with a mean age of 32 years. The male to female ratio was 2.5:1. The months of July, April and September recorded the highest admissions of RTA, (11.5%, 10.7% and 10.7% respectively).Head injuries, femoral fractures, spinal injuries, and tibia and/or fibular fractures were the most common injuries sustained. Isolated injuries were seen in 79.4% while 20.6 % of the patients had multiple injuries. The mortality rate was 6.8%. Conclusion: Trauma is an established cause of requiring emergency care and hospital admissions and since the cost of trauma care is enormous. Implementation of road safety legislation will be of tremendous help in reducing road traffic injuries.
Article
Efficient pre-hospital transport (emergency medical services, EMS) is associated with improved outcomes in road traffic injuries (RTI). This study aims to discover possible interventions in the existing mode of transport. Persons bringing all RTI victims to the Emergency room (ER) over a 4-year period and the injury arrival intervals were noted prospectively. There were 2,624 patients (1,886 males and 738 females); only 2,046 (78%) had clear documentations of three categories of persons bringing victims to ER: Relatives (REL, 1,081, 52.83%); Police/Federal Road Safety Corps (P/F, 827, 40.42%) and Bystanders (BS, 138, 6.74%). No intervention was provided during transport: Within 1 hour, 986 victims (48.2% of 2,046) arrived ERbrought by P/F (448, 21.9%), REL (439, 21.5% of 2,046), and BS (99, 4.8%). These figures, in each instance, represent 40.6 % of total victims brought by REL; 54.2% by P/F and 71.7% by BS. However, after 6 hours, REL were the main active group as they brought 94.5% (359 of 380) patients of this period. In 91 victims (4.4%) the injury arrival time was not captured. This study has identified three groups of persons involved in pre-hospital transport with nearly 50% getting to ER within 1 hour without any intervention or prior notification of ER. Absence of EMS obscures pre-hospital death records. The P/F responsible for only 40% of transport should be trained and equipped to offer basic trauma life support (BTLS). The REL and BS (both responsible for 60% of transport) represent a pool of volunteers for BTLS to be trained.
Article
Analysis of data on road traffic accidents (RTAs) in Nigeria over an eight-year period showed a rising trend. To highlight the importance of RTAs in the country, the number of deaths from RTAs (1967–74) and from major communicable diseases (1964–74) was reviewed. It was found that there were annually more deaths from RTAs than even the cholera epidemic of 1971. International comparison of the RTA situation in Nigeria with that of industrialized countries (United Kingdom, Sweden and Australia) and developing countries (Zambia, Tanzania, Uganda and Kenya) showed that Nigeria had by far worse mortality and morbidity rates. The importance of the involvement of doctors, especially those in the field of public health, in the prevention of RTA using the methodology which has been successfully employed in the control of communicable diseases is stressed.
Article
A 12-month pilot study of injured patients seen in the Emergency Department of the University of Port Harcourt Teaching Hospital was carried out. Trauma (28.8 per cent) was the main reason for emergency visits; 82.1 per cent of the patients were under 31 years of age. Domestic accidents were the commonest cause of trauma (42.5 per cent), followed by criminally motivated injuries (30.4 per cent), road traffic accidents (26.0 per cent), industrial (0.5 per cent) and other accidents (0.6 per cent). The overall mortality rate due to trauma was 5.4 per cent and within the period of study, trauma was the most common cause of deaths in hospital (10.1 per cent). Road traffic accidents were responsible for 67.9 per cent of these deaths, followed by criminally motivated injuries (16.1 per cent). Domestic, industrial and boat accidents caused 7.6 per cent, 5.4 per cent and 3.1 per cent deaths, respectively. Injury Severity Scores (ISS) among 419 patients showed a 100 per cent mortality for those with scores above 35. There were 48 prehospital, 19 emergency room and 14 in-hospital deaths among patients with an ISS below 35. The deaths resulted largely from delayed transportation of victims to the hospital and partly from inadequate emergency medical services. To reduce the current high rate of preventable deaths from injury, we recommend (i) ambulance services for early transportation of victims to the hospital and (ii) improved emergency medical care.