|Year : 1968 | Volume
| Issue : 4 | Page : 178-182
A study on pattern of ocular injuries in Delhi
S.R.K Malik, AK Gupta, S Chaudhry
Deptt. of Ophthalmology, Maulana Azad Medical College, New Delhi, India
|Date of Web Publication||24-Dec-2007|
Deptt. of Ophthalmology, Maulana Azad Medical College, New Delhi
Source of Support: None, Conflict of Interest: None
|How to cite this article:|
Malik S, Gupta A K, Chaudhry S. A study on pattern of ocular injuries in Delhi. Indian J Ophthalmol 1968;16:178-82
|How to cite this URL:|
Malik S, Gupta A K, Chaudhry S. A study on pattern of ocular injuries in Delhi. Indian J Ophthalmol [serial online] 1968 [cited 2021 May 8];16:178-82. Available from: https://www.ijo.in/text.asp?1968/16/4/178/37549
Despite the protection afforded to the eye by nature anatomically by its situation in the elastic fatty tissue of the orbital cavity, overhung on all aspects, except downwards and outwards by sturdy bony projections of the orbital rim and the nose, and physiologically by the vigilance exercised by the blink reflex and head turning reflex on approach of an object which can be seen, and the copious lacrimation which follows intrusion of any irritant material, injuries of the eye which lead to permanent blindness, are not uncommon. It is because of this reason that ocular injuries attain great socioeconomic importance in Ophthalomology. This subject has been taken up for study because of its ever increasing importance in our own country following rapid growth in industrialization. The present paper deals with the pattern of ocular injuries we have come across in Irwin Hospital during the past six years so that appropriate measures can be instituted to prevent them.
| Methods and material|| |
The present study deals with cases of ocular injuries encountered by us at Irwin Hospital during the last 6 years, 1962-67. This is one of the main hospitals which caters not only to local population of Delhi amounting to about 4 millions but also cases referred from surrounding villages and small towns which do not have adequate hospital facilities. During this period of study a total of 6529 cases of ocular injuries were encountered by us. This gives an incidence of 2.7% of all ophthalmic patients attending the hospital. Out of the total number of cases, 6180 patients were cases of minor injuries while 349 cases had major injuries which required admission to the hospital.
The cases of minor injuries e.g. corneal foreign bodies, subconjunctival haemorrhages, small conjunctival tears, lid abrasions and photophthalmia do not require further analysis. Subsequently observations and discussion in the paper deal with cases of major injuries only.
| Observations|| |
Observation on 349 cases of major ocular injuries have been summarized in [Table - 1],[Table - 2],[Table - 3] below.
| Discussion|| |
The incidence of ocular injuries varies from country to country depending on the degree of industrialization of the area and whether the incidence of superficial foreign bodies and minor injuries is included in the estimates or not. It also depends on the location of the hospital in relation to industrial areas. The incidence of 2.7 percent seen in our series is relatively low even when compared with the older reports available in the literature - Zander and Geissler (1864), Weidmann (1888), Praun (1899), Cridland (1929). The recent reports on the subject give an incidence of 109 in non-industrialized areas and 30 - 50% in industrial areas (Sorsby - 1964). The relatively low incidence of ocular injuries in our series is due to the fact that our country still lags considerably in industrialization, and some of the patients do not come to the hospital for treatment.
Sex and Age Incidence:
As reported by many other workers - Duke Elder (1949), Werner (1952), Holland (1961), Macdonald (1964), the incidence of ocular injuries is extremely high in males (86.3% in our series) because they are more exposed to occupational and outdoor hazards - [Table - 1].
79.6% cases of ocular injuries in our series were below the age of 30 years. A high incidence of ocular injuries during this age period is because of higher incidence of accidents amongst children and occupational injuries among adults.
Duration after which patients reported for treatment:
Majority of patients - 83.1% attended the Hospital within 24 hours after receiving the injury. This agrees with the observation of Trevor-Roper (1964), Stevens (1956) and Chisholm (1964).
Type of Ocular injuries:
The incidence of mechanical injuries was 92% as compared to chemical and thermal injuries which constituted only 8% total cases of ocular injuries. Out of the mechanical injuries 45.2% were perforating injuries, with 3.4% having retained intra-ocular foreign body [Table - 2]. Occupational injuries in our series constituted only 19.7% of the total cases, while Praun (1899) and Garrows (1923) reported the incidence as high as 70%.
Holland (1961) found perforating injuries to be commonest i.e. 39.2% followed by contusions 37.6%. Macdonald (1964) found perforating injuries in 51.6% cases, contusions in 41.7% cases while thermal and chemical injuries were found in only 6.7% cases.
Some interesting observations regarding etiology:
Ocular injuries are caused by all types of objects, at times under peculiar circumstances. Road side accidents and fist blows were commonest causes of contusion injuries - 64 cases [Table - 3]. Ocular injuries due to roadside accidents, assume great importance in Western countries where automobile accidents are the commonest cause of death. There were 151,000 cases of car accidents in U.S.A. during the year 1962 and 9.8% of these cases had associated ocular injuries (Keenay, 1964).
The most striking observation is the immense number of non-occupational injuries as against occupational 280: 69 suggesting that the hazards of a city civil life are no less than that of industry in Delhi. It is worth emphasising that point.
In our series the incidence of ocular injuries under non-occupational causes is 280 (4 times as many) as against only 69 under occupational causes. This brings to light the high degree of hazards in city civil life which do not seem to be any less than in occupational and industrial environments.
As against mere numbers, when we compare the incidence of perforating injuries we can get an idea of the severity of the injuries. Perforating injuries were in the case of non-occupational injuries 110 (i.e. only 3 times as many) against 35 under occupational injuries. Thus comparatively occupational injuries were of a more severe nature, though non-occupational injuries were by no means trivial.
Perforating injuries both with and without retained intraocular foreign body were commonly due to various tools used (mainly hand hammer and chisel) in different occupations. This constituted 9.1% of all ocular injuries and 46.3% of occupational injuries. Roper-Hall (1964), Stevens (1956), Levy (1958) and Sorsby (1964) found that injury caused while working with hammer and chisel was the commonest cause of perforating injuries especially with retained intra-ocular foreign bodies.
A large number of our cases .i.e. 33 (9.4%) in number, received injury while playing with bow and arrow and guli-danda - a popular game amongst Indian children. Out of these cases, two-thirds received perforating injuries of the eye ball. Incidence of the injury caused by bow and arrow rises considerably during the festival clays when majority of children take to this game as a part of festive ritual,
We observed an isolated case where ocular injury was due to fall during an epileptic fit.
The following is the order in which various ocular structures were involved in our series.
(1) Cornea (55.8%), (2) Iris (44.1%), (3) Eye lids (33.2%), (4) Lens (26.3%), (5) Conjunctiva (20.3%), (6) Ant. Chamber (18.0%) (7) Post. Segment (17.0%), (8) Extraocular structures (5.1%).
| Summary|| |
A total number of 6529 cases of ocular injuries were encountered by us from 1962-67. 6180 cases were of minor injuries while 349 cases were of major injuries. Only the cases of major injuries have been studied regarding age and sex incidence, mode of injury and the structural damage.
The hazards of city civil life are exposed to be of a high degree of incidence and severity.
| References|| |
CRIDLAND (1929) quoted from Duke -Elder Text Book of Ophthalmology, Vol. VI, Henry Kimpton, London.
CHRISHOLM, I. A. (1964) Brit. Jour. Ophth. 48, 364.
DUKE ELDER S. S. (1954) - Text Book of Ophthalmology Vol, VI, Henry Kimpton, London.
HOLLAND, G. Eye and Lid injuries in childhold-(In German) Klin, Mbl. Augenheik, (1391, P. 172 (1961).
KEENAY A. H. Industrial and Traumatic Ophthalmology symposium of New Orleans Academy of Ophthalmology. The C. V. Mosby Co-Saint Louis (1964).
LEVY, W. J. Brit. Jour, Ophthal. 42' 610.
MACDONALD Jr. R. (1964) quoted from Keenay Industrial and traumatic ophthalmology symposium of New Orleans Academy of Ophthalmology C. V. Mosby Co-Saint Louis (1964).
PRAUN (1899) quoted from Duke - Elder S. 3. Text book of Ophthalmology Vol. VI, Henry Kimpton London (1964).
ROPER HALL, M. J. (1954) Brit. Jour. Ophthal. 38, 65.
SORSBY - A. Modern Ophthalmology Vol. 3, P. 392. Butterworth London (1964).
STEVENS, P. R. (1956); Brit. Jour. Ophth. 40, 622, 1956.
TREVOR-ROPER, P. D. (1944) Brit. Jour. Oph. 28, 361.
WERNER 1952) Acta Ophthal. xxx, 97.
WEIDMANN (1888), quoted from Duke - Elder W. S. text book of Ophthalmology. Vol. VI, Henry Kimpton, London (1964).
ZANDER AND GEISSLER (1864) quoted from Duke - Elder W. S. text book of ophthalmology. Vol. VI, Henry Kimpton, London (1954).
[Table - 1], [Table - 2], [Table - 3]