Chloramphenicol Eye Drops Research Articles

The Ocular Chloramphenicol Story

Chloramphenicol eye drops and ointment are the most used ocular antibiotic worldwide. Chloramphenicol was discovered in 1947 and was only the third antibiotic to successfully be produced and only the first antibiotic suitable for large-scale commercial production. By the 1950s, the drug had been developed into drop and ointment forms. The broad spectrum of anti-bacterial activity of Chloramphenicol led to widespread use. Ocular Chloramphenicol remains an important weapon in the ophthalmic armamentarium despite emergence of evidence of possible side effects in the 1970s. This is a short review of the remarkable story of the discovery, development and tribulations of ocular Chloramphenicol. Keywords: History; Chloramphenicol Abbreviations: FDA: Food and Drug Administration

A Case of Bilateral Conjunctivitis in a Seven-Year-Old Shih-Tzu Dog

Background: Conjunctivitis is an inflammation of the conjunctiva that is common in dog, which also known as pink eyes. Conjunctivitis can be caused by infectious agents such as bacteria, chlamydia, and virus, and can also be induced by allergies or due to trauma. Bilateral infection may indicate they are caused by an infectious agent or allergy. Purpose: This study aims to provide veterinarians with insight into the treatment of conjunctivitis cases and the factors that hinder therapy. Case: A seven-year-old female Shih-Tzu dog has had eye problems for six months since April 2023. Physical examination revealed redness in the left and right eyes with mucopurulent exudate. Laboratory examination using an impression smear followed by cytology confirmed inflammation in the eye with many neutrophil cells and coccus-shaped bacteria. The dog was diagnosed with bacterial conjunctivitis with a good prognosis. Case Management: The therapy consisted of the administration of topical antibiotics in the form of Erlamycetin plus® (chloramphenicol and dexamethasone) eye drops for five days, followed by Erlamycetin® (chloramphenicol) eye ointment. Conclusion: After 12 days of therapy, there was no redness in the dog’s eyes and only a small amount of exudate was observed. However, on day 14, the owner reported that exudates were observed in the dog’s eyes. The therapy resulted in improvements but was not optimal because the owner did not consistently follow the recommendations.

Determination of genotoxic impurities of aromatic aldehydes in pharmaceutical preparations by high performance liquid chromatography after derivatization with N-Cyclohexyl-4-hydrazino-1,8-naphthalenediimide

The detection of aromatic aldehydes, considered potential genotoxic impurities, holds significant importance during drug development and production. Current analytical methods necessitate complex pre-treatment processes and exhibit insufficient specificity and sensitivity. This study presents the utilization of naphthalenediimide as a pre-column derivatisation reagent to detect aromatic aldehyde impurities in pharmaceuticals via high-performance liquid chromatography (HPLC). We screened a series of derivatisation reagents through density functional theory (DFT) and investigated the phenomenon of photoinduced electron transfer (PET) for both the derivatisation reagents and the resulting products. Optimal experimental conditions for derivatisation were achieved at 40 °C for 60 min. This approach has been successfully applied to detect residual aromatic aldehyde genotoxic impurities in various pharmaceutical preparations, including 4-Nitrobenzaldehyde, 2-Nitrobenzaldehyde, 1,4-Benzodioxane-6-aldehyde, and 5-Hydroxymethylfurfural. The pre-column derivatisation method significantly enhanced detection sensitivity and reduced the limit of detection (LOD), which ranged from 0.002 to 0.008 μg/ml for the analytes, with relative standard deviations < 3 %. The correlation coefficient (R2) >0.998 demonstrated high quality. In chloramphenicol eye drops, the concentration of 4-Nitrobenzaldehyde was measured to be 8.6 µg/mL below the specified concentration, with recoveries ranging from 90.0 % to 119.2 %. In comparison to existing methods, our work simplifies the pretreatment process, enhances the sensitivity and specificity of the analysis, and offers comprehensive insights into impurity detection in pharmaceutical preparations.

Ophthalmia " Adultorum" Secondary to Cytomegalovirus and Candida albicans Isolates from Right Eye Ulcer of an Alcoholic: The Benin City Experience

Background: Eye injuries are more common and have more severe effects when they occur in developing countries. The factors reponsible for these eye injuries can be linked to socioeconomic status, insufficient safety precautions, a lack of ideal treatment facilities, the use of conventional eye medication, and low levels of education. Ocular trauma has been identified in studies from Nigeria and other African countries as a major contributing factor to monocular blindness.&#x0D; In neonates, conjunctivitis within the first 28 days of life is termed “Ophthalmia neonatorium”. Conjunctivitis arising from either viral, bacteria or fungal causes in an Adult is what we termed as “Ophthalmia Adultorum".&#x0D; In our study the individual was a chronic alcoholic who was already immunosuppressed from his large alcohol intake. This study therefore is case report of a traumatic innoculation causing Ophthalmia Adultorum in a male alcoholic, a university of Benin Teaching Hospital experience.&#x0D; Methods: This is a case report.&#x0D; Results: A 57 year old man who was admitted on 25 September, 2023, as a case of Cytomegalovirus (CMV ) and Candida albicans associated Conjunctivitis ,after a traumatic sandball inoculation to his right eye . Conjunctiva swab for microscopy and culture was sent to the medical microbiology laboratory. Gram stain showed yeasts cells, while 10%giemsa staining of the eye swab showed ztanck cells. Culture yielded Candida albicans.&#x0D; He was placed on chloramphenicol eye drop, steroid eye drops, Acyclovir (patient could not afford gangcyclovir the specific antiviral drug due to high cost) and fluconazole eye drops. Patient was managed by the ophthalmologists and the Medical Microbiology team.&#x0D; Patient was discharged home on the 5th day and was asked to come for follow up after one week .On follow up visit , previous symptoms had resolved and right and left eyes were both normal on examination.&#x0D; Conclusion: We are unaware of any previous reports of Ophthalmia Adultorium involving Cytomegalovirus and Candida albicans in patients with sandball eye accidents. Patients with sandball injuries should be assessed quickly and antibiotic and antifungal therapy should be considered if cultures are positive.

A sensitive signal off photoelectrochemical aptasensor based on CuO nanosheets @Au nanoflowers for the detection of chloramphenicol

A signal off type photoelectrochemical (PEC) aptasensor was constructed for the sensitive detection of chloramphenicol based on CuO nanosheets (CuO NSs) and gold nanoflowers (Au NFs) modified indium tin oxide (ITO) electrode. CuO NSs was p-type photoactive semiconductor materials, which had narrow band gap and high absorption rate of visible light. After combining with Au NFs, the composite CuO NSs@Au NFs produced a strong cathodic photocurrent for the excellent electron conductivity, large specific surface area and Surface Plasmon Resonance effect (SPR) of Au NFs. At the same time, Au NFs provided a binding site for aptamer, which greatly improved the sensitivity of the constructed sensing platform. After the target chloramphenicol (CAP) was specifically captured by the aptamers on the electrode, the formed bioconjugates seriously hindered the transfer of electrons and the absorption of light and caused a reduced photocurrent. For the detection of CAP, this signal off type PEC aptasensor had a linear range of 5 pM-300 nM and a limit of detection of 49.9 fM (S/N = 3) with good stability, selectivity and reproducibility. Meanwhile, the method had satisfactory recovery results in the detection of CAP in real-life samples such as milk, tap water, honey and chloramphenicol eye drops.

Habronemiasis (Equine Summer Sore) in an 8-year-old Arab Horse

Introduction: Habronemiasis, equine summer sore, is caused by habronema larvae, commonly in tropical and subtropical climates. House flies, face flies, and stable flies transmit the pathogenic nematode larvae. Cutaneous habronemiais is the most common form of habronemiasis in horses. Cutaneous habronemiais is associated with the deposition of larvae in areas where they cannot complete their life cycle. Deposition of larvae is related to local hypersensitivity. Habronema larvae could cause preocular infectious resulting in conjunctivitis, blepharitis, or dermatitis. Case report: An eight-year-old male Arabian horse was referred to the Large Animal Medicine Unit, Veterinary Clinical hospital, Shiraz University, Shiraz, Iran, with a history of wounds on the preocular region and hind limbs. The right eye's ocular examination revealed abundant mucopurulent discharge, blepharospasm, and chemosis. The granulomatous tumor had a diameter of 1.8 cm and was evident on the palpebral conjunctiva of the medial canthus. The skin lesion was identified as habronemiasis based on the history, clinical symptoms. Treatment includes prednisolone tab with reducing dosage for 30 days, an oral dose of Ivermectin, topical oxytetracycline ointment for seven days, chloramphenicol and triamcinolone eye drop for seven days. The diagnosis was confirmed due to the positive reaction of the lesions to treatment protocol. Conclusion: Ocular habronemiasis is the common form of habronemiasis. Deposing of dead larva causes a hypersensitivity reaction. Treatments include corticosteroid to reduce inflammation-association tissue proliferation, antibiotic ointment for prevention of second bacterial infection, an antihistamine for the prevention of histamine-mediated pruritic and allergic conditions, and oral antihelminth for the killing of adult form in the stomach. The current study authors suggest fly control is essential in preventing habronemiasis.

First-Onset Dacryocystitis: Characterization, Treatment, and Prognosis.

IntroductionTo assess the risk of recurrent dacryocystitis after first-onset dacryocystitis and to obtain a demographic profile and treatment characteristic for patients with first-onset dacryocystitis.MethodsA retrospective study was performed on patients who had first-onset dacryocystitis during the years 2010–2013. Patients were followed up for 3 years. The analysis focused on the recurrence of dacryocystitis, demographics, medical treatment, and choice of lacrimal surgery.ResultsThe inclusion criteria were met by 52 patients. Of these 15 (29%) had one or more recurrence of dacryocystitis, and 18 patients (34.6%) underwent lacrimal surgery. The mean age was 51.6 years (median 55.5, range 0–93). The female-to-male ratio was slightly under 3:1 (73.1%). The most frequent medical treatment was flucloxacillin capsules combined with chloramphenicol eye drops or ointment.ConclusionsThe majority of patients with first-onset dacryocystitis had no further episodes of dacryocystitis. Some patients experienced recurrent and complicated infections requiring surgery and were thus a significant burden on the healthcare services. Various surgical options were used to clear the nasolacrimal obstruction causing dacryocystitis. Dacryocystorhinostomy was the most common procedure and showed excellent success rate.

Penetrating Ocular Trauma in a Goldfish Model after Chloramphenicol or Traditional Medicine Angong Niuhuang Pill Treatment: An Analysis of Retinal Responses after 7 Days

Purpose: While there were numerous clinical examples of ocular damage, the histopathology of retinal responses was poorly characterized, and animal model research was limited. The consequences of retinal lesions with traditional medicine treatment were mostly unknown. In this work, goldfish was employed as a model for penetrating injury of the eyes to study the ocular trauma with antibiotic and traditional medicine treatments. Materials and Methods: The penetration of the eyes was performed at 2mm above the midline of the limbus in the superior quadrant with an 18-gauge sterile needle, all the way to the retina but avoiding the lens while the animals were anaesthetized in water containing 100 mg/L ethyl 3-aminobenzoate methanesulfonate (MS-222). The animals were divided into three groups and received treatments of saline, chloramphenicol, and Angong Niuhuang pill (Angong) eyedrops twice a day respectively. Angong after seven days, the animals were sacrificed. Immunohistochemical evaluation of proliferative cell nuclear antigen (PCNA), brain-derived neurotrophic factor (BDNF), catalase, and cleaved caspase-3, and terminal deoxynucleotidyl transferase dUTP nick end labeling (TUNEL) for apoptotic cells were performed on the fish’s superior quadrants of the retinae. The whole experiment was repeated two times. Result: It was evident that both the retinae treated with chloramphenicol and Angong had fewer apoptotic cells and more proliferative cells, particularly in the cases of the Angong treatment. BDNF was in the inner nuclear layer and ganglion cell layer of all groups. In the chloramphenicol and Angong groups, some cells in the outer nuclear layer displayed BDNF. Catalase reactions confirmed equivalent findings that the treated retinae with chloramphenicol or Angong treatment had less catalase. Conclusion: Angong Niuhuang pill is a traditional medicine composite formula with antibiotic and neuroprotective effects on the brain and the eyes, and this work also pointed out its possible pharmaceutical potential.

Role of chloramphenicol eye drops for endophthalmitis prophylaxis following cataract surgery: Outcomes of institutional cessation

Role of chloramphenicol eye drops for endophthalmitis prophylaxis following cataract surgery: Outcomes of institutional cessation

Boron in chloramphenicol eye drops: contraindicated in infants

Boron in chloramphenicol eye drops: contraindicated in infants

Acute red eye following the use of steroid eye drops by patients seen at the eye clinic, department of ophthalmology, Chukwuemeka Odumegwu Ojukwu University Teaching Hospital Amaku – Awka, South Eastern Nigeria: Case series

Five cases (one male, four females aged between 32-65 years) of acute painful red eye following application of steroid eye drops have been presented. Their presentation followed a similar trend viz: sudden painful eyes, redness, tearing, photophobia, tenderness, and blepharospasm following topical steroid eye use. There was immediate relief within an hour of instillation of atropine 1% eye drop and full recovery after two weeks of presentation following further treatment with atropine 1% eye drop, tablet paracetamol, chloramphenicol eye drop and flurbiprofen eye drop. Steroids are important group of drugs that are employed in the management of many medical conditions. When used properly, they bring good results most of the time. Acute red eye was observed in this case series following topical steroid use on the eyes and the patients need to be educated on the proper use of this group of drugs so as to reduce its adverse effects.

Chloramphenicol eye drops containing boron can be given to children aged under two years, says MHRA

Chloramphenicol eye drops containing sources of boron, in the form of borax or boric acid, may be given to children aged under two years, the Medicines and Healthcare products Regulatory Agency (MHRA) has concluded. Following a review of European guidance and toxicological data, as well as advice from the Paediatric Medicines Expert Advisory Group of […]

Smokefree policy and medication dispensing for people in prison: interrupted time series analysis

Abstract Background Previous evaluations of smokefree prison policies have suggested improvements in self-rated health and some smoking-related symptoms. No studies to date have investigated impacts on medication use as proxy measures of objective ill-health or as indicators of potential negative unintended consequences. These is limited evidence to date on these important outcomes. Methods We obtained from NHS National Services Scotland aggregate data on medication items dispensed in prisons, based on individual named patient medication records, and from the Scottish Prison Service data on the prison population, for the period Jan 2013-Nov 2019. Items of interest comprised those for smoking cessation (varenicline and buproprion); nicotine replacement; specific smoking-related health conditions (glyceryl trinitrate; inhaled bronchodilators and steroids; antibiotics; chloramphenicol eye drops; and proton pump inhibitors and H2 receptor antagonists), and potential unintended mental health consequences (anti-depressants). We also included a set of negative controls for which dispensing was not expected to be affected by the new smokefree policy (anticonvulsants, excluding pregabalin and gabapentin). Analyses were undertaken using AutoRegressive Integrated Moving Average (ARIMA) time series methods, with the dates of the policy's announcement and of implementation included as pre-specified breakpoints. Results The results of ARIMA modelling of medication dispensing are confidential until May 2020 due to their sensitivity and will be available to present at WCPH 2020. Conclusions The use of routinely available dispensing data as an indicator of objective health impacts and potential negative unintended consequences provides novel insights into the effectiveness of smokefree prison policies. Results will be of interest to international jurisdictions considering such policies and to those seeking to harness the potential of administrative data for natural experiments.

COMPARISON OF PRESERVATIVES EFFICACY OF BENZALKONIUM CHLORIDE, THIMEROSAL AND BENZYL ALCOHOL IN EYE DROP PRODUCTS CONTAINING CHLORAMPHENICOL

Objective: The aim of this study was to compare the preservative efficacy of benzalkonium chloride, thimerosal and benzyl alcohol in eye drops formulation containing chloramphenicol as the active agents for producing the sterile and effective eye drops.Methods: The efficacy of preservatives was assayed by evaluating the physical appearance, pH stability, sterility and the antibacterial effectivity of the formulated eye drops. Each of 0.5% chloramphenicol was formulated with different preservatives of benzalkonium chloride, thimerosal and benzyl alcohol at its recommended concentration, 0.01%; 0.01% and 1%, respectively. The in vitro stability was examined periodically for the eye drops formulation stored at room temperature during the 28-day period. The effectiveness of the antibacterial effect of chloramphenicol in eye drops was assayed by using the agar diffusion method against Escherichia coli and evaluated for the diameter of inhibition zones. Result: The clarity of the eye drops formula produced clear solutions. The eye drops formula exhibited relatively stabile on pH. All the formulated eye drops were sterile during the storage time. The appropriate of the sterilization method was thought to contribute to the sterility of eye drops which did not contain preservatives. In addition, it was assumed that the pre-reaction of chloramphenicol in inhibiting the contaminants in the eye drop may occur during the storage time. This hypothesis was confirmed by the inhibitory diameter stability produced by the eye drop formulas containing preservatives compared to that of not. The decrease in inhibition diameter occurred during the storage period (28 d) of each formula was as follows: F0 (51.58%), F1 (35.76%), F2 (31.86%), and F3 (35.35%). The best stability based on the antibacterial activity of the chloramphenicol eye drops was produced by F2 which used 0.01% thimerosal as its preservative. The differences in inhibition diameter were significantly influenced by the presence and the type of preservatives.&#x0D; Conclusion: 0.01% thimerosal indicated the best improvement on the efficacy of 0.5% chloramphenicol eye drop.

Effect of Temperature and Length of Storage to Chloramphenicol Eye Drop’s Concentration

Chloramphenicol is a broad spectrum antibiotic that acts by inhibiting protein synthesize. One of chloramphenicol dosage form which widely found in the marketplace is eyedrop. Drug storage will affect drug stability. This research aimed to know the effect of temperature and length of storage to chloramphenicol eye drop’s concentration. Analysis of chloramphenicol concentration in eyedrops was done by UV spectrophotometry. This analysis was done to eyedrops after stored 0; 7; 21; and 30 days unsealed with various storage condition: under the sunlight, room temperature, and refrigerated. Data obtained was analyzed statistically using one-way ANOVA with 95% CI by SPSS for windows software. The result showed that the concentration of chloramphenicol eyedrop before stored was to meet the requirements which were 95.96%. The result of chloramphenicol concentration in eyedrop after stored 30 days in 3 storage condition was reduced significantly. While sunlight and storage temperature did not affect the reduction of chloramphenicol concentration significantly.

Chloramphenicol/sulfobutyl ether-β-cyclodextrin complexes in an ophthalmic delivery system: prolonged residence time and enhanced bioavailability in the conjunctival sac

ABSTRACTObjective: Conventional chloramphenicol (CHL) eye drops are widely used anti-infection formulations for acute bacterial conjunctivitis. However, the therapeutic effects are limited by insufficient concentration in the conjunctival sac. Hence, the objective of this study is to formulate and develop novel CHL eye drops with improved topical concentrations by increasing the solubility and decreasing the transcorneal penetration.Research design and methods: CHL was included in the sulfobutyl ether-β-cyclodextrin (SBE-β-CD) using the freeze-drying method. Eye drops containing CHL/SBE-β-CD complexes were prepared and evaluated for in vitro and in vivo studies.Results: The formation of CHL/SBE-β-CD inclusion was confirmed by DSC, XRD, NMR, and SEM. The aqueous solubility of CHL was significantly enhanced, and the drug transcorneal penetration was inhibited after inclusion. The CHL/SBE-β-CD displayed sustained release profiles. The tear fluid elimination kinetic study showed that the CHL/SBE-β-CD eye drops had better ability to prolong the residence time, and significantly increase CHL concentration in the conjunctival sac. Besides, it was shown that CHL/SBE-β-CD eye drops were nonirritating to rabbits’ eyes.Conclusions: The SBE-β-CD inclusions offer a potential alternative strategy for ocular administration of poorly water-soluble drugs in the conjunctival sac.

EFFECT OF STERILIZATION BY HEATING IN THE PRESENCE OF BACTERICIDE AND BACTERIAL FILTERED MEMBRANE ON THE STABILITY OF EYE DROPS CONTAINING 0.5% CHLORAMPHENICOL AT VARIOUS pH

Objective: The purpose of this study was to determine a sterile 0.5% chloramphenicol eye drop formula with the best potency of antibacterial by determining the appropriate sterilization method and the supporting pH.&#x0D; Methods: 0.5% chloramphenicol was formulated with 0.01% thimerosal, which act as a bactericide and combines with borate buffer to produce eye drop formulas with variations in pH (6.8, 7.0 and 7.4). All formulas were stored at room temperature for 28 d and were evaluated, including: organoleptic of the preparations, sterility, pH stability, and the antibacterial potency of chloramphenicol in eye drops.&#x0D; Results: All dosage formulas did not undergo photodegradation reactions which were marked by no change in color until the end of the storage period. However, the formula with pH 6.8 which was sterilized by heating in a presence of bactericide, showed the presence of more particulate precipitates than in the pH 6.8 formula which was sterilized using membrane filter bacteria. However, both methods of sterilization produced sterile chloramphenicol eye drops. The preparation using a method of heat sterilization with bactericide decreased the pH greater than the preparation using a sterile bacterial filter sterilization method. C2 preparations at pH 7.0 and sterilized using the bacterial filter membrane sterilization method were more stable because they had the smallest pH change of 0.05 and the percentage reduction in antibacterial potential was smaller at 1.15%.&#x0D; Conclusion: The best treatment for the chloramphenicol eye drop was kept the pH formula at pH 7 and sterilized using bacterial filter membrane sterilization method.

Antibacterial Effectiveness of Chloramphenicol Ophthalmic Hydrogel Against Staphylococcus aureus ATCC 25923 and Bacillus subtilis ATCC 6633

Background: Hydrogels are the unique three-dimensional polymeric materials that can hold a large fraction of water thus aims to release the drug in a controlled manner. Controlled drug delivery systems that are meant to deliver the drugs at predetermined rate for a pre-programmed period is a good alternative to accomplish and overcome the inadequacy of low bioavailability of conventional dosage form. Aims and Objectives: To determine the effectiveness of antibacterial activity of chloramphenicol in ophthalmic hydrogel preparations against S. aureus and B. subtilis comparing with eye drops dosage form. Materials and Methods: Ophthalmic hydrogel and eye drops of chloramphenicol were used for comparing the effectiveness of antibacterial activity against S. aureus and B. subtillis using agar diffusion methods with perforation technique. The observations were made for 28 days with evaluation of the physical preparation includes organoleptic, pH, viscosity. Result: The chloramphenicol eye drops preparation showed that the largest inhibition diameter at concentrations 20%,10% and 5% were 2.87-2.90; 2.64-2.76 and 2.48-2.55 cm. During comparison with opthalmic hyrdogel preparations there was not a very significant difference observed at opthalmic hydrogel preparation of 20% , 10% and 5% inhibition diameter obtained were 2.85-2.98; 2.58-2.69 and 2.42-2.46 cm. This showed that both preparations were equally effective in inhibition of S. aureus and B. subtilis growth. The minimum inhibitory concentration growth of the hydrogel opthalmic preparations against the bacteria B. subtilis was 10% and S. aureus at concentration 20%. In the evaluation of the physical preparation includes organoleptic, pH, viscosity showed good results, and still within the range of requirements. Conclusion: The effectiveness of antibacterial preparations in chloramphenicol ophthalmic hydrogel were not much of a difference compared to the form of eye drops preparations against S. aureus and B. subtilis.

The physical, chemical, and microbiological stability of chloramphenicol ophthalmic solution

Abstract Aims: The aim of this work is to “predict” the remaining shelf-life of chloramphenicol (CH) eye drops, commercially marketed, using the theoretical “Longland–Rowbotham model,”” followed by confirmation of findings by practical means. Materials and Methods: The methods used for the evaluation of CH-eye drops included the assay of the active ingredient, sterility testing, and minimum inhibitory concentration (MIC) determination using official methods during 6 months stability study at variable temperatures (4, 25°C). Furthermore, a 3-month accelerated stability study was carried out. Statistical analysis tests included Student's t-test and analysis of variance. Results: The prediction model indicated that in pessimistic conditions, the remaining shelf life was reduced to a merely 1 month following production (this is versus the 2 years expiration date given by manufacturer). However, the samples analyzed throughout a 6-month stability study revealed that storing CH solution at 4°C or 25°C does not produce any statistical difference regarding drug content, MIC, or sterility. Accelerated stability studies for 3 months period showed that only after 2 months from storage at 55°C the drug will start to degrade and a statistical difference could be observed. Conclusion: Storing CH-eye drops at room temperature for up to 6 months appears to have no effect on the stability of this antibiotic.

Parents’ awareness and perception of children's eye diseases in Nigeria

PurposeMost causes of childhood blindness are treatable or preventable. Knowledge of parents’ awareness and perception of eye problems is important in helping to understand parents’ eye care seeking behavior. This understanding becomes necessary as early detection and intervention can be effective when done at an early age. MethodStudy was carried out in Benin City, Nigeria. Thirty-five parents aged 38–54 years with a mean age of 43(±2) years were recruited. Twenty six were females and nine males. Ten eye care practitioners aged 30–45 years with a mean age of 40 (±2) were included. Seven were males and three were females. Data was analyzed qualitatively and in percentages. ResultsMajority of parents were aware of common eye problems: Blurry vision (85.7%), measles in eye (48.5%), cataract (74.3%), conjunctivitis (48.5%), itching and redness (74.3%), crossed eyes (34.3%), strabismus (57.1%), short sightedness (48.5%) and stye or hordeolum (57.1%). Too much carbohydrate, night reading and too much TV were some of the reasons given for bad eyesight. Self medication and use of local remedies for treatment of conjunctivitis was common practice (94.3%). Chloramphenicol eyedrop was the most common drug used for any eye problem before visiting a doctor (80.0%). ConclusionParents are aware of common eye diseases in children but have wrong perception of their causes. Programs to increase public awareness of causes of eye problems and harmful effects of self medication are advocated for to expose inherent dangers.