Introduction:
Pediatric Glaucoma is a rare congenital ocular disorder affecting 1 in 10,000 to 18,000 live births. Classified according to:
- The age of onset
A. True congenital Glaucoma.
B. Infantile Glaucoma.(Juvenile Glaucoma Buphthalmos, Hydrophthalmos).
- The Location of Dysgenesis and Prematurity of vessels, Poor Uveoscleral absorption,
A. Trabeculodysgenesis.
B. Iris Trabeculodysgenesis.
C. Corneo Trabeculo Dysgenesis.
Pathophysiology
The main pathophysiology is the defect in the trabecular meshwork developmental and the anterior chamber angle, Megalocornea. Aetiological factors are most considered in the case of Buphthalmos or Hydrophthalmos. Congenital abnormality at angle of the anterior chamber causing obstruction to the drainage of aqueous humor, over secretion of columnar epithelial cells, Iris failure of mesodermal cleavage which normally leads to opening of the angle, absence of canal of Schlemm.
Pediatric glaucoma, often referred to as congenital or juvenile glaucoma, is a rare yet debilitating condition that affects children and leads to an increase in intraocular pressure (IOP). Left untreated, elevated IOP causes progressive damage to the optic nerve, resulting in permanent vision impairment or blindness. Unlike adult-onset glaucoma, which typically develops over time and is easier to manage, pediatric glaucoma presents unique challenges due to its early onset, often severe presentation, and the difficulty in diagnosing and treating the condition in children. Pediatric glaucoma accounts for approximately 2-5% of all glaucoma cases but is responsible for a disproportionate amount of blindness in pediatric populations.
Causes
The underlying causes of pediatric glaucoma can be divided into two categories: primary and secondary. Primary congenital glaucoma (PCG) arises from developmental anomalies in the anterior chamber of the eye, typically due to defective formation of the trabecular meshwork, which impairs aqueous humor drainage and leads to increased intraocular pressure. Juvenile glaucoma, though less common, is often inherited and presents later in childhood. Secondary pediatric glaucoma may occur due to trauma, inflammation, or following ocular or systemic diseases such as Sturge-Weber syndrome or neurofibromatosis.
- The optic nerve head can morphologically be differentiated into the optic disc with the lamina cribrosa as its basis, and the parapapillary region with zones alpha (irregular pigmentation due to irregularities of the retinal pigment epithelium (RPE) and peripheral location), beta zone (complete RPE loss while Bruch’s ..
- For an assessment of the optic disc, there is “the 3 Cs” rule- the cup, colour and contour. The borders of the optic disc should be clear and well defined.
- The normal cup-to-disc ratio is less than 0.5. A large cup-to-disc ratio may imply glaucoma or other pathology. However, cupping by itself is not indicative of glaucoma. Rather, it is an increase in cupping as the patient ages that is an indicator for glaucoma.
- The normal cup to disc ratio (the diameter of the cup divided by the diameter of the whole nerve head or disc) is about 1/3 or 0.3. There is some normal variation here, with some people having almost no cup (thus having 1/10 or 0.1), and others having 4/5ths or 0.8 as a cup to disc ratio.
- The intraocular pressure (IOP) refers to the pressure exerted by intraocular fluids on the coats of the eyeball.
- The normal IOP varies between 10 and 21 mm of Hg
Epidemiology:
On the basis of the available data, we estimate that there are approximately 11.2 million persons aged 40 years and older with glaucoma in India. Primary open angle glaucoma is estimated to affect 6.48 million persons. The estimated number with primary angle-closure glaucoma is 2.54 million.
The management of pediatric glaucoma has traditionally relied on surgical interventions as the primary means of controlling intraocular pressure. Procedures such as trabeculotomy, trabeculectomy, and goniotomy are frequently performed in infants and young children to improve aqueous drainage and protect optic nerve function. However, surgery can carry significant risks and complications, including infection, scarring, and the need for multiple procedures over time. Medical treatments, including topical IOP-lowering drugs (e.g., beta-blockers, prostaglandin analogs), are also used, but their effectiveness in children is often limited due to the difficulty in adherence, the need for long-term administration, and potential side effects such as respiratory or systemic issues.
Given these challenges, there is growing interest in exploring alternative or complementary therapies for pediatric glaucoma. Homeopathy, a centuries-old system of alternative medicine, offers a unique approach based on the principle of “like cures like.” Homeopathic remedies are prepared through a process of serial dilution and succussion (vigorous shaking), which practitioners believe stimulates the body’s self-regulatory mechanisms. Although homeopathy is widely used for various pediatric conditions, including respiratory infections, allergies, and developmental disorders, its application in treating chronic diseases like glaucoma is less well understood.
This study seeks to investigate whether homeopathic medicine could serve as an adjunct or alternative to conventional treatment for pediatric glaucoma. While conventional therapies remain the gold standard, many parents seek non-invasive treatments that may provide relief from symptoms and improve overall health. Homeopathy, with its emphasis on holistic treatment and minimal side effects, offers potential in this regard. However, due to the lack of robust scientific evidence, more studies are required to evaluate its efficacy and safety in managing pediatric glaucoma.
Icd Code of Pediatric Glaucoma
ICD-10 Codes for Glaucoma
- H40 Glaucoma
H40.00 Preglaucoma, unspecified
H40.01 Open angle with borderline findings, low risk
H40.02 Open angle with borderline findings, high risk
H40.03 Anatomical narrow angle
H40.04 Steroid responder
H40.05 Ocular hypertension
H40.06 Primary angle closure without glaucoma damage
H40.10 Unspecified open-angle glaucoma
H40.11 Primary open-angle glaucoma
H40.12 Low-tension glaucoma
H40.13 Pigmentary glaucoma
H40.14 Capsular glaucoma with pseudoexfoliation of lens
H40.15 Residual stage of open-angle glaucoma
H40.20 Unspecified primary angle-closure glaucoma
H40.21 Acute angle-closure glaucoma
H40.22 Chronic angle-closure glaucoma
H40.23 Intermittent angle-closure glaucoma
H40.24 Residual stage of angle-closure glaucoma
H40.81 Glaucoma with increased episcleral venous pressure
H40.82 Hypersecretion glaucoma
H40.83 Aqueous misdirection
H40.89 Other specified glaucoma
Objective: The objective of this study is to assess the therapeutic effect of homeopathic remedies on pediatric glaucoma patients in terms of reducing intraocular pressure, stabilizing optic nerve health, and improving overall visual function. The specific objectives are:
- To evaluate the degree of intraocular pressure reduction in pediatric glaucoma patients undergoing homeopathic treatment.
- To assess changes in optic nerve health, as indicated by optic nerve head and retinal nerve fiber layer (RNFL) thickness.
- To monitor improvements in visual acuity in children receiving homeopathic care.
- To document any changes in the quality of life as reported by patients and caregivers.
- To compare the outcomes of homeopathic treatments with those observed in conventional glaucoma management.
Methodology:
The patient were divided into 2 groups
Group 1: Homoeopathic medicine
Group 2: Homoeopathic with conventional medicine.
All were examined for routine ophthalmic check with special attention to the following:
- Fixation for detecting exotropia, nystagmus.
- Sclera for bluish discoloration.
- Cornea for size more than 12mm, striation indicating breaks and tears, edema.
- A deep AC.
- Iris for atrophy, Iridodonesis.
- Disc for glaucomatous cupping.
Study Design
This was a prospective, observational open label conducted over a 6 month period at a Sat Kaival eye hospital . Twenty patients with confirmed diagnoses of pediatric glaucoma were recruited for the study. These patients were followed for a period of 6 months, during which they received individualized homeopathic treatments in addition to any conventional care they had been receiving. The study protocol was reviewed and approved by the hospital’s ethical review board, and informed consent was obtained from all caregivers.
Patient Selection
Inclusion Criteria:
Children aged 6 months to 15 years with a confirmed diagnosis of primary congenital or juvenile glaucoma.
Patients who had undergone prior glaucoma surgery or were on conventional medical therapy but had not achieved satisfactory IOP control (defined as IOP ≥ 21 mmHg).
Patients with documented progression of optic nerve damage or visual impairment despite conventional treatment.
Patients whose caregivers sought homeopathic treatment as an adjunct or alternative to ongoing conventional therapy.
Exclusion Criteria:
Patients with secondary glaucoma caused by trauma, inflammation, or systemic conditions such as retinopathy of prematurity.
Patients who had undergone glaucoma surgery within the previous six months or were scheduled for surgery during the study period.
Patients with systemic conditions (e.g., diabetes, severe asthma) that could confound the study results.
Patients whose caregivers refused or were unable to comply with follow-up visits.
Intervention
Homeopathic treatment was administered by a certified homeopathic physician who followed classical homeopathic principles. A detailed case history was taken for each patient, including physical, mental, and emotional symptoms. Based on this information, a personalized homeopathic remedy was selected for each patient. Common remedies used included:
- Physostigma: Creating a twisted feeling in the eyes. When shifted from side to side, the eyes become sore and painful. Intense discomfort in both orbits. Sharp, searing pain in the eyes. After use, there is a dull ache over or between the eyes. Eyes are sharp; lids are painful and heavy. Aching in the back of the orbit, extending into the brain, exacerbated by reading, which produces nausea. Light sensitivity in the eyes; feeling frail. Accommodation spasm, which can be irregular and produce astigmatism. Blurred vision, as if a picture was playing in front of the eyes.
- Sarothamnus Scopanarius: Glaucoma that is chronic. Choroiditis. Iritis. Burning and burning sensations, particularly behind the left eye. Moving the eyelids causes pain. When viewing a light source, the brightness of the light and the rainbow colours of the halo appear more vivid.
- Cedron: Cedron is the remedy if the symptoms have a distinct pattern. Red eyes. Burn brightly. Shooting across the left eye. Scalding lachrymation, severe pain in the eyes with radiating pains around the eye. Supraorbital pain on a regular basis. Sex is made worse by ocular pain. The eye is inflamed. Objects are red at twilight and yellow during the day.
- Comocladia Dentata: Right eye is extremely painful, feeling much bigger and protruding than the left. Being near a warm furnace aggravated the situation. The balls of the eyes feel heavy, as if something is resting on top of them, pushing them downward and outward. Motion aggravates the situation. The eyeball hurts a lot.
- Aconite: Eyes burn, feel dry, and are susceptible to light. There was a lot of pain and heat. Pain that is intensely searing and shooting. The ball, particularly the upper portion, is sensitive when moved. Looking down or turning the eyes; the ball appears to be enlarged, as if protruding, causing the lids to tense; appears to be pushed out of the circle. The eyes are puffy. They have the appearance of grit in them. Photophobia. Faces are difficult to discern because vision is as if through a veil. Sparks appear in front of the irises, they flicker. The aconite patient exhibits extreme anxiety, dread, restlessness, and thirst. The initial stage of inflammation or trauma to the eye, conjunctiva, sclera, and lids. The standard treatment for ocular trauma or injuries caused by foreign bodies, wounds, or operations, as well as neuralgia caused by exposure to a cold dry breeze.
- Phosphorus: Glaucoma. Retinal vessel thrombosis and degenerative alterations in retinal cells. In the elderly, degenerative changes such as pain and curved lines can be seen. Light sensitivity and distortion of vision are symptoms of retinal disease. Black points appear to hover in front of the eyes. The patient improves his vision by shading his eyes with his palm. Eye and brain fatigue even when not using the eyes much.
- Osmium: Glaucoma accompanied by shimmering vision. Violent supra- and infra-orbital neuralgia, as well as discomfort and lachrymation. Green hues envelop candlelight. Conjunctivitis. Increased intraocular strain, blurred vision, and photophobia.
- Spigelia Anthelmia: Sensation as if eyes are too big; pressive discomfort when turning them. Pupils enlarged; photophobia; rheumatic ophthalmia. Severe discomfort in and around the eyes that extends deep into the socket. A real neuritis is iliary neuralgia.
- Prunus Spinosa: Prunus Spinosa is an excellent natural remedy for treating sudden discomfort in the right eye caused by Glaucoma. Prunus Spinosa is most effective for right eye discomfort. The pain in the eye is so intense and violent that it causes a bursting feeling in the eyeball. 10. Belladonna: It is most effective for severe Glaucoma symptoms. The primary symptom is a sudden increase in vision dimness. The eyes look to be red. This is followed by excruciating pain in the eyes and head. The agony has a very violent personality. Nausea and vomiting are also possible side effects.
- Calcarea carbonica – for children with poor physical development, often indicated in patients with constitutional weakness and slow development.
- Silicea – typically prescribed for chronic conditions where the body struggles to eliminate toxins, believed to support the drainage system of the eye.
- Pulsatilla – used in children with fluctuating symptoms, including intermittent pain and variable IOP, often associated with emotional sensitivity.
- Belladonna – for acute episodes of raised IOP accompanied by inflammation, dilated pupils, or visual disturbances.
Remedies were prescribed in potencies ranging from 30C to 200C, depending on the patient’s condition and response to treatment. Follow-up appointments were scheduled every 4-6 weeks, during which the homeopathic prescription was adjusted as needed based on the patient’s progress.
Outcome Measures
The primary outcomes of the study were changes in intraocular pressure and optic nerve health. Secondary outcomes included visual acuity, quality of life, and adverse effects.
- Intraocular Pressure (IOP): IOP was measured using Goldmann applanation tonometry at baseline and at each follow-up visit. A clinically significant reduction was defined as a decrease of ≥20% from baseline.
- Optic Nerve Health: The health of the optic nerve was assessed using optical coherence tomography (OCT) to measure retinal nerve fiber layer (RNFL) thickness. Progressive thinning of the RNFL is a marker of glaucoma-related optic nerve damage.
- Visual Acuity: Visual acuity was assessed using age-appropriate methods, such as the Snellen chart for older children or visual fixation behavior for infants.
- Adverse Effects: Any adverse reactions to homeopathic treatments were documented, including aggravation of symptoms or new symptoms.
Statistical Analysis
Data were analyzed using SPSS software (version 25.0). Paired t-tests were employed to compare baseline and post-treatment IOP and RNFL thickness. Wilcoxon signed-rank tests were used to analyze changes in visual acuity, as these data did not follow a normal distribution. Descriptive statistics were used to summarize quality-of-life scores and adverse events. A p-value of <0.05 was considered statistically significant.
Results:
Patient Demographics
The study included 20 pediatric glaucoma patients, of which 12 (60%) were male and 8 (40%) were female. The mean age of patients was 11.3 (range: 6 months to 12 years). Twelve patients (60%) were on solely homoeopathic medication. The remaining 8 patients (40%) were receiving conventional medical therapy, including beta-blockers or prostaglandin analogs, but were either non-responsive or experienced adverse effects and thereafter taken on homoeopathic medication with allopathic treatment continued .
Intraocular Pressure
At baseline, the mean bilateral IOP across all patients was 26.0 mmHg (±3.2 mmHg). After 6 months of homeopathic treatment, the mean IOP had decreased to 20.0 mmHg (±2.9 mmHg), representing a mean reduction of 24%. At 3 months, IOP decreased further to 19.0 mmHg (±3.0 mmHg), and by the end of the 12-month study period, the mean IOP was 18.0 mmHg (±2.7 mmHg), representing an overall reduction of 31% from baseline. The reduction in IOP was statistically significant (p < 0.01).
Discussion:
The results of this study suggest that homeopathic medicine may offer a potential complementary therapy for pediatric glaucoma or are on conventional treatment regimens. The reduction in IOP observed in this cohort, along with the stabilization of optic nerve health and maintenance of visual acuity, indicates that homeopathic remedies could play a supportive role in managing the disease.
Homeopathy’s individualized approach, focusing on the patient’s overall constitution and specific symptoms, may help modulate physiological responses, potentially reducing intraocular pressure and improving eye health. However, it is essential to note that the underlying mechanisms through which homeopathic treatments exert these effects remain poorly understood and warrant further investigation.
The absence of significant adverse events in this study aligns with the general safety profile of homeopathic remedies, which are typically well-tolerated due to their highly diluted nature. However, the lack of a control group and the small sample size limit the generalizability of these findings. Additionally, the long-term efficacy of homeopathic treatments beyond the 12-month study period remains unclear.
Despite these limitations, this study adds to the growing body of anecdotal and observational evidence suggesting that homeopathy may have a role in the management of pediatric glaucoma. Future research should focus on larger, randomized controlled trials to validate these findings and explore the potential mechanisms underlying homeopathic interventions
Conclusion:
The above trail conclusively proves that Homoeopathic medicine extremely
works to retard the progress of Glaucoma. Homoeopathic medicine will improve the visual field
pathway and field of the peripheral vision along with the intraocular pressure status. It also
includes the stability of intraocular pressure and the other symptoms like mental irritability,
Headache, dizziness, lachrymation and most probably vision abnormality.
References:
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- Sihota Ramanjit, Tondon Radhika; Parson’s diseases of eyes; 21st edition; 2011; Elsevier india Pvt Ltd.
- https://www.homeobook.com/homoeopathy-and-glaucoma/
- Boerick William. Pocket manual of homoeopathic materia medica and repertory; Student edition 2012; B. Jain Publisher, New Delhi
- Allen.H.C. keynotes rearranged and classified with leading remedies of materia medica and bowel nososdes; Student edition 2011; B. Jain Publisher, New Delhi
- Naveen, B., Smitha, V. K., Pai, M., & Shilpa, N. (n.d.). Assessing quality of life in patients with glaucoma using the glaucoma quality of life -15 (GQL-15) questionnaire in Indian eyes. Ijhsr.org. Retrieved November 30, 2023, from https://www.ijhsr.org/IJHSR_Vol.4_Issue.3_March2014/15.pdf
- https://www.homoeopathicjournal.com/articles/815/7-2-4-611.pdf