Color Blindness Treatment: Type and Causes | GetWellGo

Color Blindness Treatment

Color blindness or color vision deficiency alters individuals' perception of colors due to genetic problems. While there is no cure for genetic color blindness yet, there are a number of things that can be done to assist with color discrimination and everyday living:

Glasses & Contact Lenses

Certain glasses or lenses may also function as an optical filter, simply choosing to allow only certain wavelengths of light to pass through, and thereby improve color vision:

• EnChroma glasses are among the best (top) options for color blind kids that suffer from red-green color blindness. Works best on some user's devices when outside and in direct sunlight.
• ColorCorrect contact lenses are specifically designed to enhance the ability of their users to perceive colors.
• Limitations: They are unable to provide complete restoration of normal color vision and outcomes when in use may be inconsistent.

Mobile Apps & Digital Tools

Ease of the smartphones and computer software can help identify colors:

• Automated technology to view colors like Color Blind Pal and Seeing AI
• Features like color filters, or color inversion, on phones
• Pre-loaded interfaces in devices such as Windows or macOS that also refer to color filters.

Gene Therapy (Experimental)

• Wishlist is aimed at the direct delivery of a functional gene to the retina.
• Additional clinical trials are ongoing, but treatment has not progressed to receive regulatory approval for use in humans.

Occupational & Educational Adaptations

Providing color names as a method of distinguishing colors

• Substituting the colors with different patterns or shapes for enabling the identification of the objects.
• Training professionals to counsel individuals to acquire jobs that do not require the high color identification skills (e.g. electrician, pilot).

Treatment of Acquired Color Blindness

Color blindness can be triggered by another illness like glaucoma, optic neuritis, diabetes, or an adverse effect from a drug:

• Increased health behind color blindness can possibly increase perception of colours.
• Eye check-ups on a regular basis are necessary.

Color Blindness Treatment in Delhi

Those receiving evaluation and management for color blindness in Delhi get access to several expert eye care facilities and professional ophthalmologists. Although an irreversible cure is not available today for genetic color vision deficiencies, there are certain techniques that help to enhance color perception and daily functioning.

Services Provided

• Comprehensive Eye Exams: Through procedures like the Ishihara test, experts are able to determine the nature and degree of color blindness.

Treatment Options:

• Offering corrective lenses in the form of filtered screens (colored or tinted) to assist with the capacity to identify their colors more distinctly.
• Suggestions of effective strategies for coping with daily tasks and professional demands.
• Offers information tools that will assist in managing and comprehending color vision disorder.

Alternative Therapies:

• In some cases, some of the Ayurvedic treatments for eye health such as herbal substances and exercises that target eye health can be obtained in selected centers.

Best Color Blindness Doctors in India

Color Blindness Specialist in India:

• Dr. Sameer Kaushal
• Dr. Sudipto Pakrasi
• Dr. Anita Sethi
• Dr. Aniel Malhotra

Color Vision Deficiency Treatment India

Color vision deficiency (CVD) also known as color blindness impacts a person's visualizing ability concerning colors. In India, the treatment for genetic color blindness is not permanent but there are various treatments and management strategies to help the patients adapt to the issue.

Assistive Devices and Glasses

EnChroma Glasses

• EnChroma glasses allow individuals suffering from red-green color blindness to distinguish colors more effectively due to patented lenses. The glasses operate on the principle of a system that chooses to block the light waves in an effort to improve color identification.

Pilestone Glasses

• Like EnChroma, Pilestone sells varying models of color-corrective glasses specifically tailored for varying forms of color blindness. Sought both online and in turn, they might be an affordable option for a few individuals.

Emerging and Experimental Therapies

Gene Therapy

• Researchers continuously explore gene replacement methods to eradicate color deficiencies from the genetic level. While the promise is intriguing they remain experimental and not yet accessible to most individuals.

General Management Strategies

Visual Aids and Apps

• There are numerous mobile apps and interactive tools which can assist individuals to recognize colors which are beneficial both for daily tasks as well as for workplace requirements.

Occupational Counselling

• Experts dealing with challenges owing to color vision deficiencies can be assisted by counselling to talk about alternative or modify their work environment to make them more accessible.

Factors Affecting Color Blindness Treatment Cost in India

The cost of curing color blindness in India can be quite far apart in value as a result of several key aspects. Even though there is no permanent solution to genetic color blindness, treatments such as corrective lenses or therapies may feature different costs:

• Type of Treatment Chosen
• Diagnostic and Consultation Fees
• City and Clinic Reputation
• Expertise of the Doctor or Therapist
• Duration and Complexity of Therapy
• Imported vs. Local Products
• Additional Supportive Services

Color Blindness Type

Color blindness, or color vision deficiency (CVD), is a loss or reduction of the ability to distinguish colors. To most instances it is inherited, but in a few instances it can develop due to conditions, unintentional injuries or medication. Color blindness relies on what pigments are being targeted and what photoreceptors cones in the eye are defective.

Main Types of Color Blindness

Red-Green Color Blindness (Most Common)

• Due to absence of the red or green cone cells (photopigments).

Protanopia:

• No functional red cones (L-cones)
• Red is dark or black; trouble telling reds from greens.

Protanomaly:

• Decreased sensitivity to red light
• Red is rather dull or greenish.

Deuteranopia:

• No functional green cones (M-cones)
• Green is beige or grayish; red-green confusion.

Deuteranomaly (Most common type):

• There are green cones, but they function differently than normal
• It becomes difficult to distinguish green from red.

Blue-Yellow Color Blindness (Less Common)

• Results of problems with the blue cone cells (S-cones).

Tritanopia:

• No working blue cones
• Difficulties telling the blue and green colours apart and between yellow and pink.

Tritanomaly:

• Decreased sensitivity to blue light
• The blue colour is more greenish in shade; it is difficult to distinguish between the tint of yellow, red, and pink.

Total Color Blindness (Monochromacy)

• Incidence-Extremely rare causes–complete absence of colour vision.

Rod Monochromacy (Achromatopsia):

• No working cone cells
• Perception is restricted only for black, white, and grays. Usually paired with challenges seeing things in full light and deterioration of vision.

Cone Monochromacy:

• One type of cone in the eye is operated.
• Color vision, though US limited, is less severe compared to rod monochromacy.

Color Blindness Causes

Color blindness, or color vision deficiency (CVD), results from genetic, acquired, or environmental factors. Below is a breakdown of the major causes:

Genetic (Inherited) Causes – Most Common

• Inherited from parents to child, usually as a sex-linked recessive condition on the X chromosome.
• Predominantly affecting males since they possess one X chromosome.
• Caused by mutations in the genes that regulate the functioning of cone cells (photoreceptors) of the retina.
• Generally produces red-green color blindness (protanopia, deuteranopia).

Acquired Color Blindness

Occurs later in life and can affect one eye or both.

Eye Diseases

• Glaucoma: Damage to optic nerve from pressure affects color vision.
• Macular degeneration: Retina degeneration, especially in older individuals.
• Diabetic retinopathy: Vascular damage to blood vessels in the retina reduces vision.
• Cataracts: Lens opacification in the eye can dampen colors.

Medications and Chemicals

Certain drugs have an impact on the optic nerve or retina:

• Digoxin (cardiac disease)
• Ethambutol (tuberculosis)
• Chloroquine (malaria)
• Exposure to toxic chemicals (e.g., carbon disulfide, styrene) also destroys the optic nerve.

Injury or Trauma

• Straightforward damage to the optic nerve or brain (especially the occipital lobe) will impair color vision.

Aging

• Natural aging slowly can destroy the cones and yellow the lens, reducing the ability to distinguish certain colors, especially blues.

Neurological Conditions

• Diseases such as multiple sclerosis (MS) or Alzheimer's may influence color discrimination and visual processing.

Why Choose GetWellGo for Color Blindness Treatment?

GetWellGo is regarded as a leading supplier of healthcare services. We help our foreign clients choose the best treatment locations that suit their needs both financially and medically.

We offer:

• Complete transparency
• Fair costs.
• 24 hour availability.
• Medical E-visas
• Online consultation from recognized Indian experts.
• Assistance in selecting India's top hospitals for color blindness treatment.
• Expert ophthalmologist with a strong track record of success
• Assistance during and after the course of treatment.
• Language Support
• Travel and Accommodation Services
• Case manager assigned to every patient to provide seamless support in and out of the hospital like appointment booking
• Local SIM Cards
• Currency Exchange
• Arranging Patient’s local food