Some wind instruments can temporarily increase pressure inside the eye during performance. For musicians with glaucoma or glaucoma risk factors, understanding how instrument type, breathing technique, and eye health interact may help protect long-term vision.
Here is what Musicians Need to Know About Eye Pressure, Technique, and Long-Term Vision, says Dr Shibal Bhartiya.
Dr Shibal Bhartiya is a fellowship-trained glaucoma specialist and Mayo Clinic Research Collaborator with over 25 years of experience. Her approach focuses on identifying risk before damage is irreversible, simplifying treatment decisions, and protecting vision long-term. Emphasis on early detection, risk assessment, and continuity of care. She is rated 5 stars across 1,500+ patient reviews on Google.
Dr. Shibal Bhartiya has published peer-reviewed research examining the relationship between glaucoma and musical instrument performance. The discussion in this article draws upon both published evidence and ongoing clinical interest in how lifestyle activities may influence intraocular pressure and optic nerve health.
Related publication: Eye-tunes: role of music in ophthalmology and vision sciences; Twenty four hour eye pressure monitoring
Music, Breathing, and Eye Health: An Overlooked Conversation
Most people think of glaucoma as a disease influenced by age, family history, eye pressure, and genetics. Few consider whether a lifelong hobby or profession could affect the eyes.
Yet musicians who play wind instruments generate substantial airflow and pressure during performance. Researchers have therefore explored whether playing certain instruments might temporarily increase intraocular pressure (IOP), the pressure inside the eye.
The answer is more nuanced than many headlines suggest.
While some wind instruments may be associated with transient rises in eye pressure by almost 10%, the effects vary depending on the instrument, the player, the technique used, and the individual’s underlying glaucoma risk.
Following publication, Professor Frank Gabriel Campos, Professor Emeritus of Trumpet at Ithaca College, provided valuable insights regarding brass performance technique and the distinction between efficient airflow support and Valsalva-like straining. This article has been written to reflect those nuances and to encourage a more technique-sensitive interpretation of the available evidence.
Why Eye Pressure Matters in Glaucoma
Glaucoma is a chronic optic nerve disease that often progresses silently. Elevated intraocular pressure is one of its most important risk factors.
What makes glaucoma challenging is that damage often develops gradually over years before noticeable symptoms appear.
Many patients continue to see well while subtle changes accumulate in peripheral vision, contrast sensitivity, dark adaptation, or visual processing.
This is why activities that may temporarily increase eye pressure have attracted scientific interest.
Do Wind Instruments Increase Eye Pressure?
Several studies have reported temporary increases in intraocular pressure while playing certain wind instruments.
Researchers believe this may occur because high-resistance instruments require forceful exhalation against resistance, generating pressure changes within the chest, neck, and head.
These physiological changes may influence:
- Venous pressure
- Blood flow dynamics
- Intraocular pressure
- Optic nerve perfusion
Importantly, temporary increases in eye pressure are not the same as glaucoma.
Most musicians who play wind instruments never develop glaucoma.
However, for individuals who already have glaucoma, ocular hypertension, suspicious optic nerves, or a strong family history, these findings may be clinically relevant.
Not All Instruments Are the Same
Different instruments create different airflow demands and resistance.
Instruments Often Associated with Higher Resistance
| Instrument Type | Potential Eye Pressure Concern |
|---|---|
| Trumpet | Higher expiratory resistance |
| Oboe | Very high airflow resistance |
| French Horn | Sustained pressure generation |
| Bassoon | High resistance airflow |
| Certain Brass Instruments | Repeated pressure fluctuations |
Instruments Generally Associated with Lower Resistance
| Instrument Type | Relative Physiological Load |
|---|---|
| Flute | Lower resistance |
| Clarinet | Variable |
| Saxophone | Moderate |
| Recorder | Generally lower |
The relationship remains complex and individual. In the Indian context, while there is little or no evidence, blowing the conch shell, and the flute may also have similar effects.
An Important Clarification About Technique
One of the most valuable insights on this topic comes not from ophthalmology, but from professional music performance.
After publication of an earlier version of this article, Professor Frank Gabriel Campos, Professor Emeritus of Trumpet at Ithaca College and author of Trumpet Technique (Oxford University Press), generously shared an important perspective.
Professor Campos notes that the Valsalva manoeuvre is generally considered poor or incorrect technique in high-level brass performance rather than a desired component of proper playing.
This distinction matters.
Some discussions of eye pressure and wind instruments assume that elevated pressure results from Valsalva-like straining. However, experienced musicians aim to support airflow efficiently without unnecessary glottic closure or excessive pressure generation.
In other words:
The physiological effects of wind instrument performance may depend not only on the instrument being played, but also on how it is played.
This highlights an important area for future research.
Understanding technique may prove just as important as understanding instrument type.
The author gratefully acknowledges Professor Frank Gabriel Campos for his thoughtful contribution to this discussion and for helping improve the accuracy and nuance of this article.
What Doctors May Miss
| What Patients Think | What May Actually Be Happening |
|---|---|
| “My vision seems normal.” | Early glaucoma may cause no noticeable symptoms. |
| “Nobody asked about my hobbies.” | Certain activities may provide useful risk information. |
| “My eye pressure is normal in clinic.” | Eye pressure naturally fluctuates throughout the day. |
| “Playing music cannot affect my eyes.” | Some instruments may temporarily influence eye pressure. |
| “Only family history matters.” | Multiple risk factors interact in glaucoma development. |
| “If I see clearly, I must be safe.” | Functional compensation can hide early disease. |
Should Musicians Stop Playing?
In most cases, no.
The purpose of understanding these findings is not to discourage music.
For many musicians, playing an instrument is a profession, passion, social connection, and lifelong source of joy.
Instead, the goal is awareness.
If you have:
- Glaucoma
- Ocular hypertension
- A strong family history of glaucoma
- Suspicious optic nerves
- Progressive visual field loss
it may be worth discussing your musical activities with your eye specialist.
Monitoring can often be tailored without requiring major lifestyle changes.
Questions Worth Asking Your Eye Doctor
- Does my current glaucoma appear stable?
- How advanced is my disease?
- Should my eye pressure be monitored more closely?
- Are there activities that may affect my individual risk profile?
- Do my optic nerve findings suggest increased vulnerability?
- Would additional testing be useful?
This page is a part of the Glaucoma Hub. you may want to read about Glaucoma Progression, and Risk Stratification in Glaucoma.
Frequently Asked Questions
Can playing a trumpet cause glaucoma?
No. Playing a trumpet does not directly cause glaucoma. However, some studies suggest that certain wind instruments may temporarily increase eye pressure during performance.
Is it safe to play a wind instrument if I have glaucoma?
Many people with glaucoma continue playing wind instruments safely. Decisions should be individualized based on disease severity, eye pressure control, and overall risk profile.
Which instruments are most often studied?
Trumpet, oboe, bassoon, and French horn have received particular attention because of their higher airflow resistance.
Does technique matter?
Yes. Professional musicians emphasize that efficient breathing and airflow support differ from excessive straining. Technique may influence physiological responses during performance.
Can normal eye pressure readings miss risk?
Yes. Eye pressure varies throughout the day and may not always reflect pressure changes during specific activities.
Should musicians undergo glaucoma screening?
Anyone with glaucoma risk factors: including family history, elevated eye pressure, suspicious optic nerves, or age-related risk, should consider regular comprehensive eye examinations.
Can glaucoma affect musicians even if they read music normally?
Yes. Early glaucoma often affects peripheral vision first. Reading music may remain normal while subtle visual field changes develop elsewhere.
What symptoms should musicians watch for?
Glaucoma often causes no symptoms in its early stages. Regular examinations are more reliable than symptom monitoring alone.
Key Takeaway
Playing a wind instrument does not automatically mean you are at risk of glaucoma.
However, research suggests that certain instruments may temporarily increase eye pressure, particularly when substantial resistance is involved.
The relationship is complex. Instrument type, technique, breathing mechanics, eye anatomy, and individual susceptibility all matter.
For musicians with glaucoma or glaucoma risk factors, awareness—not alarm—is the right response.
The goal is not to stop making music.
The goal is to protect vision so that music can remain part of life for years to come.
About the Author
This article was written by Dr Shibal Bhartiya, fellowship-trained glaucoma specialist and Mayo Clinic Research Collaborator, Clinical Director at Marengo Asia Hospitals, Gurugram, known for ethical, patient-centred glaucoma care and independent glaucoma second opinions. She is also the Program Director for Community Outreach & Wellness; and for the Marengo Asia International Institute of Neuro and Spine.
She has published peer-reviewed research on glaucoma management, examining how treatment decisions should balance medical evidence, patient preferences, and long-term vision outcomes.
As Editor-in-Chief of Clinical and Experimental Vision and Eye Research and Executive Editor of the Journal of Current Glaucoma Practice (Pubmed Indexed, official journal of the International Society of Glaucoma Surgery), Dr Shibal Bhartiya brings editorial and research depth to every clinical decision. Her 200+ publications, including 90+ PubMed-indexed publications and 28 edited textbooks span glaucoma biology, surgical outcomes, health equity, and emerging diagnostics.
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Note: This article was written by Dr. Shibal Bhartiya, and was updated following correspondence with Professor Emeritus Frank Gabriel Campos regarding brass performance technique.
