Retinal Risks in High Myopia After Head Trauma - Ophthalmology

Share to:

High myopia and retinal issues?


Hello Doctor, I have approximately 1000 degrees of myopia.
About 10 years ago, I underwent retinal laser treatment.
After being hit on the head (not the eyes) by a ball six months ago, I found that my retina had thinned and underwent another laser treatment.
Subsequent follow-up visits have been normal.
A few days ago, I accidentally pressed my palm against my eye while sleeping, which caused slight swelling and pain upon waking.
Is this situation as dangerous as the risk of retinal detachment caused by the head injury? What are the causes of retinal detachment from head trauma? If the examination after dilation is normal, do I still need to have check-ups every 1 to 2 months? How long should I pay special attention to my condition?

Niming, 20~29 year old female. Ask Date: 2024/03/23

Dr. He Jianxian reply Ophthalmology


Dear Mr.
Anonymous:
Pressing on the eye while sleeping and being struck by a ball are indeed different scenarios.
The duration of pressure applied differs; the impact from a ball is sudden and intense, which can more easily lead to issues with the retina.
After such an impact, the retina is at risk because the vitreous body inside the eye can move due to the force, potentially pulling on the retina and sometimes causing a tear.
This condition can lead to retinal detachment.
Typically, if a dilated eye examination shows no abnormalities, there is no need for repeated checks.
Generally, we wait for new symptoms to arise, such as an increase in floaters or flashes of light, before considering another dilated examination.
Director He Jianxian, Ophthalmology, Nantou Hospital

Reply Date: 2024/03/23

More Info


When it comes to understanding the risks of retinal issues, particularly in individuals with high myopia (nearsightedness), after experiencing head trauma, it is essential to consider several factors. High myopia is associated with an increased risk of retinal complications, including retinal tears and detachments. This risk is further compounded by any trauma to the head, as the forces involved can potentially affect the retina, even if the eye itself is not directly impacted.

In your case, you mentioned having a history of high myopia (around 1000 degrees) and previous laser treatment for retinal issues. Following the head trauma from being hit by a ball, you experienced some changes in your retinal condition, such as thinning, which required additional laser treatment. This history is significant because individuals with high myopia often have structural changes in the eye that predispose them to retinal problems. The trauma you experienced could have exacerbated these pre-existing conditions.

The question of whether the incident of pressing your palm against your eye while sleeping poses a similar risk to that of head trauma is nuanced. While pressing on the eye can cause discomfort and transient changes in vision, it is generally less likely to cause the same level of risk for retinal detachment as a significant head injury. However, any pressure on the eye can potentially lead to complications, especially in someone with a history of retinal issues. It is crucial to monitor any symptoms that arise after such incidents.

The primary concern with head trauma leading to retinal detachment is the potential for mechanical forces to create tears in the retina or to cause the retina to pull away from the underlying tissue. This can occur due to the sudden movement of the eye within the orbit or due to changes in the vitreous gel that fills the eye, which can happen after trauma. In high myopia, the retina is already more susceptible to these types of injuries due to its thinner structure.

Regarding follow-up care, if your dilated eye exam shows no signs of retinal detachment or other complications, it may be reasonable to follow a less frequent monitoring schedule than every 1-2 months. However, given your history of high myopia and previous retinal treatments, it is advisable to maintain regular check-ups with your ophthalmologist. The frequency of these visits can be determined based on your specific risk factors and the findings from your examinations.
In general, you should be vigilant for any new symptoms, such as sudden flashes of light, an increase in floaters, or any significant changes in your vision. If you experience any of these symptoms, it is crucial to seek immediate medical attention, as they could indicate a retinal tear or detachment.

In summary, while the risk of retinal detachment from pressing on the eye is lower than from head trauma, it is still essential to be cautious, especially given your history of high myopia and previous retinal treatments. Regular follow-up with your eye care provider is vital to monitor your eye health and to address any concerns that may arise promptly.

Similar Q&A

Understanding Retinal Health: Risks and Precautions After Eye Trauma

Hello Doctor: Due to my high myopia and astigmatism (both eyes -1000, astigmatism -400), I had a retinal examination a few days ago at the age of 31. The doctor said my retinal condition is normal, but the peripheral retina has become thinner, and I was advised to have regular fo...


Dr. Gao Pilin reply Ophthalmology
Hello: Your eye condition has progressed to high myopia and astigmatism, and the peripheral retina has become thinner. Therefore, any impact to the head should be taken seriously. Head trauma can lead to retinal detachment, especially if there are pre-existing issues with your ey...

[Read More] Understanding Retinal Health: Risks and Precautions After Eye Trauma


Understanding Retinal Detachment Risks for High Myopia Patients

Hello, doctor. I would like to ask: I have high myopia of -600 degrees, and I sometimes worry about retinal detachment. I read online that sudden exertion can cause a rapid increase in intraocular pressure, leading to retinal detachment. Can you please tell me if everyday activit...


Dr. Gao Pilin reply Ophthalmology
Hello: High myopia (greater than -6.00 diopters) is indeed one of the high-risk factors for retinal detachment. Due to the longer axial length of the eyes in individuals with high myopia, the retina becomes thinner, increasing the risk of retinal tears or detachment. Certain acti...

[Read More] Understanding Retinal Detachment Risks for High Myopia Patients


Understanding Retinal Holes: Risks and Precautions for High Myopia Patients

Hello, Doctor Gao. I apologize for bothering you again. I have high myopia (approximately -1000 in both eyes) and high astigmatism (approximately -375 in both eyes). Last month, I underwent a dilated fundus examination and discovered a small hole in the upper right corner of my r...


Dr. Gao Pilin reply Ophthalmology
Hello: 1. The vibrations from driving or riding a motorcycle during commuting can indeed pose certain risks for patients who already have retinal tears or thinning. Especially when navigating uneven or bumpy roads, it is advisable to minimize the impact of these vibrations. It ...

[Read More] Understanding Retinal Holes: Risks and Precautions for High Myopia Patients


Risks of Retinal Detachment in Diving: A Guide for High Myopia Patients

Dear Doctor: I am going to join the Navy, and the training includes "swimming" and "diving" (from a height of about 2-3 meters, with a depth of about 3 meters). However, I have a history of high myopia that led to a retinal tear, for which I underwent laser su...


Dr. He Jianxian reply Ophthalmology
Hello Sir: Thank you for your inquiry. I would like to respond to your question and provide the following advice: High-impact trauma does indeed carry a risk of retinal tears and detachment; however, since you have already received treatment, the associated risks are reduced. I a...

[Read More] Risks of Retinal Detachment in Diving: A Guide for High Myopia Patients


Related FAQ

Eye Trauma

(Ophthalmology)

High Myopia

(Ophthalmology)

Hyperopia

(Ophthalmology)

Retina

(Ophthalmology)

Myopia

(Ophthalmology)

Retinal Tear

(Ophthalmology)

Post-Retinal Laser Surgery

(Ophthalmology)

Visual Field

(Ophthalmology)

Visual Disturbance

(Ophthalmology)

Visual Afterimages

(Ophthalmology)