Micro-pulse laser technology, a safe choice for mesothelioma treatment

Author: Tian Bei, Chief Physician, Beijing Tongren Hospital, Capital Medical University

Reviewer: Hu Wenli, Chief Physician, Beijing Chaoyang Hospital, Capital Medical University

Central serous chorioretinopathy, abbreviated as central serous, is a self-limiting disease that mostly occurs in young and middle-aged males. The main symptoms are decreased vision, visual distortion, and darkening.

Traditionally, the methods for treating myocardial infarction are limited and have certain risks and limitations. However, with the continuous advancement of medical technology, especially the innovation of laser technology, the treatment of myocardial infarction has ushered in a new dawn. Among them, the emergence of micro-pulse laser technology has brought safer and more effective treatment options to myocardial infarction patients.

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Conventional laser treatment has been used in the field of ophthalmology for decades, especially in the treatment of retinal diseases, and its efficacy has been widely recognized. However, conventional laser treatment is not a panacea. For patients with mesoplasmosis, if the leakage point is located in the fovea, conventional laser treatment is often considered contraindicated due to the tissue damage and scar formation it may cause. This will not only cause visual scotomas in patients after surgery, but may also cause irreversible effects on vision.

In contrast, the advent of micro-pulse laser technology has completely changed this situation. Micro-pulse laser avoids continuous thermal damage through intermittent energy release, thus significantly reducing the damage to retinal tissue. Regardless of the location of the leakage point, micro-pulse laser can be used safely, and patients will hardly feel any discomfort or visual abnormalities after surgery, making this treatment the first choice for patients with mesothelioma.

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Micropulse laser treatment of retinal dysplasia has significant effects. Clinical studies have shown that most patients can see significant improvement in vision in a relatively short period of time after treatment. Some patients can feel that the dark circles in their vision have become smaller and brighter about ten days after treatment. During a follow-up examination one month later, OCT examination showed that the subretinal fluid accumulation was significantly reduced. For some patients who recover slowly, repeated treatment is also safe and effective, which can further promote the absorption of the accumulated fluid.

In terms of safety, micro-pulse laser also performs well. Because it causes minimal damage to the retina, patients will not experience obvious side effects such as dark spots or decreased vision after treatment. In addition, this technology has the advantage of repeatable treatment, which provides more possibilities for patients who need multiple treatments.

Although micropulse laser treatment is comfortable and has few complications, patients still need to follow the doctor's instructions and take appropriate care measures after the operation. Avoid rubbing your eyes within half an hour after treatment to prevent infection. At the same time, routinely use eye drops prescribed by the doctor for three days to prevent potential inflammatory reactions. It is worth noting that micropulse laser treatment does not require special light protection measures, and daily activities such as reading, writing and driving are not affected.

However, the recurrence of cerebral palsy cannot be ignored. According to statistics, 30%-50% of patients may experience recurrence after recovery. Mental stress, excessive fatigue or lack of sleep can all be triggers for recurrence. Therefore, patients should maintain good living habits, have regular checkups, and seek medical attention immediately if they find signs of decreased vision, in order to intervene in time and avoid long-term visual damage.

The advantages of micro-pulse laser technology are not only reflected in its significant efficacy and high safety, but also in its wide application prospects. This technology is not only suitable for the treatment of mesoplasmosis, but also can be used to treat a variety of other macular diseases, such as macular edema, wet age-related macular degeneration, etc. Its minimally invasive or even non-invasive characteristics enable patients to obtain better comfort and a shorter recovery period when receiving treatment.

With the increasing popularity of medical equipment and the continuous advancement of technology, micro-pulse laser is expected to become one of the mainstream treatment methods in the field of ophthalmology. In the future, we have reason to believe that this technology will show its unique charm and value in more fields and bring light and hope to more patients.