5 Health Conditions That Doctors Can Treat With Lasers

5 Health Conditions That Doctors Can Treat With Lasers

In recent years, medical professionals have increasingly relied on laser technology for precise and minimally invasive treatments. Lasers are revolutionizing the way medical practitioners approach various health conditions. Read on to learn about five health conditions that doctors can treat with lasers, providing hope and faster recovery for patients worldwide.

A Brain Tumor

Thanks to the advancements in laser technology, doctors can now treat brain tumors without the need for invasive procedures. Laser interstitial thermal therapy (LITT) is one such treatment that uses lasers to heat up and destroy tumor cells with minimal damage to surrounding healthy tissues. With fewer complications and faster recovery times than traditional brain surgery, LITT is emerging as a game-changing option for brain tumor patients.


If you suffer from this eye disease, one of the things to know about glaucoma treatment is that laser treatment is an effective option. For example, selective laser trabeculoplasty targets specific cells in the eye’s drainage system to increase fluid outflow and reduce eye pressure. This, in turn, will help you slow down vision loss.


If you have psoriasis, you might find hope in laser treatment. Physicians can use lasers to manage psoriasis by targeting the skin cells causing the symptoms. This focused approach reduces inflammation and promotes the healing of damaged tissue.

A Herniated Disc

Laser treatment for herniated discs is a minimally invasive option that offers pain relief without the need for extensive surgery. Doctors use percutaneous laser disc decompression, a procedure where they direct laser energy at the affected disc to reduce pressure and relieve nerve pain.

Lung Cancer

Another condition doctors can treat with lasers is lung cancer. Patients can now benefit from a ground-breaking laser treatment called photodynamic therapy, which involves injecting the patient with a special light-sensitive drug that accumulates in cancerous cells.

The laser later sends out light that causes the destruction of the cells. This targeted approach carries minimal risks and can preserve healthy lung tissue.

The minimal invasiveness and precision of laser treatments make them highly desirable for patients seeking effective and efficient recovery. With ongoing advancements in laser technology, we can expect future breakthroughs in treating even more complex health conditions.

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