Laser Treatment for Toenail Fungus

Toenail fungus is a common infection that can cause nails to become thick, brittle, discolored, and difficult to manage. Laser treatment offers a modern, non-invasive solution to target fungal infections safely and effectively. At locations in the Lower Pacific Heights area of San Francisco and San Jose, California, board-certified podiatrist Andrew R. Harrison, DPM, MS, provides advanced laser treatment for toenail fungus to help restore healthier nails. Call the office nearest you or schedule online.

Frequently Asked Questions

What is toenail fungus?

Toenail fungus is an infection that develops beneath the nail surface and thrives in warm, damp environments. The infection can spread gradually and may affect one or multiple toenails.

Common causes include:

  • Walking barefoot in public areas
  • Sweaty footwear
  • Nail injuries
  • Poor circulation
  • Weakened immune system

What symptoms does toenail fungus cause?

Toenail fungus may cause:

  • Yellow or brown nail discoloration
  • Thickened nails
  • Brittle or crumbly texture
  • Distorted nail shape
  • Nail separation from the nail bed

Without treatment, the infection may continue spreading and become more difficult to manage.

How does laser treatment for toenail fungus work?

Dr. Harrison uses advanced laser technology to target fungal organisms beneath the nail without damaging surrounding tissue. The laser energy penetrates the nail and helps destroy the fungus responsible for the infection.

Laser treatment is minimally invasive, requires little to no downtime, and can be an effective alternative to oral antifungal medications.

How long does it take to see results?

Toenails grow slowly, so visible improvement may take several months as healthy nail growth gradually replaces the damaged nail. Multiple sessions may be recommended depending on the severity of the infection.

If you’re struggling with thick, discolored, or damaged toenails, call Andrew R. Harrison, DPM, MS, or schedule your consultation online today.