A Ten-Year Observation of a Case in Which High-Concentration Ozonated Water and Ozonated Glycerol Paste Were Effective in Implant Treatment

Imagine your mouth as a bustling, high-traffic city where teeth are the skyscrapers. Sometimes, a building gets so damaged it has to be torn down. When a tooth is pulled, it leaves a giant hole in the ground—a construction site that needs to be cleaned, filled, and paved over before a new structure (like a dental implant) can be built. Usually, this construction zone is a bit messy. It can get infected by tiny invaders like bacteria, the blood clot that acts as the foundation might wash away, and the healing process can be slow and painful, leaving the area vulnerable.

To fix this, scientists and dentists have been experimenting with "ozone," a super-charged form of oxygen that acts like a microscopic cleanup crew. Think of ozone as a high-tech disinfectant spray that can zap bacteria, fungi, and viruses instantly. But there's a catch: ozone gas is like a fleeting superhero—it disappears very quickly. To make it last longer and be easier to use, researchers mix it into water (creating "ozonated water") or trap it inside a thick, sticky gel (called "ozonated glycerol paste"). The water is great for rinsing and cleaning, while the paste is like a slow-release bandage that keeps the healing power active for days. The big question dentists ask is: Can using these ozone tools during surgery make the healing process faster, less painful, and more stable for dental implants?

This paper tells the story of one specific construction project that lasted ten years. A 68-year-old woman needed two teeth replaced in her lower jaw. Instead of the usual cleaning methods, her dental team decided to use a high-concentration ozone water spray to wash the surgical site and then packed the wound with the ozone gel paste before stitching it up. The result was surprisingly smooth. The patient felt almost no pain or swelling the next day. The blood clot stayed put, the gum tissue healed quickly without collapsing, and the bone grew strong around the new implants. Ten years later, the implants are still rock-solid, with no signs of the bone wearing away. The authors suggest that this combination of ozone water and paste helped protect the wound, killed off bad bacteria, and encouraged the body to rebuild the bone faster than usual, offering a promising way to make implant surgery less invasive and more successful in the long run.

The Story of the Ten-Year Smile

The Setup: A Construction Site in the Jaw
Meet our patient, a 68-year-old woman who came in with a sore, swollen spot on her lower right jaw. Her tooth in that area was in bad shape, and the dentist had to pull the root. She wanted to replace the missing teeth with implants, but she had a specific request: "Please make it as easy as possible. I don't want a lot of surgeries or a lot of pain."

The dental team, led by Dr. Shinichiro Yoshimine, had a plan. They would pull the bad tooth, clean out the area, and plant two new titanium screws (implants) right then and there. But instead of just using plain water to rinse the wound, they brought out the "ozone toolkit."

The Tools: The Water Spray and the Sticky Gel
First, they used Ozonated Water (OW). Imagine this as a super-powered, bubbly shower. It's water infused with ozone gas, which is famous for killing germs. The team used a special device to spray this water continuously while they worked. It washed away the dirty, inflamed tissue and kept the view clear, acting like a high-pressure hose that also sterilizes the area.

Then, just before they stitched the gum back up, they used Ozonated Glycerol Paste (OG). Think of this as a thick, ozone-infused honey. Unlike the water which washes away quickly, this paste sticks around. The team packed it into the empty socket where the tooth used to be and spread it under the gum flap. This was like laying down a protective, healing blanket that kept the ozone working for several days, even after the surgery was over.

The Surgery: A Clean Sweep
The surgery went smoothly. The team removed the bad tooth and the yucky, inflamed tissue surrounding it. They used the ozone water to rinse away any tiny bits of bone dust left over from drilling the holes for the implants. They even rinsed the tiny screw holes inside the implants themselves before putting the caps on.

Once the implants were in place, they packed the OG paste into the gaps and stitched the gum up. The goal was to keep the blood clot (the body's natural bandage) safe and to stop swelling before it could start.

The Aftermath: A Surprise Recovery
Usually, after a surgery like this, patients might feel some throbbing, see some swelling, or worry about bleeding. But this patient? She was a champion.

• Day 1: No pain, no swelling, no bleeding. She only took one painkiller when the numbness wore off.
• Day 7: The redness was gone, and new tissue was already growing in the socket.
• One Month: The gum had healed over completely, looking healthy and strong.
• Two Months: There was plenty of thick, healthy gum tissue around the implants.

The X-rays showed something amazing, too. The bone was growing right up against the implants, and the hole where the tooth used to be was filling in with new bone. There was no sign of the bone shrinking away, which is a common problem with implants.

The Long Haul: Ten Years Later
The team didn't just stop at one month. They checked on this patient for a full ten years. Every three months, she came in for a check-up, and every time, the results were perfect.

• Three Years: The bone around the implants looked great.
• Ten Years: The X-rays showed the bone had actually grown up around the necks of the implants, making them even more secure. The patient had no pain, no infections, and the fake teeth worked perfectly.

What Does This Mean?
The authors of this paper suggest that using ozone water and paste might be a game-changer for implant surgery. Here is why they think it worked so well:

1. The Water Spray: It cleaned the wound so thoroughly that it removed the "bad" tissue that causes inflammation. It also kept the surgical area sterile without hurting the healing process.
2. The Sticky Gel: By packing the paste under the gum, they prevented the gum from swelling up and pulling away from the bone. This kept the blood clot safe, which is crucial for healing.
3. The Result: Because the inflammation was kept low and the clot was protected, the bone grew back faster and stronger. This prevented the "collapse" of the socket and gave the implants a rock-solid foundation.

The paper doesn't claim this is a magic cure for everyone, but it suggests that for patients who want less pain and faster healing, adding these ozone tools to the mix could be a very effective strategy. It's a story of how a little bit of high-tech oxygen, delivered in water and gel, helped a patient build a smile that has lasted a decade.