Let’s face it, when it comes to dental hygiene, a visit to the dentist is less than appealing. At the end of the day, if you run into a toothache, green tea is apparently a quick fix. But what happens when your clickers start to decay? A drug used to treat Alzheimer’s may be the answer.
Tideglusib works by stimulating stem cells in the pulp of teeth, the source of new dentine. Dentine is the mineralized substance beneath tooth enamel that gets eaten away by tooth decay.
If you’re familiar with dental jargon, you’ll know teeth can regenerate dentine naturally. But for this to happen, a cavity must exist and the amount of dentine restored is hardly enough to cover it. The Tideglusib was found to repair damages within six weeks. Better yet, the drug is already approved.
“Using a drug that has already been tested in clinical trials for Alzheimer’s disease provides a real opportunity to get this dental treatment quickly into clinics.”
If you’re not too keen on Colgate, you’d better hope a nearby clinic is stocking up on Tideglusib!
Since developing a surgical robot, engineers across the globe have been pushing the limits of machines in medicine. This Chinese dental robot can perform implant surgery without any human assistance.
The implants were fitted to within a margin of error of 0.2-0.3mm, reaching the required standard for this kind of operation.
The robot addresses the shortage of dental technicians as well as frequent surgical errors. China imports roughly 1 million implants annually, which hardly satisfies the 400 million patients needing new teeth. The Fourth Military Medical University’s hospital takes care of 3D printing dentures.
[Dental staff] programmed the robot to move into the correct position to carry out the operation, and determined the movements, angle and depth needed to fit the new teeth inside a cavity in the patient’s mouth.
The robot adjusts to patients’ movement, which is definitely a plus. It also makes the experience a lot less intimidating, knowing your gums won’t be in for a prickly surprise. It seems surgeons are in for some serious competition.
The world of dentistry is now more futuristic than ever. Alternative treatments include some unexpected new contenders such as green tea extract and squid ink. Like all whitening and strengthening products, however, results take time — unless you’re working with this Swiss startup. Kapanu has created a dental augmented reality device that allows patients to “try on” their future smiles.
It works by matching a 3D scan of the person’s mouth cavity… to scans of known sets of good teeth… Once the software locks onto the user’s mouth and teeth, it overlays the improved teeth — and that’s where the fun starts.
Because the program is interactive, users can edit the spacing between teeth, as well as their shape. While the system may seem like a teeth-only version of The Sims, the fact that replacement teeth are molded down to every detail is mind-blowing.
Once the patient has customized their teeth and given them a preview in the AR “virtual mirror,” the final model is sent off for manufacture wherever it is replacement teeth are made.
Shown at the International Dental Show in Cologne, the dental augmented reality program immediately hit some marks for investors. As an independent operator, Kapanu has yet to lay down its terms for commercial use. In the meantime, I’ll remember to stay off the sweets.
When it comes to dental hygiene, being forgetful is not uncommon. Anyway, tooth sensitivity is now easily remedied with green tea extract. If you’re especially lazy, you can invest in an automatic toothbrush, which gets the job done in just 10 seconds. If your pearly whites aren’t faring too well, squid ink treatment is now apparently a thing.
Patients would start by rinsing their mouths with… food-grade squid ink, water and cornstarch. Capillary action would cause that liquid to be drawn up into any gum pockets they might have, and stay there even after the rinse has been spat out.
A light source such as a laser pulse or an LED would then be applied to the gums. This would cause light-absorbing melanin nanoparticles in the squid ink to heat up and expand, generating an acoustic signal.
The squid ink treatment would replace traditional gum disease detection procedures. This means au revoir to that horrifying stick-and-poke tool dentists shove in between your teeth. Formally, it’s known as a periodontal probe, which sounds just as scary as it actually is.
Researchers have successfully tested the technology on pig patients. Clinical trials are predicted to be soon — or at least until a newer, less salty mixture is in the works.
Though a relatively young concept, 3D printing has become the biggest trend of the decade–from building furniture to human body parts, it seems the possibility of a 3D-printed anything could eventually be on the market. This is because 3D printing is exponentially cheaper than using traditional machinery.
While I wouldn’t mind 3D printing an entirely brand-new wardrobe (in fact, I’d probably love it), I’ve always been somewhat of a skeptic when it comes to artificial organs. Most recently, 3D printing has been incorporated in creating blood vessels for alternative root canal treatments.
The findings are expected to have impact on root canal treatments which currently involves removing the tooth’s infected pulp and replacing it with a substance known as gutta-percha. This thermoplastic material is similar to rubber and is used to fill the inside of the tooth but cannot restore function since it removes the blood vessels.
The new approach uses pre-vascularized pulp-like tissue to promote dental pulp regeneration and allow for a better long-term treatment.
In layman’s terms, it is now possible to engineer blood vessels into extracted teeth.
Fabrication of artificial blood vessels can be a highly effective strategy for fully regenerating the function of teeth.
The dental industry holds much promise for 3D printing, although not typically on a biomedical sphere, as some see the technology as the future of crown production.
The Dubai Dental Authority plans to begin 3D printing teeth by the end of the year.
Remember kids–brush three times a day!