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Want a less invasive way to stop your kid's dental caries? The Hall Technique is what you need. How does it stop caries lesions with stainless steel crowns?

How Can the Hall Technique Help Your Child?

Want a less invasive way to stop your kid's dental caries? The Hall Technique is what you need. How does it stop caries lesions with stainless steel crowns?

Your kid’s childhood days are definitely a time to remember. But they’re also a vulnerable time for teeth. Because your child’s tooth enamel is much thinner than average, they have a higher chance of getting dental caries lesions than most adults. Worse still, in the long term, these early cavities can impact how your child’s permanent teeth come in. Fortunately, there’s a method that gets to the root of the matter without triggering your child’s anxiety centers. Meet the Hall Technique, which makes use of stainless steel crowns.

But what is the Hall Technique, exactly? When it comes to dental caries lesions, most conventional methods of dental care can spook them out. Usually, when it comes to dental caries, there’s an unspoken agreement that any decay needs to be drilled out to prevent the caries lesions from doing more damage. However, for easily frightened young children, this might not prove to be the best case. And sometimes, it might even cause them a fair amount of trauma.

The Hall Technique is a much less evasive type of procedure. In a way, it goes counter to our conventional idea of how to treat tooth decay. Instead of drilling the lesion out, the Hall Technique isolates it under stainless steel crowns. 

But what is the logic behind this? And how effective is the Hall Technique, anyway?

The Hall Technique aims to “arrest” tooth decay in its tracks

When it comes to conventional tooth decay management, the idea is to remove any decayed areas lest the bacteria moves into other parts of the tooth. However, the Hall Technique has another solution to this. 

Dental plaque in itself is merely an environment for oral bacteria to congregate in, both good and bad. Cavities only occur when this environment becomes ripe for it. Whether plaque turns into a hotspot for holes depends on the following:

  • The number of harmful bacteria versus good bacteria
  • How long the dental plaque stays on the tooth surface

We previously mentioned that cavities form due to acid attacks. When there are more bad bacteria in plaque, the environment becomes acidic, causing it to bore into the tooth enamel. And the longer the acidic plaque stays in the area, the more it can deal damage.

How does the Hall Technique fit into this, then? What it does, necessarily, is isolate the dental plaque from other factors that can turn it destructive. The caries lesions are locked into place using rubber separators and stainless steel crowns until they arrest their destruction and harden. 

How effective is it?

While the logic of the Hall Technique does seem sound, the success of the Hall Technique crowns is still questioned. After all, if you can arrest the destructive capabilities of dental plaque, there should be a possibility of it restarting. And there’s also the fear of dental abscess, which might come from keeping in the tooth decay. That said, how effective is the Hall Technique?

Of course, the effectiveness depends on the teeth you use them on. Teeth that are in danger of dental pulp damage might not be suitable for the Hall Technique, as it might worsen the condition. But if the damage is superficial, it’s a great, non-invasive way to clear up your child’s tooth decay—and potentially save their teeth. 

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