The Research Behind the Sparkle ✧ 

Real Science. Reliable Sources. Higher Standards.

We don't just teach you what products to use. We want you to understand WHY we use them.

While research specifically on tooth gems is limited, dentistry and orthodontics have decades of research on the materials, bonding systems, and techniques that parallel our work.

We've brought together scientific studies, manufacturer documentation, and educational resources relevant to the products we carry and the application methods we teach.

Because knowing HOW to apply tooth gems is one thing. Understanding WHY your system works is what builds confidence and consistency.

Others claim it. We prove it. ♡

Why do we wait?

Did you know freshly whitened teeth can affect how well your tooth gems bond? Research shows that peroxide-based whitening treatments can temporarily interfere with dental adhesive bonding. Learn why orthodontists often recommend waiting 14 days after whitening before attaching brackets, and why we recommend a similar precaution for tooth gem applications.

READ FULL PUBMED STUDY HERE

Why does your bonding system matter so much for applying tooth gems? 

Not all dental bonding materials are designed for the same job! This study compares flowable restorative composites with an orthodontic adhesive specifically designed for bonding attachments to enamel. See how their bond strengths compare and why we teach with orthodontic bonding systems at TTG.

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How Curing Light Distance Effects Your Retention

Your curing light might be working perfectly, but are you holding it close enough? This study measures how increasing the distance between your curing light and an orthodontic attachment affects bond strength. A great look at why your curing technique matters just as much as the materials you're using.

READ FULL PUBMED STUDY HERE

Effect of saliva contamination on different adhesive systems 

A little saliva can make a BIG difference in how well your tooth gems bond. This study examines what happens when moisture contaminates enamel during different stages of the bonding process, and why keeping your application area dry is so important for reliable retention.

READ FULL PUBMED STUDY HERE