What makes up a perfect smile? White teeth? Straight teeth? Teeth with pleasing proportions relative to one another? A stunning smile is more than the sum of its parts. At Louis & Dominic Vitangeli DDS, we believe that your perfect smile also contains another element – your unique personality. What is a smile makeover? Is […]
Have You Thanked Your Dental Assistant Lately?
Your dental practice would be a very different place if it weren’t for the proficient dental assistants who work there. Most would agree that anyone who helps to shorten their time in the dental chair is a person who deserves thanks! Today in our Englewood, Ohio dental blog, we would like to highlight the importance of […]
What Is A Canted Midline?
Our dentists, Drs. Lou and Nick Vitangeli, consider many factors when designing a smile for a smile makeover patient. One of the smile design elements involved is the facial midline. The facial midline can be determined by drawing an imaginary line from the center of the eyebrows to the center of the two peaks in […]
8 Things You Should Know About Your Baby’s Teeth
Life is hectic for new moms and dads and some function on very little sleep for several months. At Louis & Dominic Vitangeli DDS, we don’t want the first year to fly by in a blur without busy parents giving a thought to their baby’s teeth. Unfortunately “out of sight, out of mind” is often […]
Mouthwash Facts In Englewood
Hi, we’re Drs. Lou and Nick Vitangeli. Thanks for visiting our blog. Today’s post discusses mouthwash. Many people use mouthwash to freshen their breath and help slow down tooth decay. It should never be used exclusively, however. Good oral hygiene starts with thorough tooth brushing and flossing. Mouthwash is an optional tool in your dental […]
Preventing Tooth Decay In Ohio
Tooth decay is one of the most common childhood problems and also affects adults. Louis & Dominic Vitangeli DDS serves people from 40 to 70 years old to help fight tooth decay. Bacteria is a common cause of tooth decay. Bacteria live in your mouth and combine with plaque and acids to break down the […]
