Dr. Register takes great pride in offering his patients the highest level of clinical care. He has advanced training in dental implants, wisdom teeth removal and Invisalign. He condisers himself a lifelong student and enrolls in cutting edge dentistry courses at every given opportunity.
Dr. Liam Register is a native of central Pennsylvania, born and raised in Lock Haven where he completed his bachelors degree at Lock Haven University. He then moved to Philadelphia where he earned his Doctorate of Dental Medicine at Temple University. There he met his wonderful wife, Cait, who is also a practicing dentist in the Lancaster area. Upon his graduation, Dr. Register returned home for several years to practice dentistry alongside his lifelong mentor. He has moved permanently to Lancaster (Manheim township) to join Cait and their chocolate labradoodle, Franklin. He has been practicing in Ephrata for the past 2 years.
Dr. Register takes great pride in offering his patients the highest level of clinical care. He has advanced training in dental implants, wisdom teeth removal and Invisalign. He considers himself a lifelong student and enrolls in cutting edge dentistry courses at every given opportunity.
Dr. Register also values being a part of a community and when offered the opportunity he enjoys the chance to give back. He has volunteered locally at the Water Street Mission and has also traveled to Jamaica and Haiti to provide free dental care in poverty stricken communities.
Dental X-rays are a vital part of a dental examination There are two main types of dental X-rays: those taken with the X-ray film inside the mouth (intraoral) and those taken with the X-ray film outside the mouth (extraoral). Intraoral X-rays are the ones most commonly used. They provide detailed evidence of the growth of developing teeth, the health of tooth roots and surrounding bone, including the jaw. They also help the dentist zero in on any cavities. Extraoral X-rays, while they also show the teeth, primarily focus on the jaw and skull. They are therefore more helpful in diagnosing malocclusions, impacted teeth, and possible temporomandibular joint disorders (TMD).
Bite-wing X-rays, named for the fact that the patient bites down on the film, provide details of both the upper and lower teeth in one section of the mouth. Since each one visualizes an entire tooth, bite-wings are used to evaluate changes in bone density that may result from gum disease and to detect decay. These X-rays are also valuable when the dentist wants to fit a crown or check on the integrity of fillings.
Occlusal X-rays are larger than most other X-rays, and are most often used to track tooth development and location in children. Because these X-rays show the entire arch of the upper or lower teeth in the jaw, they help the dentist to evaluate possible bite problems.
These X-rays take images of the whole mouth at once, showing all the upper and lower teeth at one time. Panoramic X-rays show positions of developing, fully erupted, or impacted teeth and are also helpful in diagnosing tumors.
Tomograms are designed to highlight a particular layer of the mouth that might otherwise be obscured by adjacent layers. These X-rays focus on the desired image and intentionally blur those that are in the way of the targeted structure.
Cephalometric projections provide an image of the entire side of the head, presenting views of the teeth in relation to the jaw. These X-rays are useful to orthodontists as they develop treatment plans to correct malocclusion.
Sialography enables the dentist to visualize the salivary glands. In order for the procedure to take place, the patient is injected with a dye that allows the salivary glands to be seen on X-ray. This type of X-ray is used to detect blockages of the salivary glands or to investigate conditions such as Sjgrens syndrome.
Also known as CT scanning, computed tomography shows images of internal structures in three dimensions. This variety of X-ray, sometimes used to evaluate problems of the bones of the face, including fractures or tumors, is also employed to evaluate precise locations for dental implants and complex tooth extractions.