When an individual has missing teeth, chewing and speaking can be challenging. In addition, if the missing tooth or teeth are located in an area that is visible to others, the individual may feel self-conscious and avoid social gatherings. Until recently, the only options to replace missing teeth were traditional removable dentures or partials and titanium dental implants; however, the newest alternative to replace missing teeth are the all-ceramic, metal-free implants. At Lamas Dental Specialists in Miami, we want our patients to have as many permanent tooth-replacement options as possible, which is why we offer titanium implants as well as the all-ceramic, metal-free implants.
Metal-Free Dental Implants and Prosthetics: Creating Zirconium
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If these two pieces are placed under extreme pressure, they may move and even the slightest bit of movement can cause problems. This movement could lead to the formation of pockets at the gum line: Bacteria will begin colonizing in these pockets, which leads to infection. Infection causes bone loss and the possibility of implant failure.
Zirconium dental implant fixtures are created using a simple, one-piece design; thus, eliminating any concerns related to the slight movement of multiple pieces. Once these metal-free dental implants are placed, they will not shift; therefore, the likelihood of infection and implant failure is reduced.
Metal-Free Dental Implants Resist Corrosion
As time passes, a titanium dental implant fixture can corrode. In addition, the corrosion process accelerates if there is any other metal in the teeth (e.g., fillings). Moreover, fluoride speeds up the corrosion process. However, Zirconium dental implants consist of a biocompatible material that is resistant to corrosion; therefore, corrosion is unlikely. Furthermore, Zirconium does not trigger any chemical reactions within the body or conduct heat and
This is the process of placing a post into your jawbone. Eventually, implants will allow you to replace teeth you have lost, thus restoring the function and appearance of your teeth.
Metal alloys and precious metals are also used to make certain aspects of a cochlear implant. The electrode arrays that provide electrical stimulation in order to excite neurons are made out of platinum because they have very high corrosion resistance, good biocompatibility, easier to work with than iridium and have low chemical reactivity. On the other hand, metallic alloys like titanium are used to make the casing for the receiver/stimulator. Titanium is suitable for such an application because it is a light material with high corrosion resistance and rigidity and these properties are essential for the material that is going to be used to make the casing (Stöverl and Lenarz, 2009).
Our team offers removable dentures to patients needing to replace some or all of their natural teeth. Our dentures are custom-designed for a secure fit. We offer both complete denture and partial denture options to meet your specific
This is done using the branch of dentistry called prosthodontics which establishes the goals of dentistry by replacing the missing teeth and oral and maxillofacial tissues with artificial substitutes. Prosthodontics is either removable prosthodontics or fixed prosthodontics. Fixed prosthodontics is the branch
False teeth, which are known today as “dentures”, are bony plates which are installed into a patient’s mouth by means of adhesion to the fleshy mandibular or maxillary arch. Although these are now relatively inexpensive and their requirement is often taken for granted, they have not always been so easy to come by. A look at the history of false teeth shows a pain-staking and quirky evolution:
causes tooth and gum disease, cancer, and even death begins to start. The negative side of this
A partial denture is a removable appliance constructed by a dentist to replace missing teeth. Partial dentures are used in an area of the mouth where fixed, non-removable appliances are neither practical nor feasible. Constructing partial dentures takes approximately one to four visits depending on the type of appliance chosen. The dentist recommends the partial denture options best suited to his patient's aesthetic, functional and financial needs.
Improper nutrition and misbalance in our body may be the causes for tooth decay. Always pay attention to your nutrition when your teeth are considered, instead of choosing fluoride or dentistry. Our health can also be in danger when fluoride is used, even though the main reason for using fluoride is to make the teeth stronger. According to a recent study, mental disabilities are often made more difficult with the usage of fluoride. Among fluoride, mercury and arsenic are also dangerous in cases of autism
...om opening too wide so that they do not stretch and tighten the tissue. The patient should throw their old tooth brush away and buy a new one following piercing so that old bacteria does not enter into the mouth. Dental professionals should check the jewelry for tightness to make sure it does not get dislodge in the airway, clean the site with an air/water syringe, and advise patient to brush the bar and balls regularly (Jennson & Cooper, 2008).
poor dental care can lead to cavities. Cavities can be painful and lead to infections. Poor oral Keaton 5
Two types of dentures exist today. The first are complete dentures. They’re used when you’re missing all of your teeth. The second is partial dentures,
I was inspired by the high-tech research dentistry when I read several articles about the American researches during my internship. After relocating to the States, I enjoyed learning the importance of organized dentistry and the positive impact of the dental technologies on the efficiency of a dentist and an overall patient experience, through my involvement as a dental assistant. It brings me joy, realizing that this job position has invigorated my clinical skills and significantly balanced the repertoire of my interpersonal skills. In addition, I work as a Research Technician at Houston Center for Biomaterials and Biomimetics, part of the UTH School of Dentistry complex. This opportunity semi-fulfilled my dream to work in a professional environment where my knowledge, as well as personality, bloomed
When bacterial adhesion comes before tissue integration the host defenses are not able to prevent further colonization due to the subsequent formation of a biofilm. This leaves a window of about 6 hours from implantation that determines whether or not the implant will successfully avoid bacterial adhesion. During this window of time the implant is especially vulnerable to surface colonization. If the surface colonizes than the biofilm that follows the bacteria will be very resistant to immune response and antibiotic treatments. The biofilm is typically what causes infection due to their toughness and resistance. However, a biofilm is only able to form if bacteria have adhered so preventing bacterial adhesion could in turn prevent the biofilm from forming
The gum tissue begins pulling away from the teeth. This creates pockets that allow bacteria to build up, which leads to an infection. As your body fights the harmful bacteria, the bone and tissue holding the teeth in place begin breaking down. The pockets deepen and begin filling with pus. Once you reach this stage, you may need to have surgery to save your teeth. If not treated, the infection begins destroying the bone around the teeth. If the bones, tissue and gums supporting your teeth are destroyed, the teeth may begin to shift, loosen and/or fall out.
During restoration of an affected tooth, if any margins between the composite restoration and tooth of concern are open, micro-leakage can occur1. Micro-leakage is a phenomenon in dentistry resulting from imperfect bonding that allows the movement of bacteria and fluids between the restoration and tooth of interest2. When a composite restoration is placed and undergoes polymerization through curing, shrinkage occurs. Research has shown that the percent of gaps between composite restorations can be variable; between 14% and 54%3. This can lead to an increased risk for micro-leakage and is of concern to both the dentist and the patient. Other causes of micro-leakage that exist include: continuous light polymerization methods4 and prerestorative home bleaching5. The effects of micro-leakage include: increased sensitivity, secondary caries, discoloration of the composite material, restoration failure, and/or pulpal pathology or pulpal death1.