Essay Example on Prosthodontics: Enhancing Smiles with Dental Care

Introduction

In terms of dentistry, numerous techniques get used to ensure that the client gets a satisfied look. Therefore, prosthodontics can get termed as a dental specialty that focuses primarily on restoring or replacing any lost or damaged teeth. As such, apparent dental actions are performed by professional prosthodontics, who provide a unique understanding to what elements contribute to a positive smile in terms of not just teeth but focus on other areas such as gums, facial features, and lips. Prosthodontics often work with other specialized technicians in dental laboratories to create similar restorations from available high tech and more durable materials.

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Removable prosthodontics technology refers to the use of computerized machines to aid in dental implants, carry out reconstructive dentistry cosmetics, and esthetic functions. Such efforts involve the use of digital technology to implement and perform most of these elaborate functions in dentistry. It consists of the use of two kinds of prothesis, removable, and fixed prosthesis. Removable prosthesis gets used in patients missing teeth either as a result of accidents or other efforts (Muhlemann et al., 185). It can comprise of having partial dentures, complete dentures, and replacing such with a significant sum or the whole teeth structures. Fixed prosthesis are also permanent. Examples include the use of crowns, inlays, bridges, inlays, and veneers. These implements improve one's smile and are necessary when restoring multiple teeth or a single one. The use of removable prosthodontics is implemented by using either Computer-Aided Design or Computer-Aided Manufacturing when implanting removable or fixed prosthodontics. The use of these technologies stands to be beneficial in that they reduce the number of patients visiting dental labs due to the use of quality acrylic resin base for improved quality. The purpose is also attached to reduced polymerization in shrinkage, reduced residual monomer, and sufficient adhesion of the candida Albicans to the tooth's dental base. They, therefore, assist in mitigating dentures while offering an immediate outlet from which dental works can be approved and carried out efficiently.

Jaw Relations for complete Edentulous Patients

Jaw relation refers to any positional relationship between the mandibles when referenced to the maxillae and are registered considerations. These positional claims can either be vertical, horizontal or orientational relations. A state of edentulous is where a patient or a person experiences total loss of all their natural teeth, thereby contributing to the loss of self-esteem, reduced life quality, and limited daily functioning. Therefore, when carrying out jaw relation relining, the materials used should be of high quality and accuracy. The lubricants used when making a cast should be of zinc oxide eugenol paste or acrylic resin. An ideal jaw relation base is one that gets processed with its permanent support used for a complete prosthesis. Any cuts to the cast should be covered up using wax so that no damage gets caused to the cast. As a result, jaw relations should have maximum reach with the supporting tissue in place and should be close fitting as a way of enhancing accuracy and improving stability (Dudley 86). For edentulous patients, there is a need for using a hands approach method as a way of establishing proper mandible rotation and accurately recording positions. The occlusal vertical dimension is reinstated in an edentulous patient when the patient gets instructed to move their mandible. The movement is towards the nonsurgical side and closer to the nonresistant medium. For lateral discontinuity defects, patients make lateral movements to the nonsurgical side even in the absence of pterygoid muscle. When a patient gets deemed to an ample edentulous space in between their teeth, occlusion rims are put in place so that the opposing teeth meet. Accurate bases should get used to offer support to any occlusal relationships and substitute any missing teeth. Acrylic resin gets used for making bases out of polymerization as they provide ideal stability and accuracy. In contrast, the record bases should be identical in shape for prothesis finishing to be perfect. Such actions would ensure that significant progress gets achieved and adequate improvements get made in such cases.

Articulators

It refers to a mechanical device used for dentistry purposes that assists in the fabrication removal of prosthodontics implements, fixed restorations, and other appliances. It enables for teeth realignment following record of both the maxillary and mandibular teeth positions. These implements are useful in teeth realignment according to the maxillary and mandibular positioning of one's jaws (Dudley 88).

Types

The types include a wide range of appeals. These involve the use of Arcon, Non-Arcon, standard, semi-adjustable, and fully adjustable articulators. Arcon articulators use condylar housings as part of both upper and lower members and get located on both ends with regards to human anatomy. It is usually used as a description element when treating patients. Non-Arcon is articulators with equal condylar guides attached to the lower and hinge sections of the upper members. Standard articulators have condylar aspects which cannot be adjusted. Semi individual articulators are only adjustable when using parameters based on the retrusion, protrusion; side sifts, distraction, and so much more (Dudley 90). In individual articulators, all parameters can get set. The various types of articulators consist of simple hinges, average hinges, semi, and fully adjustments.

Components of Articulators

It consists of multiple subsections to help with ease of functioning. They include upper member, lower member, incisal pin, condylar guidance, and incisal guide table. The top member offers a supporting base for the maxillary cast when performing articulations with its triangular frame base placed at a posterior position. The lower member is letter L shaped with both a vertical and horizontal arm with its apex base positioning the incisal guide table. The incisal guide table offers guidance to the incisal articulator with a concave-shaped surface (Owen 576). The condylar direction has a spring base for mounting the condylar element and is shaped like a slot. The incisal pin acts as the reference guide point for the articulator and helps in limiting the distance between upper and lower members.

Functions of Articulators

They are used in alignment and arranging artificial teeth of a prospective client. Such efforts go along way in mediating change on the client's features. They are also useful in correcting and modifying regular and complete restorations. They are also helpful in fabricating restorations and replacing prosthodontics. They are also useful when diagnosing an occlusion state when carrying out both natural and artificial dentition. They also assist professional prosthodontics in planning for client's dental procedures by basing relations between natural and artificial teeth (Owen 577). They are, therefore, useful when mounting dental casts to get used in diagnosis and presentations to clients. They also get used in stimulating opening and closing jaw movements when used as illustration implements.

3D Printing

The use of Computer-Aided Design and Manufacturing technologies has brought about significant need changes in denture repair. It has enabled for smoother 3D printing designs on removable dentures and other implements. The use of digital technology produces substantial advantages such as more natural preservation and restorations of patient's aesthetics, bone preservation, and other masticatory functions. These advancements in technologies allow skilled technicians to copy numerous examples of anatomical details and transfer these designs to a new designed digital platform (Abdelfattah, Mohammed, and Dena 68). The use of 3D printing assists in promoting precision making, reliability, and increased accuracy when carrying out dental procedures. These implements furthermore assist in lowering production cost that may get incurred when carrying or performing denture replications. They enable for increased speed allowing for easy modifications in terms of teeth constructs and restoration of prosthodontics.

The Computer Aided and Manufactured Design technologies that have made it easier for patients with unrecognizable and uneducable jaw relations to gain immediate assistance and restoration of their lives back. It also allows for mobility in terms of resources undertaken and implemented to promote durable and justifiable structures. The 3D elements are useful in prosthodontics when producing essential drill guides to necessary dental implants, in performing surgeries and orthodontic functions. They are crucial in dental restorations by implementing fabrications on copies and other implant frameworks. They are also useful in the provision of physical models for prosthodontic use (Abdelfattah et al., 69). They also help in performing finishing points for mandibular reconstruction efforts.

Advancement in the use of technology has led to increased gains on different aspects such as medicine and other faculties. Technicians and skilled prosthodontics have been able to come up with newer and easier ideal ways for enacting change in implements across the dentistry and restoration techniques. New tools on techniques used have brought about significant health gains and boosted productivity. Such actions help in limiting accidental claims during and after surgical procedures (Abdelfattah et al., 70). These attributions make it easier for resounding changes to be made and enact new methods of client assistance and resumption of ideations. Multiple concerns get put into considerations of how these measures can enact change and help boost significant action claims. Proper jurisdictions and mandates are, therefore, placed into an account, and successful appeals get implemented. It is, therefore, important that modern forms of technology get implemented in health care settings as a measure against losses and improved health standards. Ideal legislation should be in place to undertake necessary collective measures and needs resumption. Such developmental structures aim at influencing significant bridge gaps and assist in further functioning (Dudley 86). Objective reasoning should accompany such objectives as they are ideal for estimating just agreeable causes and implementing individual actions. Inventions in dental restorations pave the way for further future discoveries and implementations across the globe.

Conclusion

In summary, successful implements in dentistry improve the health settings of a given place. Considerable efforts are, therefore, placed on multiple developmental functions as a measure of change and improvement. Necessary organization in terms of service delivery and acquisition are essential to mitigate possible slip-ups that are usually common. Significant efforts should, therefore, get attributed to the inclusion of technology and appropriate action taken.

Works Cited

Abdelfattah, Mohamed Y., Mohammed K. Fahmi, and Dena Mohey El-deen. "An Effective Approach for Prosthodontic Rehabilitation for a Trismus Patient Seeking Removable Partial Denture: A Clinical Report." International Journal 8.3 (2020): 68-71. http://article.dentalsciencesresearch.com/pdf/ijdsr-8-3-2.pdf

Dudley, James. "International Prosthodontics: Two Decades of Discussion." Scientific Dental Journal 2.3 (2018): 85-92. https://trijurnal.lemlit.trisakti.ac.id/dental/article/download/2830/2763

Muhlemann, Sven, et al. "Is The Use of Digital Technologies for the Fabrication of ImplantSupported Reconstructions More Efficient and More Effective than Conventional Techniques: A systematic review." Clinical oral implants...