Functionally Orientated Tooth Replacement for Older Patients

'It's like being in a tunnel': Understanding the patient journey from tooth loss to life with removable dentures

INTRODUCTION

The aim of this study was to conceptualise the key stages of the patient journey in the provision of a new denture and examine the factors leading to successful patient-related outcomes.

METHODS

Two partially dentate patient samples were included: (i) Denture wearers - patients who had a denture fitted within the previous five years and (ii) New dentures - patients receiving treatment for a new or replacement denture. The methods involved direct targeted participant observations of the denture fitting process, debriefing interviews and a follow-up focus group exploring the patient journey. Data were analysed through the use of phenomenology and grounded theory.

RESULTS

Interviews were completed with twenty participants of the denture-wearing sample (11 males and nine females, age range 22 to 86 years). Thirteen participants were included in the treatment journey sample in two primary care settings (six males and seven females, age range 55 to 101 years). Tooth loss and recovery was described as being in an 'emotional tunnel' resulting from 'bodyphonic processes' associated with tooth loss. 'Bodyphonia' subsequently became the context for 'taking control' and 'managing disclosure' when living with a removable denture. Different courses through this process can be readily observed, moderated by different variables (i.e., previous experience, working knowledge, a good fit, the treatment alliance, negotiated compromises and bounded responsibility).

CONCLUSIONS

An'integrating framework' that seeks to describe the patient journey from the experience of tooth loss to recovery with a denture is proposed. This framework could be used to aid development of a clinical pathway to guide treatment options.

CLINICAL SIGNIFICANCE

This paper conceptualises the patient journey. It stresses the importance of understanding the stages patients go through and highlights that for the dental team, the try-in stage is perhaps the best stage to give information about the denture and plans for continued care.

Stress Analysis of Implant-Supported Removable Partial Denture with Anterior Fixed Prostheses and Conventional Implant-Supported Overdentures in the Edentulous Mandible

Aim:

To compare new design implant-supported removable partial dentures retained with anterior fixed prosthesis with a conventional locater and bar attached implant overdenture prostheses retained by two or four implants via photoelastic stress analysis.

Materials and Methods:

Seven edentulous mandibuler acryclic models prepared and divided into two main groups; two to four implant models, subgroup separation as stated; for two implant models overdenture with locator attachment, crown design retained removable prosthesis with clasp retention, bridge design retained removable prosthesis with clasp retention, bridge design retained removable prosthesis with precision attachment retention; and for four implant models prosthesis with bar attachment overdenture, fixed bridge design retained removable prosthesis with clasp retention, fixed retained removable prosthesis with precision attachment retention. A 300 N load was applied to the first premolars. Photoelastic stress analysis method that is a specific method concerning stress visualization, and does not require statistical analysis, was used. The stress distributions were seen in optically using a poloriscope.

Results:

In the models with two implant-retained removable partial dentures, the stress distribution was found to be lower than that with the four implant-retained removable partial dentures. Nonsplinted implants caused high stress around the distal implant on the loading side.

Conclusion:

The stress loads were transmitted to other implants by splinting. Implant-supported removable partial dentures with an anterior fixed prosthetic design show lower stress distributions compared with bar retained prosthesis. These dentures appear to be advantageous in terms of stress transmission.