Realistically, the translation of truly regenerative treatments to clinical practice is likely a longer term goal, so the need for improved reparative/restorative materials is undeniable. Simple examples are direct dental restorations and root canal obturations. A lot of money and further damage to native tissues would be saved if we could come up with better materials. Also, since these materials reside in the oral cavity, ...more »
Please submit your ideas on what it will take to reach this goal.
Recent trends in dental materials manufacturing demonstrate the increased inclusion of antibacterial and bioactive components in a variety of materials. Based on the reasons for failure of dental composites, and the higher than ideal failure rate, novel materials with bioactive additives that can inhibit disease and repair or replace lost tissue are essential.
The overall idea is to monitor health and detect disease early. A device on an implant, or a removable device like an orthodontic appliance would sense changes in temperature, pH , specific pathogens, salivary flow rates, fluoride levels, sleep cycles...
Real-time monitoring of dental caries using genetically engineered bioluminescent cariogenic bacteria and living imaging software to analysis and 3D reconstruction of caries map in oral cavity.
The mucosal surfaces of the oral cavity are excellent targets for temporary biodevices, yet mucoadhesion remains poorly understood and difficult to achieve.
Idea is development of novel nano-structured intra-orally active trans-mucosal (and or intra-periodontal) drug delivery system that continuously release Parathyroid hormone in the alveolar bone of jaws for long time to create local osteopenia by the activation of osteoclast locally to create local osteopenia for accelerated orthodontic tooth movement to considerably reduce the orthodontic treatment time from years to ...more »
An oral scanner that can detect pocket depth accurately and show tissue destruction where practitioner can see bacterial infiltration without using radiation and analyze saliva for bacterial content. It would help with treatment.
Device-facilitated lingual strengthening has been shown to result in improved swallowing function and increased saliva production in patients with dysphagia. However, the impact of this treatment approach on oral health as it relates to broader health-related outcomes, such as pneumonia development, requires further study.
The performance of oral biodevices, particularly those designed to sense analytes, can be dramatically impacted by surface fouling. Better strategies to inhibit interference by adsorbed biomolecules and biofilms will be needed.
Utilisation of biofeed back chip implanted in denture to promote stimulation of salivary glands to screate saliva in patients undergoing Chemotherapy and Radiotherapy in Cancer treatment. This can help the patients in fast recovery time from the effects of treatment and also promotes overall oral health in them .
A multi-use hand held oral device which is used to precisely and easily deliver an undiluted antimicrobial agent in incremental doses through a illuminating rotatable cannula tip (with sides ports and end port) into a periodontal pocket. A separate blunt ended cannula tip will deliver Gel Kam, stannous fluoride to remineralize incipient caries in hard to reach areas under crowns & bridges, root caries, furcations, and ...more »
Biodental Engineering is to solidify knowledge of bioengineering applied to dentistry. Recent years multiple new techniques and technologies have been introduced in relevant fields, such as: Biomechanical disorders, Orthodontics, Prosthodontics, Implantology, Aesthetics, Dental systems, Medical devices and Medical image.