Nessa lista, separamos alguns artigos científicos relacionados a nossa temática. Boa Leitura.
Bone Level (BL) Roxolid SLActive implant surfaces showed the highest Aluminum particle counts, 46.6 and 50.3 per area. (02/11/2019)
Dental implants with comparable roughness but differing surface chemistry had differing extents of blood contact activation which could have implications for osseointegration. (02/11/2019)
These findings suggest an association between titanium dissolution products and peri-implantitis and support a role for these products in modifying the peri-implant microbiome structure and diversity. (03/10/2019)
A strategy of prospective, active surveillance of a clinical registry rapidly identified potential safety signals among recipients of an implantable device, with initial alerts occurring within the first 12 months of monitoring. (26/09/2019)
Results may well contribute to the development of device monitoring which is a crucial element of the policy and regulatory system to identify device-related safety issues. (26/09/2019)
This review of the literature indicates that titanium can induce hypersensitivity in susceptible patients and could play a critical role in implant failure. (17/09/2019)
Multiple organic particles and remnants of PTFE (Cumdente), organic particles containing sulfur, particles containing iron (Bioconcept) or impurities with aluminum (Biodenta). (17/09/2019)
Since Titanium is a transition metal, allergy or metal hypersensitivity may be a matter of concern. (16/09/2019)
Symptoms have not been reported with most materials, including most metals - however, some patients with a history of pre-existing allergies have developed skin lesions while using certain devices (05/09/2019)
