Staged Approach of Frenectomy Followed by Modified Tunnel and Subepithelial Connective Tissue Graft in Single Mandibular Anterior Recessions: A Clinical Report of Three Cases.

This case report proposes a unique approach for managing Cairo gingival recession types 1 and 2 (RT1 and RT2, respectively) in the mandibular anterior region, where anatomical features such as a high frenal attachment or a shallow vestibule preclude the use of a coronally advanced flap. Three systemically healthy patients presenting with Cairo RT1 and RT2 gingival recessions were included. The recessions were managed with a staged approach of frenectomy followed by a modified tunnel in combination with connective tissue graft. Significant root coverage was achieved in all three cases. This treatment approach allows for root coverage, relief of frenal pull, keratinized tissue gain, and increased vestibular depth in very challenging Cairo RT1 and RT2 gingival recessions in mandibular anterior teeth. A short-term follow-up of 3 to 6 months showed stable results in all presented cases.

Lack of attention to sex and gender in periodontitis-related randomized clinical trials: A meta-research study.

AIM: This meta-research study aimed to investigate the level of compliance with the Sex and Gender Equity in Research (SAGER) Guidelines for the inclusion, analysis, and reporting of sex/gender, in periodontitis-related randomized controlled trials (RCTs). MATERIALS AND METHODS: Following the inclusion of RCTs related to the treatment of periodontitis published between 2018 and 2019, we applied the SAGER checklist to assess the adherence to sex/gender reporting guidelines. We used non-parametric descriptive statistics and correlation models to test the association of the dependent outcome with other variables. RESULTS: One hundred and one articles were included in the analysis. The female enrolment ranged between 30% and 94%. Twenty-six studies enrolled less than 50% of female participants. The overall SAGER score (OSS) of item fulfilment ranged between 0 and 7 items with an average of 1.9 items signifying poor guideline adherence to the SAGER guidelines. These findings were not associated with the corresponding author gender (p = .623), publication year (p = .947), and funding source (p = .133). However, a significant but negative correlation with journal impact factor (r = -0.253, p = .026) was observed. CONCLUSIONS: Sex and gender were frequently disregarded in clinical trial reporting. This oversight might limit the understanding of sex/gender differences in periodontitis-related clinical trials.

Silk electrogel coatings for titanium dental implants.

The aim of this study was to develop biocompatible, biodegradable dental implant coatings capable of withstanding the mechanical stresses imparted during implant placement. Two techniques were developed to deposit uniform silk fibroin protein coatings onto dental implants. Two novel coating techniques were implemented to coat titanium shims, studs, and implants. One technique involved electrodeposition of the silk directly onto the titanium substrates. The second technique consisted of melting electrogels and dispensing the melted gels onto the titanium to form the coatings. Both techniques were tested for coating reproducibility using a stylus profilometer and a dial thickness gauge. The mechanical strength of adhered titanium studs was assessed using a universal mechanical testing machine. Uniform, controllable coatings were obtained from both the electrodeposition and melted electrogel coating techniques, tunable from 35 to 1654 µm thick under the conditions studied, and able to withstand delamination during implantation into implant socket mimics. Mechanical testing revealed that the adhesive strength of electrogel coatings, 0.369 ± 0.09 MPa, rivaled other biologically derived coating systems such as collagen, hydroxyapatite, and chitosan (0.07-4.83 MPa). These novel silk-based techniques offer a unique approach to the deposition of safe, simple, mechanically robust, biocompatible, and degradable implant coatings.

Electrodeposited silk coatings for bone implants.

The aim of this study was to characterize the mechanical properties and drug elution features of silk protein-based electrodeposited dental implant coatings. Silk processing conditions were modified to obtain coatings with a range of mechanical properties on titanium studs. These coatings were assessed for adhesive strength and dissolution, with properties tuned using water vapor annealing or glycerol incorporation to modulate crystalline content. Coating reproducibility was demonstrated over a range of silk concentrations from 1% to 10%. Surface roughness of titanium substrates was altered using industry relevant acid etching and grit blasting, and the effect of surface topography on silk coating adhesion was assessed. Florescent compounds were incorporated into the silk coatings, which were modulated for crystalline content, to achieve four days of sustained release of the compounds. This silk electrogelation technique offers a safe and relatively simple approach to generate mechanically robust, biocompatible, and degradable implant coatings that can also be functionalized with bioactive compounds to modulate the local regenerative tissue environment.