Evaluation of Effect of Laser in Root Canal Disinfection in Pulp Regenerative Therapy: A Systematic Review.

The evaluation of the effect of laser in disinfection of root canal in pulp regenerative therapy, if found effective laser can be used for root canal disinfection in cases of regenerative endodontic therapy. This study includes a systematic review addressing the question of whether laser is effective in root canal treatment in regenerative endodontic therapy. Randomized controlled trials (RCTs), case series, and animal studies evaluating the effect of laser-assisted endodontic irrigation in pulp regenerative therapy were included.

Data-driven dentistry: Computational revelations redefining pulp capping.

Introduction: Pulpal and periradicular diseases stem from immune reactions to microbiota, causing inflammation. Limited blood supply hampers dental pulp self-healing. Managing inflammation involves eliminating bacteria and reducing pro-inflammatory mediators especially MMP-9, which has a significant correlation with pulpitis.

Abstraction of phenol onto Pseudomonas putida and Cetyl Trimethyl Ammonium Bromide.

Foam separation, an efficient downstream processing unit operation, was tested as a post-treatment technique for phenol removal after biosorption. The biosorptive foam separation process was carried out in two stages, namely biosorption and foam separation. A minimum run resolution V central composite design with four variables (initial concentration, pH, biosorbent dosage, and time) for biosorption and three variables (liquid pool height, surfactant concentration, and air flow rate) for biosorptive foam separation was applied to optimize the process.