Caries Active

children aged 5 to 7 years with deep carious second primary molars that require vital pulp therapy will be treated using either MTA or bioceramic putty, then will be fully covered using either stainless steel crowns or 3D printed resin crowns.

This study aims to clinically assess this newly introduced Egyptian chemo-mechanical caries removal gel versus conventional drilling method . The concept of preserving healthy tooth structures and employing atraumatic restorative techniques during cavity preparation aligns with the principles of minimally invasive dentistry. This approach prioritizes patient comfort, reassurance, and fosters a positive perception of dental treatment.

This study aims to evaluate the changes in salivary pH and Streptococcus mutans count by preparing a solution containing these sweeteners dissolved in distilled water and administering it to the participants. Saliva samples will be collected before using the mouth rinse, and salivary pH will be measured using a pH meter, while S. mutans count will be analyzed in the laboratory. After consuming the solution, salivary pH will be assessed at 1 minute, 15 minutes, and 30 minutes, while the growth of S. mutans will be examined 30 minutes post-rinse.

This study will be conducted to Clinically evaluate Bioactive Silica Based with calcium booster (Refix technology) toothpaste and Sodium Fluoride varnish versus conventional fluoride toothpastes in management of white spot lesions of adult patients over 6m follow up and evaluating patient perception regarding the treatment provided.

Dental caries (dental cavity) is very common and can impact oral health and oral health-related quality of life. Dental caries is when the tooth surfaces break down, and if left untreated, can cause tooth pain. In routine clinical practice, dental professionals typically assess caries lesions by looking at patients' teeth, touching the areas of interest with a dental probe, and running a probe over the teeth to check the buildup of bacteria. Dentists often use x-rays to help find cavities, and they can also take pictures of the teeth to show what the problem looks like. New tools called intraoral scanners are becoming more useful for finding cavities. These scanners do not use radiation and do not hurt. Some computer programs that use artificial intelligence (AI) can also help dentists find cavities. AI can study the spots on patients' teeth and help make better, faster decisions. The purpose of this study is to collect data that will be used to develop and test an AI software that can help dentists in the detection of caries.