King Abdulaziz University

Mona Aly Abbassy

Ahmed Samir Ibrahim Bakry

Ali Habib Hassan

Amal Linjawi

Ahmed Fathy Hanafy

Gihan Salah Labib

Amal Mohammed S Abushal

Rania Bakry

Ali Habiballah Hassan

A dental filling material comprising bioactive borate glass particles, wherein the particles are at a concentration of 40-60 wt %, a co-monomer resin blend, a photoinitiator, and a co-initiator is provided. Method for applying the dental filling material to a tooth structure are also provided. The temporary filling material re-mineralizes the tooth structure and is removed after 1-7 days for the placement of a permanent filling material.

Bioactive dental temporary filling material

The invention is directed to a composition that safely removes a cured dental cement or resin from metal brackets, metal braces, and enamel surfaces of teeth. It contains eugenol, isoeugenol, methyl-eugenol or an isomer thereof. A method for removing orthodontic fixtures adhered with a dental cement or resin to the enamel surfaces of teeth from these surfaces by contacting the dental cement or resin with a composition containing eugenol.

Dental cement removal composition

A bioactive borate glass adhesive system is described for its composition and use in adhering a plurality of dental restorative components onto a tooth surface. The adhesive system comprises silanated borate bioactive glass particles and a biocompatible resin blend. The bioactive adhesive system functions as a non-degradable, permanent adhesive in tooth restoration in the presence of saliva. In addition, the bioactive borate adhesive system may be used for re-mineralization, de-sensitization and self-healing of dentin and enamel by releasing and depositing calcium and phosphate ions onto the exposed and damaged tooth surface.

Bioactive adhesive system compositions and methods of use

Method for removing metal bracket from teeth with a eugenol composition

Method for debonding of orthodontic metal brackets with eugenol emulgel

Eugenol dental composition

Growing community of inventors

Jeddah, Saudi Arabia

Mona Aly Abbassy