Clinical Trial Details
— Status: Not yet recruiting
Administrative data
NCT number |
NCT05479877 |
Other study ID # |
19071991 |
Secondary ID |
|
Status |
Not yet recruiting |
Phase |
Early Phase 1
|
First received |
|
Last updated |
|
Start date |
September 2022 |
Est. completion date |
October 2023 |
Study information
Verified date |
August 2022 |
Source |
Cairo University |
Contact |
Nihal Bayoumi, Msc |
Phone |
+201227610630 |
Email |
nihal.mostafa[@]dentistry.cu.edu.eg |
Is FDA regulated |
No |
Health authority |
|
Study type |
Interventional
|
Clinical Trial Summary
Pulpotomy of vital primary molars is indicated when caries removal results in pulp exposure.
Treatment approaches consist of devitalization using formocresol, preservation using ferric
sulfate and regeneration of the remaining pulp tissue using mineral trioxide aggregate and
recently Biodentine have been utilized.
The ideal pulpotomy medicament would be biocompatible and bactericidal, in addition, to
promoting the healing of the root pulp and be compatible with the physiological process of
root resorption.
Searching for more pulpotomy agents, Collagen, a protein that's present abundantly in humans,
is an important component of connective tissues and performs multiple functions including
wound healing.
Enamel and dentin contain Collagen as one of the components in their organic ground matrix.
Collagen has been used widely in dentistry in periodontal and implant therapy as scaffold for
preventing the migration of epithelial cells and encouraging wound repopulation by cells with
high regenerative potential.
The Collagen available for dental implication is already sterilized and also reinforced with
antibiotic particles to efficiently aid in regeneration and repair without any contamination.
The collagen particles
Description:
Pulpotomy is considered the gold standard procedure for treating cariously exposed pulps in
asymptomatic primary teeth. Which is based on the healing ability of the radicular pulp
tissue following amputation of the infected coronal pulp.
Mineral trioxide aggregate (MTA) has been recommended as the gold standard for vital pulp
therapy; however, it has some disadvantages, such as long setting time, poor handling
properties, high cost, and the potential for tooth discoloration. Biodentine (Septodont,
Saint-Maur-des-Fossés, France), one of the new-generation, bioactive endodontic cements, has
been claimed to have improved properties over MTA.
Biodentine presents high biocompatibility with the dental pulp, it has high antibacterial
effects and antifungal activity, has a shorter setting time than MTA as a result of the
calcium chloride in the liquid component of Biodentine. It also has higher flexural strength,
compressive strength and modulus of elasticity than MTA.
Consequently, Biodentine can be used as a pulp dressing as well as a base material.
Quest is on for newer pulpal medicaments that are biocompatible and capable of healing the
dental pulp by producing reparative dentin and/or dentinal bridge in response to various
stimuli and surgical exposure.
Collagen has a proven rate of success in the field of dentistry as guided tissue
regeneration, root conditioning, hemostatic, and wound dressing agent. It has inherent
properties like low immune response and toxicity, ability to promote cellular growth and
attachment, homeostasis, and added advantage of antibiotic incorporation.