Annals of Case Reports and Clinical Studies (ISSN: 2834-5673) | Volume 5, Issue 2 | Research Article | Open Access DOI
Sowmiya Sivakumar*
Sowmiya Sivakumar*, Sujitha Murugesan, Veni Ashok Baskaran, Praveen Kumar Chellapan, Jeevananthan D, Neeralya S
Department of Conservative Dentistry and Endodontics, Adhiparasakthi Dental College and Hospital, Melmaruvathur-603319, India
*Correspondence to: Sowmiya Sivakumar
Fulltext PDFAim: The study aimed to evaluate the remineralizing effects of two freshly prepared organic biomimetic waste nanomaterial [fish bone (FB) and chicken eggshell (ES)] solutions on partially demineralized human enamel surface using energy dispersive X-ray spectroscopy for quantitative Ca/P assessment.
Methodology: A total of 50 freshly extracted human single rooted teeth were collected to be used. The samples were divided into five equal groups (n=10) respectively.
Group 1: Control group
Group 2: Remineralization solution obtained from fish bone biomimetic waste
Group 3: Remineralization solution obtained from chicken eggshell biomimetic waste
Group 4: Remineralising solution obtained from Fishbone biomimetic waste + chitosan nanoparticle
Group 5: Remineralising solution obtained from Eggshell biomimetic was +chitosan nanoparticle
Results: The results shows remineralisation effects of human enamel using biomimetic wastes were significant in Group 4 remineralising solution obtained from (FISHBONE+CHITOSAN NANOPARTICLES) and least in Group 3 remineralising solution obtained from(CHICKEN EGGSHELLS) respectively.
Biomimetic, Human enamel, Demineralization, Nanoparticles, Eggshell, Remineralizing Solution, Fish Bone
Sowmiya Sivakumar, Sujitha Murugesan, Veni Ashok Baskaran, Praveen Kumar Chellapan, Jeevananthan D, Neeralya S. Evaluation of Remineralizing Effects of Human Enamel ssing Biomimetic Waste from Nanomaterial Solutions of Fishbone(Fb) and Eggshell(Es) Incorporated with Chitosan Nanoparticles in Single Rooted Tooth - An In Vitro Study. Ann Case Rep Clin Stud. 2026;5(2):1-9.