Tooth loss is a common dental problem. Impairment of oral functions and masticatory efficiency is a result of tooth loss. The negative effects of tooth loss can be managed by the fixed and removable prosthesis. This study was conducted to determine the influence of gender in selecting prosthesis. This study was a retrospective observational study conducted in a university hospital in Chennai. Data collection was done with the help of the electronic dental record of the university- Dental information archiving software (DIAS). It records all patients data from initial visit to last visit chronologically. This was followed by Excel tabulation. Data was analysed using SPSS Software. The association of study variables was calculated using the Chi-Square test. Within the limits of the study, female patients were willing for replacement of teeth than male patients (55%). There was a significant difference in choosing the type of prosthetic treatment. It was seen that fixed partial denture was chosen over removable prosthesis (59.8%).

Evaluation of the drug ligand interactions between the C. cassia bio-compounds with the SAP-1 in C. albicans to explore the inhibitory medicinal potential of C. cassia bio-compounds by a computational approach is performed in the present investigation. Antimicrobial assay was done using agar well diffusion method with the crude aqueous and ethanolic extracts of the dried barks of C. cassia against C. albicans. 2D & 3D structures of the active bio-compounds of C. cassia were optimized and the 3D structure of SAP-1 was retrieved from the PDB data bank. In-silico inhibitory potential of the selected C. cassia biocompounds against SAP-1 was done by Auto Dock 2.0 and was visualized with Accelrys discovery studio visualizing tool with the assessment of the molecular properties of the ligands against SAP-1 by molinspiration calculations and further assessment for their drug likeliness. In-vitro analysis showed a promising anti-fungal activity of C. cassia extracts against C. albicans. Cinnamoyl E-acetate and Eugenyl acetate seem to possess promising inhibitory effect to target SAP-1 with a least binding energy of –5.33 and -5.21 Kcal/mol with four hydrogen bonds respectively. Molinspiration assessments showed zero violations for all the C. cassia compounds with the TPSA scores of <140 Å towards the best oral bioavailability. The findings of the study emphasize that cinnamaldehyde, cinnamoyal acetate and eugenol from C. cassia seem to possess a promising inhibitory effect against SAP-1 of C. albicans suggesting the medicinal value of the spice against SAP-1.

Aim: To determine the cytotoxic activity of silver nanoparticles synthesized using Ficus benghalensis. Introduction: Synthesis of metal nanoparticles is widely used due to their potential applicability in various areas such as electronics, chemistry, energy and medicine development. To fulfill the growing need of environmentally friendly nanoparticles, researchers are using plant extract for the synthesis of nanoparticles. Materials and Methods: In this report we used the extract F. benghalensis to synthesize silver nanoparticles and were characterized using UV- visible spectrometer and was also tested for cytotoxic activity. Results: These biosynthesized silver nanoparticles showed reduced cytotoxic activity and can be developed as novel medicine against pathogenic oral diseases. Conclusion: With increasing demand in advancements and diagnosis of treatment modalities, green synthesis of silver nanoparticles using F. benghalensis has reduced cytotoxic activity and has wider applications in dentistry.