Person: MEŞELİ, SİMGE
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MEŞELİ
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SİMGE
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Publication Metadata only Analyses of herbal toothpaste's antimicrobial efficacy: in-vitro study(2022-09-15) MEŞELİ, SİMGE; AKSU, MEHMET BURAK; ALKAN, ELİF; TAĞTEKİN, DİLEK; MEŞELİ S., AKSU M. B., ALKAN E., KORKMAZ N., TAĞTEKİN D., YANIKOĞLU F.Publication Metadata only Evaluation of the effectiveness of intraoral scanner in scoring of dental plaque(2022-11-06) MEŞELİ, SİMGE; TAĞTEKİN, DİLEK; MEŞELİ S., EKENEL S., TAĞTEKİN D., YANIKOĞLU F.Publication Metadata only Assessment of highly-filled flowable composite and different surface treatments for composite repair(2021-10-31) KANAR, ÖZLEM; MEŞELİ, SİMGE; KORKUT, BORA; TAĞTEKİN, DİLEK; KANAR Ö., MEŞELİ S., KORKUT B., KÖKEN S., TAĞTEKİN D., YANIKOĞLU F.Publication Metadata only Dental Plaque Diagnosis and Imaging Methods(Platanus Publishing, 2023-01-01) MEŞELİ, SİMGE; TAĞTEKİN, DİLEK; KORKUT, BORA; MEŞELİ S., TAĞTEKİN D., KORKUT B.Publication Metadata only Kenevi̇r içeri̇kli̇ deneysel di̇ş macunlarinin anti̇bakteri̇yel etki̇nli̇ğİni̇n değerlendi̇ri̇lmesi̇(2022-05-20) MEŞELİ, SİMGE; AKSU, MEHMET BURAK; TAĞTEKİN, DİLEK; MEŞELİ S., AKSU M. B., KORKMAZ N., TAĞTEKİN D.Publication Metadata only DMFT related dental plaque scoring by using different imaging systems(2023-07-10) MEŞELİ, SİMGE; KORKUT, BORA; TAĞTEKİN, DİLEK; MEŞELİ S., KORKUT B., TAĞTEKİN D., YANIKOĞLU F.Publication Open Access Diagnostic performance of different fluorescence systems on occlusal caries of permanent teeth(2023-11-01) ALKAN, ELİF; MEŞELİ, SİMGE; KARGÜL, BETÜL; TAĞTEKİN, DİLEK; ALKAN E., Akça A. M., ŞEKER M., MEŞELİ S., KARGÜL B., TAĞTEKİN D., YANIKOĞLU F., ÇELİK Z. C.Publication Metadata only Comparative study of toothpastes for dentin tubule occlusion(2022-09-15) ALKAN, ELİF; TAĞTEKİN, DİLEK; MEŞELİ, SİMGE; KARGÜL, BETÜL; ALKAN E., TAĞTEKİN D., KORKMAZ N., MEŞELİ S., YANIKOĞLU F., KARGÜL B.Publication Unknown Assessment of Different Imaging Systems for Dental Plaque Scoring: an in-vivo study(2022-06-13) MEŞELİ, SİMGE; EKENEL, SERGEN; AKSU, MEHMET BURAK; YANIKOĞLU, FUNDA; TAĞTEKİN, DİLEK; MEŞELİ S., EKENEL S., AKSU M. B., TAĞTEKİN D., YANIKOĞLU F.Aim: The aim of the clinical study was to analyze the correlation between the dental plaque scores measuredby different imaging systems.Materials and Methods: Thirty volunteers between the age of 18-30, who visited Marmara University, Facultyof Dentistry whose DMFT scores were under 4, were included in the study. Dental plaque on anterior teeth’sbuccal surfaces of the volunteers were scored using different imaging systems after staining with a disclosinggel. The patients were divided into three groups. The groups were given two different herbal toothpastes(ginger and hemp) and a conventional toothpaste. Digital photography, intraoral digital scanning (iTeroElements 2) and FluoreCam were used for taking intraoral images. The Turesky Modified Quigley Hein PlaqueIndex (TMQHPI) was used for the clinical examination and the taken images. The correlations between theclinical examination and imaging scores were analyzed before and after using the toothpastes for 21 days.Shapiro Wilk Test and Pearson’s correlation were performed using IBM SPSS Statistics V23 (IBM Co. , Armonk,USA) (p<0.05).Results: The lowest mean value was obtained in the clinical examination without disclosing gel method andthe highest mean value was obtained in the FluoreCam method. The mean value of the clinical examinationwithout disclosing gel was found to be lower than the clinical examination with disclosing gel method andintraoral digital scanning method. There was no significant difference between toothpastes before and aftertoothbrushing for all clinical imaging methods.Conclusion: Staining of the plaque and the use of digital imaging systems have shown a positive effect inthe determination of dental plaque. Intraoral imaging systems may be used as an alternative to supplementthe shortcomings of conventional clinical indices for educating patients about plaque control and continuedpatient oral care. Herbal toothpastes are just as effective as conventional toothpastes in removing dentalplaque.Publication Unknown The Biocompatibility of Sodium Lauryl Sulphate on _x000D_ Developing Zebrafish Embryos(2021-08-25) TAĞTEKİN, DİLEK; Simge MEŞELİ;Gül KAPLAN;Derya CANSIZ;Ünsal Veli ÜSTÜNDAĞ;İsmail ÜNAL;Ebru Emekli ALTURFAN;Funda YANIKOĞLU;Dilek TAĞTEKİNObjective: As an anionic surfactant, sodium lauryl sulphate (SLS), is used as an emulsifying agent in toothpastes as well as many different household cleaning products. Many toothpastes contain SLS and it is responsible for the formation of foam when brushing. However SLS may also irritate sensitive teeth and gums. Lipid peroxidation (LPO) is defined as an autoxidation process that is induced through the attack of free oxygen radicals leading to oxidative stress in the pathophysiology of various diseases. LPO causes the formation of highly reactive products including different aldehydes, ketones, and alkanes serving as biomarkers of LPO. In our study we aimed to expose zebrafish embryos to SLS and determine LPO in SLS exposed zebrafish embryos. Material and Method: Zebrafish embryos that were dividing normally and which had spherical shapes were chosen and they were exposed to SLS both in low and high concentrations in well plates for 72 hours. Rates of mortality and hatching were determined. The levels of malondialdehyde were evaluated using the Yagi's method as the end products of LPO in the form of thiobarbituric acid reactive substances. Results: Our findings showed LPO increased significantly in both low SLS (p<0.05) and high dose SLS (p<0.05) exposed zebrafish embryos when they were compared to the control group. Conclusion: It may be suggested that LPO is an early indicator of exposure to SLS during embryogenesis and further studies are required to confirm this finding.