Periodontal conditions in adolescents and young Brazilians and associated factors: Cross -sectional study with data from the Brazilian oral health survey, 2010

Knack, Kelly Cristine; Sabadin, Clarice Elvira Saggin; Boclin, Karine Lima Sírio; Oltramari, Elenusa Souza; Portilio, Michele Natara; Rigo, Lilian

doi:10.4103/jisp.jisp_753_18

Cited by 7 publications

(2 citation statements)

References 36 publications

(45 reference statements)

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“…The treatment component in gingival diseases such as gingivitis can be done by maintaining oral hygiene so that the gingivitis stage does not develop into Periodontal. The aim of treating periodontal disease by eliminating or suppressing the growth of supra-and subgingival pathogenic microorganisms mechanically and rinsing with antiseptic liquids [36,37]. The following results of the analysis of the relationship between radiation dose exposure and the incidence of periodontal and gingivitis are presented in Table 3.…”

Section: Resultsmentioning

confidence: 99%

Analysis of the Environmental Impact of Radiation Doses on Dental and Oral Diseases (K03.6, K05.1, and K05.3) in Workers in the Indonesian National Nuclear Energy Agency

Fikri,

Dwidjartini,

Puspitasari

et al. 2023

IJSSE

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Gamma radiation has a significant influence on oral health disorders. The effects of ionizing radiation can cause tooth decay, due to a reduction in saliva production and changes in the oral environment that can increase bacterial growth leading to dental caries, and enamel erosion. The study aims to determine the relationship between exposure to gamma radiation dose and length of work on the incidence of dental calculus (K03.6) periodontal (K05.3) and gingivitis (K05.1). We also measured smoking behavior and history of diabetes mellitus as confounding variables. The type of research used is objective correlation, to determine the relationship of gamma radiation exposure to oral and dental diseases. The research design is a retrospective-reference period cohort, data collection is carried out on cases from 2017 to 2019. Based on the results of the analysis of radiation dose in 2019, there was a significant relationship between radiation dose and calculus formation with a value of (R=0.503 p=0.025). In 2018, dental calculus and gingivitis were significantly related, strong correlation, value (R=0.555 p=0.001). In 2019, the incidence of gingivitis and radiation dose, there is a strong correlation and is significantly related, to the value (R=0.507 p=0.021). Patients with a history of diabetes are very susceptible to periodontal and are not related to the length of work. It is recommended that radiation workers who have a history of diabetes and/or smoking take care of dental and oral conditions at least twice a year so that periodontal disease can be detected as early as possible.

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Section: Resultsmentioning

confidence: 99%

Analysis of the Environmental Impact of Radiation Doses on Dental and Oral Diseases (K03.6, K05.1, and K05.3) in Workers in the Indonesian National Nuclear Energy Agency

Fikri,

Dwidjartini,

Puspitasari

et al. 2023

IJSSE

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“…Plaque‐induced gingivitis is the most common and prevalent periodontal disease in children and adolescents (Albandar & Tinoco, 2002; Oh et al, 2002). The worldwide prevalence of plaque‐induced gingivitis in adolescents varies from 32% to 99% (Botero et al, 2015; Chen et al, 2018; Elias‐Boneta et al, 2018; Funieru et al, 2017; Jürgensen & Petersen, 2009; Knack et al, 2019; Tomazoni et al, 2017). Differences in the prevalence of plaque‐induced gingivitis may be related to the diversity in the demographic and socioeconomic characteristics of the subjects, variations in oral hygiene habits and risk factors involved in the disease.…”

Section: Introductionmentioning

confidence: 99%

Epidemiology of plaque‐induced gingivitis among 12–15‐year‐old Chinese schoolchildren: A study based on the 2018 case definition

Wang,

Feng,

Tai

et al. 2023

J Clinic Periodontology

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AimTo explore the epidemiology of plaque‐induced gingivitis and related factors among Chinese adolescents.Materials and MethodsThis cross‐sectional survey comprised 118,601 schoolchildren in the 12–15‐year age group. Data came from the National Oral Health Survey in mainland China. The field investigation was conducted according to the World Health Organization guidelines. The new 2018 case definition for plaque‐induced gingivitis was used. Participants underwent clinical examinations and completed a structured questionnaire. Bleeding on probing (BOP) was performed on all teeth. Multinomial logistic regression was used to explore the factors related to the extent of gingivitis.ResultsNearly half of the study population (47.3%) had plaque‐induced gingivitis; 23.9% and 23.3% presented with localised and generalised gingivitis, respectively. The first molars were the most affected by BOP. Well‐established factors, such as demographic characteristics, socioeconomic status, local factors and smoking habits, were significantly associated with the extent of gingivitis. Odds ratios for localised and generalised gingivitis increased with the decrease in frequency of toothbrushing with a fluoride dentifrice.ConclusionsThe study population had high plaque‐induced gingivitis prevalence. The extent of gingivitis appeared to have a dose–response relationship with the frequency of toothbrushing with a fluoride dentifrice.

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Are technology‐based health education methods able to reduce oral health inequalities between the sexes in adolescents? A cluster randomized trial

Marchetti

Vendruscolo

Reis

et al. 2022

Int J Dental Hygiene

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PurposeDetermine if different technology‐based health education interventions can reduce oral health inequalities between the sexes in a sample of adolescents.MethodsA cluster randomized clinical trial was conducted in three phases with an initial sample of 291 male and female adolescents 14–19 years of age. Phase I (n = 288) comprised a clinical examination performed by a calibrated examiner using the simplified oral hygiene index (OHI‐S) and gingival bleeding index (GBI). Phase II involved two educational interventions: video (VD; n = 147) or oral counselling (OR; n = 141) with standardized content. In phase III, an App was made available to half of the clusters (OR + App; n = 66/OR without App; n = 71/VD + App; n = 63/VD without App; n = 63), and the clinical examination was performed a second time. Data were evaluated using descriptive analysis and nonparametric tests.ResultsIn phase I, boys had a lower standard of oral hygiene compared with girls, with higher mean OHI‐S (p = 0.039) and GBI (p = 0.015). After VD and OR interventions, no significant difference between sexes was found regarding the mean OHI‐S. However, males had a higher mean GBI compared with females in the OR group (p = 0.006). When the App was added to OR and VD groups, males in the ‘OR without App’ group had a higher mean GBI compared with females (p = 0.007).ConclusionThis clinical trial demonstrated that educational interventions involving information technologies were effective at reducing oral health inequalities between the sexes among adolescents. However, oral counselling alone was not efficient in reducing GBI in male adolescents.

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Periodontal conditions in adolescents and young Brazilians and associated factors: Cross -sectional study with data from the Brazilian oral health survey, 2010

Cited by 7 publications

References 36 publications

Analysis of the Environmental Impact of Radiation Doses on Dental and Oral Diseases (K03.6, K05.1, and K05.3) in Workers in the Indonesian National Nuclear Energy Agency

Analysis of the Environmental Impact of Radiation Doses on Dental and Oral Diseases (K03.6, K05.1, and K05.3) in Workers in the Indonesian National Nuclear Energy Agency

Epidemiology of plaque‐induced gingivitis among 12–15‐year‐old Chinese schoolchildren: A study based on the 2018 case definition

Are technology‐based health education methods able to reduce oral health inequalities between the sexes in adolescents? A cluster randomized trial

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