This project aims at studying the evolution of masticatory function (food bolus granulometry, masticatory behavior, muscle activity and masticatory performance) during oral rehabilitation, in children with different types of oral health impairment. Secondary objectives are to study the relationships between children masticatory function (food bolus granulometry, masticatory behavior, muscle activity and masticatory performance) and its evolution during oral rehabilitation, and: * their type of oral health alteration * their eating behaviors * their height and weight status During examination the following parameters are collected: * Various clinical indicators of oral health * The child's weight and height * Frequency and nature of orofacial dysfunctions * The oral health related quality of life of children and their families * Chewing tests are performed (chewing gum, natural food such as carrot, cereals, and cheese samples, samples of gelatins of different hardness) Examination and differents tests are performed every six months for a total of 5 years (per participant) The dental care procedures performed during the study were carried out in the usual way.
This project aims at studying the masticatory parameters and their evolution in children receiving oral rehabilitation at the special care unit (Odontology Department, CHU Estaing, Clermont-Ferrand), for different types of oral health alterations. These data could be used to support the validity of procedural guidelines in the field of functional rehabilitation in pediatric dentistry. The impact of the type of oral alteration on mastication, and the influence of the masticatory function on the quality of life, the eating habits and the height and weight status of children will also be analyzed. The main objective is to study the evolution of masticatory function (food bolus granulometry, behavior, muscle activity and performance) during a rehabilitation program, in children with different types of oral health impairment. Secondary objectives are to study the relationships between children masticatory function (food bolus granulometry, masticatory behavior, muscle activity and masticatory performance) and its evolution during oral rehabilitation, and: * their type of oral health alteration * their eating behaviors * their height and weight status This is a follow-up study using criteria from clinical orofacial examination, questionnaires, video recordings of natural food chewing sequences and analysis of food bolus. Indeed, objective and non-invasive indicators of oro-facial functions and mastication are recorded as part of the usual follow-up of children (according to the recommendations of the American Association of Pediatric Dentistry 2020) during observations (live or on video recordings outside the presence of the family) or interviews with the child and his/her parents (questionnaires), or following masticatory tests. During children examination, and after questionnaires are completed with the parents or the child himself, these data are collected: * Various clinical indicators of oral health (caod/CAOD; PUFA; ICDAS) * The child's weight and height for the calculation of the Body Mass Index (BMI) as a clinical indicator of the child's growth * Frequency of orofacial dysfunctions (NOT-S test) * The impact of oral health on the quality of life of children and their families (ECOHIS or COHIP tests depending on age) The following parameters are collected from chewing tests: * Children's chewing behavior described by the family (feeding behaviors) or observed during the visit (clinical index of "quality of muscle function during chewing") or determined outside the presence of the family from video recordings made during the visit while chewing test foods (chewing kinematic parameters). * Granulometry of natural food boluses (D50: median particle size of food boluses) * A chewing performance measured by the heterogeneity of a two-colored chewing gum after chewing for a defined number of cycles. * The muscular activity during mastication of samples of gelatins of different hardness, carried out with recording of the masseter and temporal muscles activity (EMG) The dental care procedures performed during the study were carried out in the usual way. Examination and differents tests are performed every six months for a total of 5 years (per participant).
Study Type
INTERVENTIONAL
Allocation
NON_RANDOMIZED
Purpose
TREATMENT
Masking
NONE
Enrollment
112
dental treatment can include conservative, orthodontic, prosthetic or surgical procedures
regular preventive follow-up visit (every 6 months)
CHU clermont-ferrand
Clermont-Ferrand, France
RECRUITINGParticle size analysis of ready to swallow natural food bolus
Particle size analysis (D50) of ready to swallow natural food boluses of carrot, cheese, or cereals.
Time frame: at 6 months
Particle size analysis of ready to swallow natural food bolus
Particle size analysis (D50) of ready to swallow natural food boluses of carrot, cheese, or cereals.
Time frame: at 12 months
Particle size analysis of ready to swallow natural food bolus
Particle size analysis (D50) of ready to swallow natural food boluses of carrot, cheese, or cereals.
Time frame: at 18 months
Particle size analysis of ready to swallow natural food bolus
Particle size analysis (D50) of ready to swallow natural food boluses of carrot, cheese, or cereals.
Time frame: at 24 months
Particle size analysis of ready to swallow natural food bolus
Particle size analysis (D50) of ready to swallow natural food boluses of carrot, cheese, or cereals.
Time frame: at 36 months
Particle size analysis of ready to swallow natural food bolus
Particle size analysis (D50) of ready to swallow natural food boluses of carrot, cheese, or cereals.
Time frame: at 48 months
Particle size analysis of ready to swallow natural food bolus
Particle size analysis (D50) of ready to swallow natural food boluses of carrot, cheese, or cereals.
Time frame: at 60 months
Correlation between mastication capability, and the type of oral health alteration
Mastication capability is evaluated by particle size analysis (D50). The type of oral health alterations are defined by * presence of multiple caries * oro facial dysmorphologies * dental abnormalities * health oral state
Time frame: every 6 months for 1year, and then each year for 4 years
Correlation between mastication behavior and the type of oral health alteration
Mastication behavior is measured by measuring the number of food refusals during mastication tests, measuring the kinematic parameters (number of cycle (nc), mastication time (T) to calculate the masticatory frequency (nc/T) The type of oral health alterations are defined by * presence of multiple caries * oro facial dysmorphologies * dental abnormalities * health oral state
Time frame: every 6 months for 1year, and then each year for 4 years
Correlation between mastication performance and the type of oral health alteration
Mastication performance is evaluated by measuring the heterogeneity of the color of a bicolor chewing gum masticated during a given number of cycles (chewgum test) (Hue standard deviation) The type of oral health alterations are defined by * presence of multiple caries * oro facial dysmorphologies * dental abnormalities * health oral state
Time frame: every 6 months for 1year, and then each year for 4 years
Correlation between muscle activity and the type of oral health alteration
Muscle activity will be evaluated by measuring the electromyographic activity of masseter and temporal muscles during mastication of gelatines of various hardness. The type of oral health alterations are defined by * presence of multiple caries * oro facial dysmorphologies * dental abnormalities * health oral state
Time frame: every 6 months for 1year, and then each year for 4 years
Correlation between mastiaction capability and quality of life
The quality of life will be assessed using questionnaires: * ECOHIS for children less than 6 years old * COHIP for children above 6 years old Mastication capability is evaluated by particle size analysis (D50).
Time frame: every 6 months for 1year, and then each year for 4 years
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Correlation between mastication behavior and quality of life
The quality of life will be assessed using questionnaires: * ECOHIS for children less than 6 years old * COHIP for children above 6 years old Mastication behavior is measured by measuring the number of food refusals during mastication tests, measuring the kinematic parameters (number of cycle (nc), mastication time (T) to calculate the masticatory frequency (nc/T)
Time frame: every 6 months for 1year, and then each year for 4 years
Correlation between mastication muscular activity and quality of life
The quality of life will be assessed using questionnaires: * ECOHIS for children less than 6 years old * COHIP for children above 6 years old Muscle activity will be evaluated by measuring the electromyographic activity of masseter and temporal muscles during mastication of gelatines of various hardness.
Time frame: every 6 months for 1year, and then each year for 4 years
Correlation between mastication performance and quality of life
The quality of life will be assessed using questionnaires: * ECOHIS for children less than 6 years old * COHIP for children above 6 years old Mastication performance is evaluated by measuring the heterogeneity of the color of a bicolor chewing gum masticated during a given number of cycles (chewgum test) (Hue standard deviation)
Time frame: every 6 months for 1year, and then each year for 4 years
Correlation between mastication capability and eating habits
Eating habits are measured by measuring the number of food refusals and texture adaptation at home according to the 7 categories of food (PNNS) Mastication capability is evaluated by particle size analysis (D50).
Time frame: every 6 months for 1year, and then each year for 4 years
Correlation between mastication behavior and eating habits
Eating habits are measured by measuring the number of food refusals and texture adaptation at home according to the 7 categories of food (PNNS) Mastication behavior is measured by measuring the number of food refusals during mastication tests, measuring the kinematic parameters (number of cycle (nc), mastication time (T) to calculate the masticatory frequency (nc/T)
Time frame: every 6 months for 1year, and then each year for 4 years
Correlation between muscular activity and eating habits
Eating habits are measured by measuring the number of food refusals and texture adaptation at home according to the 7 categories of food (PNNS) Muscle activity will be evaluated by measuring the electromyographic activity of masseter and temporal muscles during mastication of gelatines of various hardness.
Time frame: every 6 months for 1year, and then each year for 4 years
Correlation between mastication performance and eating habits
Eating habits are measured by measuring the number of food refusals and texture adaptation at home according to the 7 categories of food (PNNS) Mastication performance is evaluated by measuring the heterogeneity of the color of a bicolor chewing gum masticated during a given number of cycles (chewgum test) (Hue standard deviation)
Time frame: every 6 months for 1year, and then each year for 4 years
Correlation between mastication behavior and height and weight status
Mastication behavior is measured by measuring the number of food refusals during mastication tests, measuring the kinematic parameters (number of cycle (nc), mastication time (T) to calculate the masticatory frequency (nc/T) Height and weight status is evaluated by calculating the BMI (body mass index) of children
Time frame: every 6 months for 1year, and then each year for 4 years
Correlation between muscular activity and height and weight status
Muscle activity will be evaluated by measuring the electromyographic activity of masseter and temporal muscles during mastication of gelatines of various hardness. Height and weight status is evaluated by calculating the BMI (body mass index) of children
Time frame: every 6 months for 1year, and then each year for 4 years
Correlation between mastication performance and height and weight status
Mastication performance is evaluated by measuring the heterogeneity of the color of a bicolor chewing gum masticated during a given number of cycles (chewgum test) (Hue standard deviation) Height and weight status is evaluated by calculating the BMI (body mass index) of children
Time frame: every 6 months for 1year, and then each year for 4 years