Odontology
Conditions
Keywords
CHILD, GROWTH, PHYSIOLOGICAL PARAMETERS, FACE, MAXILLARY
Brief summary
The aim of this study is to measure some oral and maxillofacial physiological parameters, with a view to creating a modular prototype articulator from young children to adolescents by 3D printing.
Detailed description
In the dental field, the articulators present different interests during the diagnostic and treatments of the dental diseases. Thus they are used to perform dental prostheses, pre-orthodontic analysis or in the context of dysfunction of the manducatory apparatus. Many children affecting with genetic disease need prosthetic rehabilitation. However, none commercial articulators are adaptable to children. Consequently little dental prosthetic are taken before adolescence, or even adulthood. The aim of this study is to measure some oral and maxillofacial physiological parameters, with a view to creating a modular prototype articulator from young children to adolescents by 3D printing. On average, 30 children per week visit the dental department of Reims CHU for dental screening or orthodontic diagnosis. From this cohort, an epidemiological study will be carried out. It will concern different physiological parameters of the face and the oral cavity necessary to make a prototype articulator. Ideally, the creation of a modular articulator to monitor the growth of a child would remove a number of diagnostic locks, therapeutic and technical.
Interventions
None listed
Sponsors
CHU de Reims
Study design
Observational model
CASE_CROSSOVER
Time perspective
CROSS_SECTIONAL
Eligibility
Sex/Gender
ALL
Age
3 Years to 12 Years
Healthy volunteers
No
Inclusion criteria
First 30 children in each age group (\[3; 6 \[; \[6; 9 \[; \[9; 12\]) presenting to the Odontology Division as part of a first dental care or orthodontic consultation.
Exclusion criteria
* Any child consulting to the Odontology Department in emergencies. * Any child coming out of the weight-of- height growth curve. For example, a child below is considered to have hypo-development. Conversely, a child located above the growth curve is considered to be hyper-developed. * Any child with absence of at least 2 teeth per quadrant whether it is a genetic etiology (agenesis), infectious (avulsion) or traumatic (expulsion). * Any child with a maxillofacial malformation generating disorders of the face development (ex: child with a cleft palate ...) * Any child presenting a Class III of Angle. Indeed the intermaxillary ratios being reversed, a hypo-development of the maxillary is often observed. * Any child with a cognitive impairment that limits the understanding of the examination undertaken. * Any non-cooperating child
Design outcomes
Primary
| Measure | Time frame | Description |
|---|---|---|
| Measurements of the lower floor of the face | Day 0 | distance between the sub nasal point ans the chin (in cm) measured using a calliper |
| Inter canine distance | Day 0 | distance between canines |
| Measurements of the middle floor of the face | Day 0 | distance between the glabella and the sub nasal point (in cm) measured using a calliper |
| Inter-ear distance | Day 0 | distance between ears |
| Measurements of the upper floor of the face | Day 0 | distance between the hair line and the glabella (in cm) measured using a calliper |
| Inter-commissural distance when closed and opened mouth | Day 0 | Distance between commissures of the lips, mouth opened and closed |
| Tempo-mandibular joint | Day 0 | The calculation of the condylar track inclination (in degrees) will be done using an axiographe or the displacement of the mandible in propulsion |
| Frontal plane | Day 0 | distance between the two pterygoid-maxillary ligaments |
Secondary
| Measure | Time frame | Description |
|---|---|---|
| sex | Day 0 | male or female |
| age | Day 0 | age in years |
Countries
France
Contacts
Primary ContactMarie-Paule GELLE
Backup ContactVéronique VALLOT
Outcome results
None listed