The height of the child did not show any significant influence on the tooth eruption times while the influence of weight on tooth eruption times was non-conclusive.
The differentiated weight of the teeth resulted from analogical differences of the length and total tooth volume of the incisors.
As will be described, these included Mallampati class, CROM, normal mouth opening, presence or absence of teeth, and weight.
Plaque collection was not standardized by plaque weight but rather by sampling the arches of teeth.
The main components of the biofilm formed on the surface of teeth include: glucan (10 20 % of dry weight), fructan (1 2 % of dry weight) and proteins (40%% dry matter).
The obtained results have shown the highest values of weight, total tooth volume, enamel volume and dentine volume in second premolar.
After the interview, a limited physical examination was performed including the measurement of height, weight, number of lost teeth and blood pressure.
Analogically to results of tooth weight, length and volume, consequent reduction of Wy was observed between i1 – i2, i2 – i3 and i3 – i4 and it reached 23%, 20%and34%4%, respectively.
In case of the second premolar, its large crown and multi-root anatomical structure contributed to significantly higher values of tooth weight, volume (both in enamel and dentine) and ultimate force when compared to these parameters in incisors and canine.
In the material extrusion test, the number of teeth with gutta-percha extrusion was recorded and the weight of the apically extruded materials was measured.
