The changes in the minimum time to consciously react (reaction time) and the order of jaw
muscle recruitment to precisely controlled axial stimulation of the incisors during controlled …

Aim: To investigate light forces for experimental tooth movement. Method: Light orthodontic
forces of 1.2, 3.6, 6.5, and 10 g force (gf) were applied for 14 days to move rat molars, and …

The force-encoding properties of human periodontal mechanoreceptors were characterized
by microneurography. Signals were recorded from single afferents in the inferior alveolar …

The human jaw, like all other articulated body parts, exhibits small oscillatory movements
during isometric holding tasks. These movements, known as physiological tremor, arise as a …

Rhythmic jaw movements were observed in lightly anesthetized rats when a bitable object
was placed between the maxillary and mandibular incisors. To elicit the jaw movements, an …

The purpose of this study, which made use of visual biofeedback, was to determine how
methods of regulating jaw tapping force differed depending on the strength of the tapping …

The aim of the experiment was to test the hypothesis that experimental pain in the masseter
muscle or temporomandibular joint (TMJ) would perturb the oral fine motor control, reflected …

Biting is an action that results from interplay between food properties and the masticatory
system. The mechanical factors of food that cause biting adaptation and the recursive effects …

Orthodontics involves using mechanical forces to move the teeth and facial bones into
esthetically pleasing positions. A force has several essential properties including magnitude …

抄録 本研究の目的は, 歯根膜由来の咬筋反射性応答がクレンチング後の咬合力調節機構における
正の誤差発現効果 (positive-bias effects) に関与しているかどうかを検索するために行われた …