Jaw movements, TMJ healing, condylar remodeling, and

recurrence of ankylosis were assessed by clinical, radiological, and histological examinations.

Results. Both transport distraction and costochondral graft established a neo-condyle separating from the pseudo-disc JNK-IN-8 clinical trial with a joint space. The ankylosis scores were higher in the distraction side in the first 12 weeks. Both techniques showed no significant difference in the calcification scores and recurrence of ankylosis in the long term. The maximal jaw movements in 3 directions returned to the pre-ankylosis stage by both methods.

Conclusions. Distraction osteogenesis is an effective reconstruction method for TMJ ankylosis, matching the gold standard of costochondral grafting. (Oral Surg Oral Med Oral Pathol Oral Radiol Endod 2009; 108: 32-40)”
“One of the most interesting properties of agrofilled polymer composites is their light weight. Polypropylene composites containing six different agrofillers were prepared in a mixer, and their properties were examined in terms of the density of the fillers and composites. The densities of the composites increased with the level of filler but did not show

a direct relationship with the density of the fillers used. This probably happened because of the different degrees of filler densification during processing. The composites showed decreased tensile strength and increased elastic modulus 4SC-202 with filler loads, and the specific mechanical Poziotinib in vitro properties showed similar trends. However, the addition

of maleated polypropylene improved the tensile strength and decreased the density; this improved the specific properties of the composites filled with cane, wood, and bamboo. (C) 2010 Wiley Periodicals, Inc. J Appl Polym Sci 117: 400-408, 2010″
“The addition of low loss ilmenite impurities, can effectively tailor the dielectric properties of MgTiO3 without modifying the crystal structure. In the present study, the modification of the structural and dielectric properties of sol gel derived MgTiO3 films by doping with Ni and Zn is exploited. The change of the dielectric response and unit cell parameters of doped MgTiO3 is correlated with Ni and Zn occupancy. The temperature stability of MgTiO3 thin films is improved with doping, while the dielectric losses are aggravated with both Zn and Ni doping, which is correlated with the localized d electrons of the dopant cations. The dielectric permittivity decreased with Ni doping while it increased with Zn, which is attributed to the lower ionic polarizability of Ni2+ (1.23 angstrom(3)) as in comparison with Mg2+ (1.32 angstrom(3)) while Zn2+ has a higher ionic polarizability (2.04 angstrom(3)). (C) 2010 American Institute of Physics. [doi: 10.1063/1.3356938]“
“Nutritional and environmental effects on the amino acid, wax, and suint contents and color of raw cashmere were investigated.