Não havendo descolamento entre o os

Não havendo descolamento entre o osso e sua matriz, a força da mola se faz diretamente sobre a duramater, provocando sua distensão e remodelagem justamente na área onde estava provocando a estenose. em crânios de menos de 1 ano de idade, em que o osso ainda é maleável, a distribuição de forças através do saco dural corrige não só o defeito rimário como o defeito secundário, e o crânio se torna normal.7- A ossificação do gap criado pela força expansora da mola é adequada a partir de 4 meses, quando então se retiram as molas.8- Com a remodelagem da matriz osteogênica, estamos agindo muito mais antecipadamente na causa da craniostenose do que na sua consequência.9- Esta é uma craniostenose coronal unilateral com 3 anos de idade, em que se realizou osteotomia frontal em pétala com liberação da asa do esfenóide e teto orbital, mantendo a calota óssea ligada à duramater. Molas laterais.10- Observando seu resultado imediato e tardio, vemos que os eixos orbitais foram se alinhando horizontalmente, evidenciando a distribuição das forças modeladoras através d abade do crânio.

Results (English) 1:

If there is no mismatch between the bone and its parent, the spring force is made directly on the dura, causing his distension and remodeling precisely in the area where it was causing stenosis. in skulls of less than 1 year of age, where the bone is still soft, the distribution of forces across the dural sac corrects not only the rimário defect as the secondary defect, and the skull becomes normal.
7. The ossification of the gap created by the spacer spring force is suitable from 4 months, after which they leave the springs.
8- With the remodeling of the osteogenic matrix, are acting much more advance in the cause of craniosynostosis than in its consequence.
9. This is a unilateral coronal craniosynostosis 3 years old, held in front osteotomy petal with release of the sphenoid and the orbital roof wing, maintaining bone cap connected to the dura mater. Side springs.
10. Noting its immediate and late results, we see that the orbital axes were lining up horizontally, showing the distribution of shapers through d abbot of the skull.

Results (English) 2:

With no detachment between the bone and its matrix, the spring strength is made directly on the duramater, causing its distension and remodeling precisely in the area where it was causing stenosis. in skulls less than 1 year old, in which the bone is still malleable, the distribution of forces through the dural bag corrects not only the kidney defect but the secondary defect, and the skull becomes normal.
7- The ossification of the gap created by the expanding force of the spring is suitable from 4 months, when then the springs are removed.
8- With the remodeling of the osteogenic matrix, we are acting much earlier in the cause of craniostenosis than in its consequence.
9- This is a unilateral 3-year-old coronal craniostenosis, in which frontal osteotomy was performed in petal with release of the sphenoid wing and orbital ceiling, keeping the bony cap linked to duramater. Side springs.
10- Observing its immediate and late result, we see that the orbital axes were aligning horizontally, evidencing the distribution of modeling forces through the abbot of the skull.

Results (English) 3:

With no release between the bone and its matrix, the force of the spring is directly over the dura, causing its distension and remodeling just in the area where it was causing stenosis. In skulls less than one year old, in which the bone is still malleable, the distribution of forces through the dural sac not only corrects the rhino defect but the secondary defect, and the skull becomes normal.
7-The ossification of the gap created by the expansive force of the spring is appropriate from four months, when the springs are removed.
8-With the remodeling of the osteogenic matrix, we are acting much more in advance in the cause of craniostenosis than in consequence.
9-This is a unilateral coronal craniostenosis at three years old, where frontal osteotomy has been performed in petals with release of the wing of the sphenoid and orbital roof, keeping the bone cap connected to the dura-ater. Side springs.
10-Looking at its immediate and late result, we se e that the orbital axes were aligning horizontally, evidenced the distribution of the shaping forces through the abbot of the skull.