Given an abstract of a paper, generate a title for this paper such that conveys the key focus of the paper.

Input: Consider Input: Abstract: Lesions in the pedicles of the cervical spine are both a diagnostic and technical challenge. An osteoid osteoma of the pedicle of the fourth cervical vertebra occurred in a 17-year-old girl. Resection of the tumor adjacent to the dura medially and the vertebral artery anterolaterally was accomplished via a transpillar approach. The transosseus approach preserved the facet joints and posterior elements and obviated the need for an interbody fusion.

Output: Osteoid osteoma in a cervical pedicle. Resection via transpillar approach.


Input: Consider Input: Abstract: Six cases of epileptic children are reported, in whom anticonvulsant therapy, aggravated rather than controlled the seizures or induced minor seizures. This was caused by excessive polytherapy in one case and by the use of the inappropriate drug (for that type of epilepsy) in four other cases. In the sixth case, the appropriate anticonvulsant was used, but it induced multiple astatic-myoclonic seizures. This phenomenon of drug-induced seizures is apt to occur particularly in certain types of childhood epilepsy that are refractory to therapy and are accompanied by slow spike-wave discharges in the EEG, such as the Lennox-Gastaut syndrome.

Output: Seizures induced or aggravated by anticonvulsants.


Input: Consider Input: Abstract: We examined the contributions of dietary protein and mineral to fracture-healing by assessing the mechanical properties of fracture callus in rats that were fed a diet that was deficient in or enriched by these nutrients. In order to isolate the effects of diet on fracture-healing, we developed a method for producing a standard closed femoral fracture with minimum-soft-tissue injury. Three groups of animals were studied. Group I was a control group, in which the rats did not undergo an operation. The rats in Group II underwent intramedullary pinning of the right femur, but no fracture was created. The rats in Group III underwent pinning identical to that used for Group II, after which a closed, transverse femoral fracture was produced. Immediately after surgery, the animals in each group were subdivided into five diet-treatment subgroups. Subgroup A received a regular diet; Subgroup B received a protein-free diet; and Subgroup C received a mineral-free diet that was lacking in calcium, phosphorus, and vitamin D. Subgroup D received a protein-supplemented diet that was composed of three times the calculated requirement of protein, and Subgroup E received a mineral-supplemented diet that was composed of three times the calculated requirements of calcium and phosphorus as well as a therapeutic dose of vitamin D, equivalent to that used in the treatment of osteomalacia. At the end of five weeks, the animals were killed and the right femur of each one was subjected to torsion-testing to failure.(ABSTRACT TRUNCATED AT 250 WORDS)


Output: The contributions of dietary protein and mineral to the healing of experimental fractures. A biomechanical study.


