RESUMO
Resumen: Objetivo: Valoración clínica-funcional de pacientes con lesión de Lisfranc sin causa laboral ni deportiva tratados en nuestro centro. Material y métodos: Se analizaron 13 pacientes con lesión de Lisfranc sin causa laboral ni deportiva, divididos en dos grupos, lesiones de alta energía y de baja energía. Valoración del retorno a la actividad laboral y deportiva previa a la lesión y el uso de calzado y plantillas posteriormente. Se recogen las puntuaciones del test AOFAS y EVA postoperatorio así como la aparición de complicaciones posteriores a la recuperación de la lesión. Resultados: El grupo de alta energía lo formaron siete pacientes que fueron intervenidos en una media de 7.3 días; cuatro presentaron secuelas postquirúrgicas. De estos pacientes, un paciente no pudo reincorporarse a su actividad laboral previa y dos pacientes no pudieron realizar el deporte que practicaban previamente a la lesión. El AOFAS fue de 79.4 y el EVA de 2.8. En el grupo de baja energía encontramos seis pacientes intervenidos en 5.6 días de media. Todos ellos pudieron reincorporarse a su actividad laboral y deportiva previa. El AOFAs fue de 84.8 y el EVA de 1.6. En ninguna de las variables estudiadas se observaron diferencias estadísticamente significativas. Conclusión: Los pacientes con lesión de Lisfranc fuera del ámbito laboral y deportivo presentan buenos resultados clínicos y funcionales.
Abstract: Objective: Clinical and functional evaluation of patients with Lisfranc lesion without work or sport cause and treated in our center. Material and methods: Thirteen patients with Lisfranc lesion without occupational or sports causes were divided into two groups, high-energy and low-energy injuries. Were analyzed the return to work and sports activity prior to the injury and the use of footwear and insoles after the injury. Also were assessed AOFAS and EVA postoperative score and posterior complications after lesion recovery. Results: High-energy group included 7 patients who underwent surgery on an average of 7.3 days. Of the total of patients, 4 presented post-surgical sequelae. Of these patients, one patient was unable to return to their previous work activity and two patients were unable to practice the usual sports activity. The AOFAS was 79.4 and EVA 2.8. In the low energy group, we found six patients operated on 5.6 days on average. All of them were able to return to their previous work and sports activity. The AOFAS were 84.8 and the EVA 1.6. Statistically significant differences were not observed in any of the variables studied. Conclusion: Patients with Lisfranc injury out of laboral or sports background present good clinical and functional results.
RESUMO
OBJECTIVE: Clinical and functional evaluation of patients with Lisfranc lesion without work or sport cause and treated in our center. MATERIAL AND METHODS: Thirteen patients with Lisfranc lesion without occupational or sports causes were divided into two groups, high-energy and low-energy injuries. Were analyzed the return to work and sports activity prior to the injury and the use of footwear and insoles after the injury. Also were assessed AOFAS and EVA postoperative score and posterior complications after lesion recovery. RESULTS: High-energy group included 7 patients who underwent surgery on an average of 7.3 days. Of the total of patients, 4 presented post-surgical sequelae. Of these patients, one patient was unable to return to their previous work activity and two patients were unable to practice the usual sports activity. The AOFAS was 79.4 and EVA 2.8. In the low energy group, we found six patients operated on 5.6 days on average. All of them were able to return to their previous work and sports activity. The AOFAS were 84.8 and the EVA 1.6. Statistically significant differences were not observed in any of the variables studied. CONCLUSION: Patients with Lisfranc injury out of laboral or sports background present good clinical and functional results.
OBJETIVO: Valoración clínica-funcional de pacientes con lesión de Lisfranc sin causa laboral ni deportiva tratados en nuestro centro. MATERIAL Y MÉTODOS: Se analizaron 13 pacientes con lesión de Lisfranc sin causa laboral ni deportiva, divididos en dos grupos, lesiones de alta energía y de baja energía. Valoración del retorno a la actividad laboral y deportiva previa a la lesión y el uso de calzado y plantillas posteriormente. Se recogen las puntuaciones del test AOFAS y EVA postoperatorio así como la aparición de complicaciones posteriores a la recuperación de la lesión. RESULTADOS: El grupo de alta energía lo formaron siete pacientes que fueron intervenidos en una media de 7.3 días; cuatro presentaron secuelas postquirúrgicas. De estos pacientes, un paciente no pudo reincorporarse a su actividad laboral previa y dos pacientes no pudieron realizar el deporte que practicaban previamente a la lesión. El AOFAS fue de 79.4 y el EVA de 2.8. En el grupo de baja energía encontramos seis pacientes intervenidos en 5.6 días de media. Todos ellos pudieron reincorporarse a su actividad laboral y deportiva previa. El AOFAs fue de 84.8 y el EVA de 1.6. En ninguna de las variables estudiadas se observaron diferencias estadísticamente significativas. CONCLUSIÓN: Los pacientes con lesión de Lisfranc fuera del ámbito laboral y deportivo presentan buenos resultados clínicos y funcionales.
Assuntos
Fixação Interna de Fraturas , Esportes , HumanosRESUMO
The salivary α-amylase is a calcium-binding enzyme that initiates starch digestion in the oral cavity. The α-amylase genes are located in a cluster on the chromosome that includes salivary amylase genes (AMY1), two pancreatic α-amylase genes (AMY2A and AMY2B) and a related pseudogene. The AMY1 genes show extensive copy number variation which is directly proportional to the salivary α-amylase content in saliva. The α-amylase amount in saliva is also influenced by other factors, such as hydration status, psychosocial stress level, and short-term dietary habits. It has been shown that the average copy number of AMY1 gene is higher in populations that evolved under high-starch diets versus low-starch diets, reflecting an intense positive selection imposed by diet on amylase copy number during evolution. In this context, a number of different aspects can be considered in evaluating the possible impact of copy number variation of the AMY1 gene on nutrition research, such as issues related to human diet gene evolution, action on starch digestion, effect on glycemic response after starch consumption, modulation of the action of α-amylases inhibitors, effect on taste perception and satiety, influence on psychosocial stress and relation to oral health.