RESUMO
Introducción: La malnutrición fetal incide de forma negativa en el crecimiento y la maduración, afectando las estructuras craneofaciales en el feto. Objetivo: Determinar los efectos de la malnutrición fetal por defecto en el crecimiento y desarrollo craneofacial en niños. Métodos: Se realizó un estudio analítico de casos y controles, en el área de salud José Martí del municipio Camagüey, desde enero de 2018 hasta diciembre de 2020. El universo estuvo constituido por niños de 6-11 años de edad, pertenecientes al área salud y la muestra quedó conformada por 40 niños, 20 en el grupo de estudio y 20 controles. El grupo de estudio se conformó por niños que presentaron bajo peso al nacer por defecto y tuvieron alteraciones en el crecimiento del complejo craneofacial y el grupo control por niños que no presentaron alteraciones en el crecimiento del complejo craneofacial y que al nacimiento se encontraban normopeso. A todos los niños se les efectuaron mediciones antropométricas craneofaciales. Resultados: La medida de la circunferencia cefálica al nacer en los controles masculinos superó en 0,78 cm al sexo femenino y entre los malnutridos por defecto, los masculinos lograron 1,57 cm más que los femeninos. En el diámetro bicigomático hubo una fuerte asociación estadística y el riesgo relativo indicó que la incidencia del bajo peso al nacer fue mayor que en los controles (p <0,05). Conclusiones: Los niños con bajo peso al nacer presentan menor crecimiento y desarrollo craneofacial según las variables antropométricas.
Introduction: Fetal malnutrition impacts in a negative way the growth and development, thus affecting the craniofacial structures of the fetus. Objective: To determine the effects of fetal malnutrition by defect on craniofacial growth and development in children. Methods: An analytical case and control study was carried out in Jose Martí health area of Camagüey, from January 2018 to December 2020. A sample of 40 was selected from the totality of the children between 6 and 11 years old who belong to the referred health area, to be divided into 20 cases and the same number in the control group. The study group was composed of those low birth weight who present craniofacial abnormalities while control group included the children without craniofacial abnormalities and normal weight at birth. Anthropometric craniofacial measurements were performed on all the sample. Results: The head circumference at birth in male children of control group was 0.78 cm higher than that on female sex. Among those low birth weight, male children exhibited 1.57 cm higher than females. Regarding the bizygomatic diameter there was a strong statistic association and the relative risk indicated a higher incidence on the study group compared to the control group (p <0.05). Conclusions: Low birth weight children show lower craniofacial growth and development, with higher impact on females according to anthropometric variables.
RESUMO
OBJECTIVES: To assess the craniofacial skeletal growth in pediatric hematopoietic stem-cell transplantation (HSCT) survivors in comparison with age-sex matched-paired controls. METHODS: A case-controlled retrospective comparison of the craniofacial growth in 25 HSCT children and 25 matched-paired controls was conducted. Craniofacial growth was quantitatively assessed by linear and angular measurements in panoramic radiographic images using ImageJ¯. Stature growth and body weight were obtained through physical examination. Cancer diagnosis, myeloablative conditioning, and HSCT were retrieved from medical records. RESULTS: Patients aged 12.2 years (±3.8; 16 male, 9 female). Radiographic images were obtained on an average of 2.43 (±2.0) years after HSCT. The main malignant diagnosis was acute lymphoblastic leukemia (56%), followed by acute myeloid leukemia (36%) and myelodysplastic syndromes (8%). Total body irradiation was associated with chemotherapy at 80%. Mean age at transplantation was 10 (±4.7) years. HSCT survivors showed reduced a vertical growth of the mandibular ramus (p=0.003). This persisted among individuals below 12 years of age (p=0.017). The HSCT group showed delayed dental eruption, though there was no statistically significant difference (p=0.3668). The HSCT group showed stature deficit, increased weight, and body mass index (Z-score stature: -0.28; Z-score weight: 0.38, respectively). CONCLUSIONS: Pediatric HSCT has decreased vertical craniofacial growth compared to their matched controls. There might be an association between reduced craniofacial vertical growth and reduced estature growth. Further studies to quantitatively investigate the impact of different myeloablative regimens in craniofacial skeletal growth and development.
Assuntos
Humanos , Masculino , Feminino , Criança , Leucemia Mieloide Aguda , Transplante de Células-Tronco Hematopoéticas/efeitos adversos , Estudos Retrospectivos , Irradiação Corporal Total/efeitos adversos , Condicionamento Pré-TransplanteRESUMO
Osteocondromas são neoplasias relativamente raras que podem comprometer o espaço intracraniano. Geralmente estão localizadas na base do crânio em decorrência de sua origem proveniente das sincondroses da base do crânio. Deve-se suspeitar do diagnóstico em pacientes com sintomas de hipertensão intracraniana associados à lesão calcificada que apresente áreas de hipo e hiperdensidade à tomografia computadorizada de crânio.
Osteochondromas are relative rare tumors involving the intracranial space. When present, they are often localized at the skull base because their origin generally comes from the synchondrosis of the skull base. We must suspect the presence of an osteochondroma whenever a patient presents symptoms of high intracranial pressure associated with a calcified mass, which is seen as a high and low density image at the CT scan.