Giant hypothalamic hamartoma and dacrystic seizures.

Ictal crying is a rare type of epileptic seizure associated with hypothalamic hamartoma and with other lesions such as tumours, vascular malformations, hippocampal sclerosis, or cerebral infarction. We describe the case of an infant with gelastic, dacrystic and other types of seizures associated with a giant hypothalamic hamartoma, and present a video sequence of dacrystic seizures. Dacrystic episodes presented in clusters at sleep onset, initially in the form of moaning followed by face-flushing that rapidly evolved to crying, associated with a lateral and upper deviation of both eyeballs, along with clonic aspects of the eyelids. After a few seconds, the crying became less intense, she stared, and oro-alimentary automatisms became prominent along with some slow horizontal movements of the eyes and the head. Following surgery, at the age of nine months, the gelastic seizures stopped, but dacrystic seizures persisted. [Published with video sequences].

[Experience in molecular diagnostic in hereditary neuropathies in a pediatric tertiary hospital]. / Experiencia en el diagnóstico molecular de neuropatías hereditarias en un hospital pediátrico de tercer nivel.

INTRODUCTION: Charcot-Marie-Tooth (CMT) is the most common hereditary sensory motor neuropathy. Advances in molecular diagnosis have increased the diagnostic possibilities of these patients. PATIENTS AND METHODS: Retrospective study of 36 pediatric patients diagnosed with CMT in a tertiary center in 2003-2015. RESULTS: We found 16 patients were diagnosed by a duplication in PMP22; two cases were diagnosed of hereditary neuropathy with liability to pressure palsies, one with a point mutation in PMP22; a male with a mild demyelinating phenotype, without family history, was diagnosed with GJB1 mutation; in a patient with a peripheral hypotonia at birth and axonal pattern in EMG by mutation in MFN2; a gypsy patient, with consanguineous family, CMT4D, was identified by a mutation in the gene NDRG1; a patient with multiplex congenital arthrogryposis and vocal cord paralysis, whose mother had a scapular-peroneal syndrome, had a congenital spinal muscular atrophy with mild distal axonal neuropathy by mutation in gene TRPV4; three girls, from a gypsy consanguineous family, with axonal CMT with neuromyotonic discharges were diagnosed by a mutation in the gene HINT1; twelve patients haven't molecular diagnosis currently. CONCLUSIONS: CMT1A predominated in our series (44%), as previous studies. We emphasize the description of a patient with a mutation in TRPV4 recently described as a cause of CMT2C and three cases, of gypsy consanguineous family, with the same mutation in HINT1 gene, recently described as a cause of axonal neuropathy with neuromyotonia, autosomal recessive (AR-CMT2). The proportion of patients without molecular diagnosis is similar to main European series.

TITLE: Experiencia en el diagnostico molecular de neuropatias hereditarias en un hospital pediatrico de tercer nivel.Introduccion. La enfermedad de Charcot-Marie-Tooth (CMT) es la neuropatia hereditaria sensitivomotora mas frecuente. Avances en el diagnostico molecular han incrementado las posibilidades diagnosticas de estos pacientes. Pacientes y metodos. Estudio retrospectivo de 36 casos pediatricos diagnosticados de CMT en un centro terciario en el periodo 2003-2015. Resultados. Se identificaron 16 pacientes con CMT1A por una duplicacion en PMP22; dos casos se diagnosticaron de neuropatia hereditaria con predisposicion a paralisis por presion, uno de ellos con una mutacion puntual en PMP22; un varon con un fenotipo leve desmielinizante se diagnostico de CMTX1 por mutacion en GJB1; un paciente con una hipotonia paralitica en el nacimiento y un patron axonal por mutacion en MFN2; un paciente de origen rumano se diagnostico de CMT4D por una mutacion en el gen NDRG1; una paciente con una atrofia muscular espinal congenita distal con neuropatia axonal leve asociada por mutacion en el gen TRPV4; tres niñas de una familia consanguinea de etnia gitana se diagnosticaron de CMT axonal con descargas neuromiotonicas por una mutacion en el gen HINT1; 12 pacientes no tienen diagnostico molecular actualmente, cuatro de ellos de etnia gitana. Conclusiones. CMT1A predomino en nuestra serie (44%), como corresponde a la bibliografia. Destacamos la descripcion de una paciente con una mutacion en TRPV4 recientemente descrita como causa de CMT2C y tres casos de una misma familia consanguinea gitana con la misma mutacion en el gen HINT1 recientemente publicada como causa de neuropatia axonal con neuromiotonia autosomica recesiva (AR-CMT2). El porcentaje de casos sin diagnostico molecular es similar al de grandes series europeas.

Experiencia en el diagnóstico molecular de neuropatías hereditarias en un hospital pediátrico de tercer nivel / Experience in molecular diagnostic in hereditary neuropathies in a pediatric tertiary hospital

Introducción. La enfermedad de Charcot-Marie-Tooth (CMT) es la neuropatía hereditaria sensitivomotora más frecuente. Avances en el diagnóstico molecular han incrementado las posibilidades diagnósticas de estos pacientes. Pacientes y métodos. Estudio retrospectivo de 36 casos pediátricos diagnosticados de CMT en un centro terciario en el período 2003-2015. Resultados. Se identificaron 16 pacientes con CMT1A por una duplicación en PMP22; dos casos se diagnosticaron de neuropatía hereditaria con predisposición a parálisis por presión, uno de ellos con una mutación puntual en PMP22; un varón con un fenotipo leve desmielinizante se diagnosticó de CMTX1 por mutación en GJB1; un paciente con una hipotonía paralítica en el nacimiento y un patrón axonal por mutación en MFN2; un paciente de origen rumano se diagnosticó de CMT4D por una mutación en el gen NDRG1; una paciente con una atrofia muscular espinal congénita distal con neuropatía axonal leve asociada por mutación en el gen TRPV4; tres niñas de una familia consanguínea de etnia gitana se diagnosticaron de CMT axonal con descargas neuromiotónicas por una mutación en el gen HINT1; 12 pacientes no tienen diagnóstico molecular actualmente, cuatro de ellos de etnia gitana. Conclusiones. CMT1A predominó en nuestra serie (44%), como corresponde a la bibliografía. Destacamos la descripción de una paciente con una mutación en TRPV4 recientemente descrita como causa de CMT2C y tres casos de una misma familia consanguínea gitana con la misma mutación en el gen HINT1 recientemente publicada como causa de neuropatía axonal con neuromiotonía autosómica recesiva (AR-CMT2). El porcentaje de casos sin diagnóstico molecular es similar al de grandes series europeas (AU)

Introduction. Charcot-Marie-Tooth (CMT) is the most common hereditary sensory motor neuropathy. Advances in molecular diagnosis have increased the diagnostic possibilities of these patients. Patients and methods. Retrospective study of 36 pediatric patients diagnosed with CMT in a tertiary center in 2003-2015. Results. We found 16 patients were diagnosed by a duplication in PMP22; two cases were diagnosed of hereditary neuropathy with liability to pressure palsies, one with a point mutation in PMP22; a male with a mild demyelinating phenotype, without family history, was diagnosed with GJB1 mutation; in a patient with a peripheral hypotonia at birth and axonal pattern in EMG by mutation in MFN2; a gypsy patient, with consanguineous family, CMT4D, was identified by a mutation in the gene NDRG1; a patient with multiplex congenital arthrogryposis and vocal cord paralysis, whose mother had a scapular-peroneal syndrome, had a congenital spinal muscular atrophy with mild distal axonal neuropathy by mutation in gene TRPV4; three girls, from a gypsy consanguineous family, with axonal CMT with neuromyotonic discharges were diagnosed by a mutation in the gene HINT1; twelve patients haven’t molecular diagnosis currently. Conclusions. CMT1A predominated in our series (44%), as previous studies. We emphasize the description of a patient with a mutation in TRPV4 recently described as a cause of CMT2C and three cases, of gypsy consanguineous family, with the same mutation in HINT1 gene, recently described as a cause of axonal neuropathy with neuromyotonia, autosomal recessive (AR-CMT2). The proportion of patients without molecular diagnosis is similar to main European series (AU)