Masoud Pezeshki Rad; Mahdi Momennezhad; Shahrokh Naseri; Mahsa Nahidi; Abolfazl Mahmoudzadeh; Behzad Aminzadeh
Abstract
During the last decades there has been an increasing interest in studying the differences between males and females. These differences extend from behavioral to cognitive to micro- and macro- neuro-anatomical aspects of human biology. There have been many methods to evaluate these differences and explain ...
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During the last decades there has been an increasing interest in studying the differences between males and females. These differences extend from behavioral to cognitive to micro- and macro- neuro-anatomical aspects of human biology. There have been many methods to evaluate these differences and explain their determinants. The most studied cause of this dimorphism is the prenatal sex hormones and their organizational effect on brain and behavior. However, there have been new and recent attentions to hormone’s activational influences in puberty and also the effects of genomic imprinting. In this paper, we reviewed the sex differences of brain, the evidences for possible determinants of these differences and also the methods that have been used to discover them. We reviewed the most conspicuous findings with specific attention to macro-anatomical differences based on Magnetic Resonance Imaging (MRI) data. We finally reviewed the findings and the many opportunities for future studies.
Abolfazl Mahmoudzadeh; Yasamin Davoudi; Hossein Haghir; Maryam Salehi; Farah Ashrafzadeh; Behzad Aminzadeh; Sara Mehrnoosh; Mohammadreza Mehrnoosh
Abstract
Many children with hippocampal sclerosis underwent surgery for treatment. Early childhood convulsion occurs in 2 to 4% of population and its prognosis is good in majority of cases. It seems that hippocampal anomalies are common in patients with neocortical epilepsies. The theory of hippocampal sclerosis ...
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Many children with hippocampal sclerosis underwent surgery for treatment. Early childhood convulsion occurs in 2 to 4% of population and its prognosis is good in majority of cases. It seems that hippocampal anomalies are common in patients with neocortical epilepsies. The theory of hippocampal sclerosis association with temporal lobe epilepsy has been proposed 100 years ago. Recent studies demonstrated that there was a correlation between memory impairments and prolonged febrile convulsion (PFC), which might be a result of hippocampal injury. Transient hippocampus swelling might happen in complicated early childhood epilepsy or status epilepticus and result in hippocampal sclerosis.