Alzheimer's Disease

  Time is deceased was described for the first time in 1907 by the German psychiatrist Eloise as a timer.  In performing histopathologic studies of the brain of his patient Augustine suffering from dementia he brought to light the presence of 2 types of lesions in the brain.  Senile plaques and neurofibrillary tangles he reached the conclusion of a distinct disease of a cerebral cortex 100 years later, thanks to current scientific techniques research has made a great leap and the understanding of the disease.  We know that the brain is made up of neurons and that these are interconnected to form a vast network.  These connections known as synapses enable the transmission of information from one neuron to another.  And now it's time for us to cease 10 to 15 years before the appearance of the symptoms to main lesions forms in the brain.  Senile plaques composed of amyloid-beta protein and neurofibrillary tangles composed of tau protein.  How is the senile plaque formed?  On the surfa

 With the growth of age, disease comes gradually and some of them become dominant. Family history and lifestyle are important.  This is a genetic condition that most often occurs after an accident or trauma to the head, especially when someone has died from this type of stroke. This can also happen if you are pregnant or suffering from traumatic damage such as your baby's birth.  The symptoms can include difficulty seeing, hearing, or thinking clearly, along with involuntary muscle spasms and mental confusion. 

 Neurodegenerative symptoms of ASD or other Neurodevelopmental disorders are associated with abnormal brain morphology. We first examined the pattern and location in which these abnormalities occurred based on a survey by Dr. David Risling, head of neurology at Boston Children's Hospital (BCCH) who conducted this study. Glucocerebellar neuropathy is thought to be caused by an enzyme deficiency in the nerve cells of your brain (glioblastoma multiforme). Glioblasts are a type 2 normal cellular organelle that grows over time from damaged or dying cell bodies. One gilded "glub" at the end helps with signal transmission among parts where it can affect memory formation, balance, movement coordination etc.: In this case, loss-of-function causes gliosis.