Autism is a unique and different neuropsychiatric disorder compaired with other brain diseases according to its
https://www.oxygenhealthsystems.com/product/imuno-th--cream-gcmaf characters as well as multiple symptoms.
As we know autism comes with multiple disorders that's why it is also named ASD (Autism Spectrum Disorders).
Apart from that, autism is the only one among the other mental disorders which is strongly genetic and that is the
reason why autism or ASD is under study and an incurable brain disease.
Autism is occurred due to impaired brain tissues caused by the wrong genomic expression. So, we need to start
investigate the brain samples of autistic individuals. Studies revealed that the synapse density in autistic
individuals of late adolescence stage is increased than the control brain samples. "This is an important finding that
could lead to a novel and much-needed therapeutic strategy for autism.", said Jeffrey Lieberman, MD, Lawrence C.
Kolb, Professor at CUMC and director of New York State Psychiatric Institute.
In case of control brains, the synapse density is reduced after the puberty stage as well as the late adolescence
stage and it is the phenomenon to make new synapses and not to exceed the synapse density with old and new
neuronal junctions (synapses).
Now we have to understand the core reason of increasing the synapse density in autistic individuals. As proteins
are encoded through the process of translation and translation is the last protein coding stage of central dogma
whereas the mother stage of central dosgma is DNA replication, so the misfolded proteins in autistic neurons
coded due to wrong genomic expression can be the reason for abnormal synapse density.
Spine count is used to get the synapse density. A discovery was done by the scientists at the UNC School of
Medicine on the dendritic spines in the pyramidal cells of mammalian brains. These special neuron cells are
recognized as an excitatory cell type and are found responsible for the cognitive abilities.
The last line proves