An experimental study by young people diagnosed with Type 2 diabetes compared to those of the same age, without any condition, showed different sizes in the brain in different regions. The study was announced in January 2018 Journal of Pediatric Endocrinology and Metabolism

graduated from the University of Cincinnati at Cincinnati, Ohio and at Vanderbilt University in Nashville, Tennessee, United States, with magnetic resonance imaging (MRI) of 40 youths and compared type 2 obese diabetic patients with the participation of healthy people. Type 2 diabetes patients [14] 19659003 were smaller in 14 regions and 6 larger areas

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  • Researchers have come to the conclusion that future research is needed to find that brain development is the result of adolescent type 2 diabetes mellitus.

    Among the smaller size regions of type 2 diabetics, the brain in the temporal and the occipital lobe …

    • temporal lobes are located on the left and right sides of the brain at the level of the churches.
    • the occipital lobe makes up the back of the brain.

    The temporal lobes are responsible for: hearing,

  • selective hearing and
  • voice recognition
    • Part of the Wernicke area , and is responsible for speech comprehension. The temporal flippers help us recognize the faces, recognize the music, the memories and the aromas. ] The occiputal lobe is responsible for … for sightseeing.

      • for sightseeing. Understand what we see to understand.

      Brain size differences were observed in adults In 2013, the American Diabetes Association Diabetes Care reported a study of a diabetic female diabetes compared to non-diabetic women. MRI images of their brains have shown that women with type 2 diabetes have less brain size than those with non-diabetic, same-age (72-89) and

    • test fluids.

    In the same year, Journal Diabetes and Metabolism Research and Review reported a study that compared both diabetic and non-diabetic men and women. MRI images showed that the hippocampus was smaller in both male and female diabetics, but especially in women. The hippocampus has many tasks It is used to transmit short-term memory to long-term memory and is thought to be responsible for regulating emotional reactions. Allows us to remember places and get familiar with familiar places. In our ability to find the array in the hippocampus,

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