Understanding the Brain: The Case of Phineas Cage

Animal experiments are described in the relevant section, but they are not discussed in detail. I first study the neuroanatomy of related brain regions and then explore the role of vmPFC before comparing with dorsolateral prefrontal cortical dysfunction. The neuroanatomical terms vmPFC and dlPFC are not universally defined in the literature (eg Nieuwenhuis & Takashima, 2011), explaining the function of the brain rather than the anatomical region. Ongur and Price (2000) defines a ventral medial reward network that is considered equivalent to Broadman area (BA) 10, 11, 14, 24, 25, and 32.

Phineas gauge is one of the most famous and contemporary examples of brain cleavage. There is no doubt that many people 's brain damage survived the life of Descartes, but the accident the Phineas gauge suffered was well - known. Phineas gauge is a person who is occasionally known for thyroidectomy. After the metal rod passed through the frontal lobe of his brain, the Phineas gauge completed a whole body recovery.

Phineas gauge whose story is also known as the "American Clover Incident" is an unconscious and unwilling contributor to the history of neuroscience. In 1848, when he was only twenty-five years old, Gage gave bad damage to his brain. His miraculous survival, and the impact of injury to his personality, provided an important case study for scientists who want to gauge the world with curiosity and want to learn more about the brain. In 1848, the gauge was responsible for the construction of Rutland and the Burlington railroad in Vermont, USA. Workers blow up the rocks with explosives and clean up the railroad. On 13th September the gauge pushed the explosive powder into the rock for explosion using a tamping iron (a long iron hollow cylinder weighing more than 6 kg). Irons hit the rocks and make sparks that put fire on the explosives. The rod goes through the skull of the gauge and enters through his left tibia and leaves his head