In split-brain experiments, where the corpus callosum is severed, individuals may exhibit disconnected behavior between the two hemispheres. This can lead to peculiar responses when information is presented separately to each side of the brain. For example, a split-brain patient may be able to verbally report information presented to the right hemisphere but not the left, as language centers are generally in the left hemisphere.
The brain plays a critical role in controlling our behavior by processing sensory information, making decisions, and sending signals to the rest of the body. It regulates emotions, thoughts, and actions, influencing how we respond to different situations. Damage or changes in the brain can lead to alterations in behavior.
the main functional part is brain which contain the hypothallmus it gave the signals to our harmonal system the pitutary gland is contain it and it really a very important .
A drug's action on dopamine is important because (to put it simply) release of dopamine/high levels of dopamine are behavior reinforcing, rewarding ("reward center" of your brain). If something you do (a behavior) has positive/beneficial/enjoyable results, then you are likely to repeat that behavior. This is key to the basis of addiction-the foundation for the subsequently altered brain pathways are being laid out as you habitually use a drug, over and over...you eventually are caught in the vicious cycle of abuse.
The corpus callosum is the commissure cut during a split-brain procedure, which is a surgical procedure that involves severing the connection between the left and right hemispheres of the brain. This procedure is sometimes performed to alleviate severe forms of epilepsy.
A scientist who studies the brain is called a neuroscientist. Neuroscientists investigate the structure and function of the brain and nervous system to understand different aspects of brain function, such as memory, cognition, and behavior.
In split-brain experiments, where the main commissure connecting the cerebral hemispheres is cut, individuals may display differences in behavior between the two hemispheres due to limited communication. This can result in isolated functions or responses in each hemisphere, leading to unique behaviors that are not coordinated between the two hemispheres. For example, in a split-brain patient, presenting stimuli to one hemisphere may produce different reactions compared to presenting the same stimuli to the other hemisphere, showcasing the specialization of each hemisphere for certain cognitive processes.
Research is a scientific process since one has to apply logistics, use yur brain and then carry out experiments results to arrive at an answer and conclusion.
Research is a scientific process since one has to apply logistics, use yur brain and then carry out experiments results to arrive at an answer and conclusion.
As it affects our brain , it then becomes a behavior to us.
Neuroscience or biological psychology focuses on the brain and its impact on behavior and mental processes. This approach emphasizes how brain structures and functions influence thought, emotion, and behavior.
The biological perspective is most directly involved in studying how brain development might affect behavior. This perspective looks at the influence of genetics, brain structures, neurotransmitters, and other biological factors on behavior. It seeks to understand how changes in the brain, such as during development, can impact an individual's behavior.
Results from a split brain experiment included a lowering in the seizures associated with epilepsy. It was also found that each hemisphere of the brain offered different tasks and perceptions.
Dr. Harlow's treatment of Phineas Gage, who survived a severe brain injury, helped advance the understanding of brain function and behavior. By observing Gage's changes in personality and behavior after the injury, Harlow contributed to the understanding of how specific brain regions affect emotions, decision-making, and social behavior. This case study provided valuable insights into the relationship between brain damage and behavior, leading to advancements in neuroscience and psychology.
controls behavior
When you learn something and it is stored in memory within the brain, your behavior may change in a manner related to that memory. In tandem with such, when you change a behavior, a new learning connection is formed within the brain. Ergo, the relationship between brain and behavior is reciprocal because changes in one area affect outcomes of the other area in a complementary manner.
the hypothalamus
Neural Network: System that attempts to imitate the behavior of the human brain.-Straight outta Discovering Computers in 2009.