Amygdala- While playing Mexican Train Dominoes, I use my amygdala when I place a domino down trying to make someone else mad and instead I make the situation for me worse.
Cerebellum- I flex my cerebellum when I’m trying to place a domino on the table without messing anyone else’s train up.
Cerebral Cortex- In an attempt to win, I use my cerebral cortex to strategize where I am going to place my dominoes.
Corpus Callosum- I am able to understand the words of the metaphor that my grandpa says in my left hemisphere. Through my right hemisphere, I am able to interpret the metaphor.
Frontal Lobes- I am flexing my frontal lobe while I am trash talking my opponents.
Hippocampus- The rules of Mexican Train Dominoes are stored in my hippocampus. I am thus able to play the game without having to
…show more content…
I proceeded to drink some ice-cold water.
Left Hemisphere- Once I place all of my dominoes down, I win! A positive emotion of happiness exudes through me.
Medulla- I am unconsciously breathing while playing.
Motor Cortex- My motor cortex is at work while I am drawing dominoes at the beginning of the game.
Occipital Lobes- My occipital lobe is working as I am examining the various trains to determine which move to make next.
Parietal Lobes- After loosing, I smack the table with my hand out of frustration. I feel the pain shoot through my body.
Primary Auditory Cortex- I hear my dad yell “how dare you” when my mom doesn’t play on his train.
Primary Visual Cortex- I observe my grandpa putting one of his dominoes in his pocket so that he has fewer.
Reticular Formation- It’s 10 p.m. but thanks to my reticular formation I am able to stay alert until the game is over.
Right Hemisphere- My mom makes a face at my dad and I am able to pick up on his non-verbal communication through my right hemisphere.
Somatosensory Cortex- The sound of my brother chanting because he won registers in my somatosensory
It sends information for sleep, hearing, taste, and even eye movement. Corpus Callosum: The corpus callosum connects both hemispheres of the brain and allows them to relay messages between one another. People who have a severed corpus callosum can essentially function as 2 different people at the same time, with the left half of their body performing one task, and the right half another. Frontal Lobe: As the largest lobe in our brain, this lobe play a significant role in personality and impulse control.
Normal fund of knowledge. Normal attention and concentration. Cranial Nerves Visual fields full to confrontation. Extraocular muscles intact. PERRLADC.
Forebrain #3 The section I chose is the forebrain which controls the higher functions of the brain, such as thinking, decision making, and dreaming. I chose forebrain #3 which consists of the occipital lobes, parietal lobes, and the somatosensory cortex. The occipital lobes is the visual processing center of the brain containing most of the region of the visual cortex. The occipital lobes are involved in many functions including visual perception, color recognition, reading, comprehension, depth perception, and recognition of object movement.
Temporal Lobe - I chose not to include this part of the brain because you can live without it. The temporal lobe controls your hearing. This receives sounds and speech from the ears in order for you to process the information. Even though it is great to hear, you do not have to have this in order to survive.
The motor cortex is a band of neurons located at the back of each lobe in the brain. The neurons are responsible for the movements of voluntary muscles. It communicates to the body by sending out signals to the nervous system, specifically the peripheral. Phineas Gage's case study was important because it provided great detail of the brain, specifically about the frontal lobes, and how they work.
Scents, sounds, images, and physical sensations from your environment are taken in and processed in the thalamus. The thalamus is the area of the brain that is responsible for taking all of your sensory responses and blending them together into coherent, logical experiences. Next, these sensations travel to two directions to an area of your brain called the amygdala, on to your unconscious mind, up to your frontal lobe, and finally, it reaches your conscious awareness. The amygdala job is to determine if incoming information is necessary for survival. In cases when processing in the thalamus breaks down sensory responses are converted into isolated codes in your brain, dissociated fragments, and disintegrated memory processing happens.
The first part of the brain that I had chosen that helps carry out the activity I had chosen was the cerebellum. The cerebellum plays a major part in being able to accomplish taking a shower. The cerebellum makes taking a shower possible because this part of the brain maintains your balance and muscle coordination. For example, if you were taking a shower you would need to keep your balance while washing yourself.
Kritikos, A, et al. “Anarchic Hand Syndrome: Bimanual Coordination and Sensitivity to Irrelevant Information in Unimanual Reaches.” Brain Research. Cognitive Brain Research., U.S. National Library of Medicine, Aug. 2005, www.ncbi.nlm.nih.gov/pubmed/15921901.
In the sixth grade, I took a test to see if I was left- or right-brained. To my elementary eyes, the result of that quiz would be the truth from on high—a resolute word that would define the man to come as either analytic or artistic. Unfortunately, the oracle I sought gave me a perplexing answer. Much to my disbelief, my tallied score yielded a perfect split down the middle. Was I mentally ambidextrous or mentally challenged?
Parts of the brain and their functions: the frontal brain with controls the higher mental processes. The midbrain, which controls emotions, motivations and the limbic system. The hindbrain which controls movement, and lower mental functions. 3. Split brain: when the corpus callosum is split it destroys the connection between the left and right side of the brain.
The differing view points include counterarguments and restrictions explored through the use of reasoning and analysis. The two intentions of neuroimaging proposed by Calheart include; localizing cognitive processes in terms of anatomical regions and the opportunity to test cognitive theories through neuroimaging. The deficiency in the fMRI’s fundamental abilities is what Calheart basis his argument on. Calheart suggests that localization studies do not inform cognitive theory.
One of the most prominent structures in the brain is the corpus callosum composed of approximately 200 million fibers that facilitate the sending and receiving of information between the left and right hemispheres of the brain. It allocates attention, efficiently stores and retrieves memories, and enhances language and auditory functions. This connection across the midline has been linked to creativity and intelligence, and as development continues throughout adolescence, becomes more crucial as task complexities increase. Irregularities in the corpus callosum have also been reported in several childhood disorders and could explain memory and oration difficulties
It bidirectionally connects caudal temporal cortex and inferior parietal cortex to locations in the frontal lobe (carlson, 2012; catani, 2008)
This suggestion works in accordance to the evidence that suggests that the brain is predisposed to have certain areas specifically designed for language processing and development. For example, Gazzaniga (1986) stated that language processing occurs in the left hemisphere of the
“It’s all about taking control of your mind and body, and soul.” Quotes about the human brain: “The human brain is a funny thing: it's very susceptible to tempo and melody. You put the right words to it, and it becomes very influential.” -Ray Stevens “The human brain has 100 billion neurons, each neuron connected to 10 thousand other neurons. Sitting on your shoulders is the most complicated object in the known universe.”