Primary auditory cortex

Introduction: The OED defines multitasking as dealing with more than one task at the same time. The brain, in order to multitask, must receive both actions being performed, and dilute the information before processing. In order to read and listen to something at the same time, for an example, the brain must take the information being read by the eyes and the pulses coming from the ears, and reduce the frequency to keep both tasks going efficiently. The hippocampus is part of the limbic system that

The earworm strongly relies on the phonological loop which is a short-term memory system located in your auditory cortex. The phonological loop can best be pictured as a record that plays over and over again without stopping, but only playing a part of the song. That may be a reason why you only remember parts of the song; the phonological loop is a short-term memory

question of assessment of this disorder is evaluated. The complexity of this disorder further fuels the controversy and frustration of speech language pathologists around the world. To determine ones opinion regarding SLI’s in individuals, whose primary language is sign language, the basics of this disorder must first be addressed. According to Richard Schwartz, an SLI can be defined as an impairment of language comprehension, production, or both in the absence of a hearing impairment, a general

Music training has the ability to boost the maturity of the brain’s auditory

Can’t get that catchy song out of your head? You’ve probably got an earworm, which a bit of the chorus of the song, that just plays and replays like a loop in your head.there is some basic information to know about earworms. What are earworms,how do they occur,and how to get rid of them. Earworms occurs mostly with songs with catchy beat or melody that repeat often(lil pump songs). As the beat or melody repeats and repeats, it gets burned into your mind. Long after the beat or melody stops, your

This research article was published in the journal of Alzheimer’s disease and Parkinsonism on August 26th 2013, volume 3, issue 2. Dr.Perea et al. conducted the study at department of neurology, Alzheimer’s Research Disease Center, department of Psychology, Bioengineering program-department of engineering, at University of Kansas School of Medicine, Kansas City, KS, USA. The big question of this study is to investigate white matter differences to give better understanding of neurodegenerative

wife’s acceptance of her illness and Laura talks about how she keeps a smile on her face. Explanation of Impairment ALS, commonly known as Lou Gehrig’s Disease, is a progressive neurodegenerative disease that affects the motor neurons in the primary motor cortex, corticospinal tracts, brainstem, and spinal cord (Wijesekra & Leigh, 2009). As a result of the

in initiating disease onset (Thomsen, et al., 2014). The outer layer of this complex organ composed of gray matter is the cerebral cortex, region where the corticospinal neurons related to ALS are located. These upper motor neurons responsible for collecting, integrating, translating, and transferring information to the spinal cord reside in layer 5 of the motor cortex (Thomsen, et al., 2014), and are the most vulnerable to be injured by excitotoxicity initiating an anterograde degeneration. In general

The current experiment investigated different contexts in which the activity of frontal motor regions (primary motor and premotor cortices) could be associated to the action component of words. Unlike previous studies, we did not dichotomize words into action and non-action categories. Instead, we created 4 levels of action ranging from very low action (level1) to very high action (level4) using behavioral data provided by our fMRI participants, with the intention of taking their experiences with

eighth cranial nerve. The central auditory system involves several brain stem nuclei, including the cochlear nuclei, superior olivary complexes, and inferior colliculi. The medial geniculate nucleus relays auditory information to the primary auditory cortex on the medial surface of the temporal lobe. The primary auditory cortex contains three separate tonotopic representations of auditory information and is surrounded by two levels of auditory association cortex: the belt region, which contains seven