Hippocampus Lab Report

Good friend, W. (2012, December 4). Amnesia in '50 First Dates ' Retrieved July 21, 2016, from https://www.psychologytoday.com/blog/psychologist-the-movies/201212/amnesia-in-50-first-dates

Why have more than two-thousand people exonerated for crimes they didn’t commit? Eyewitness misidentification is the leading cause of wrongful convictions in the U.S. Memory can be influenced by anxiety, stress, reconstructive memory and other factors possibly affecting the testimony of the eyewitness and in turn, misleading the jury. I think that when subjects witness a crime they will struggle to remember important details of the event, and their recollection could be easily altered. This is because the reconstructive memory can be influenced by factors such as stress, anxiety, and verbal cues.

Kelsey Phillips Psych 101 Friday, May 8, 2015 Memory Memory is learning over time., its like filling a filing cabinet of what one’s learned over time. Memory is a set of encoded neural connections in the the brain (The Human Memory). Three processes include encoding, storage, and retrieval. Encoding is like a

Traumatic brain injury (TBI) is a multi-faceted injury and is considered the leading cause of ailment in soldiers and pedestrians. During injury, a surge in ROS facilitates a vicious cycle that accelerates mitochondrial damage, excitotoxicity, lipid peroxidation, and inflammation. Further, mitochondrial targeting strategies in TBI have been increasingly studied as their maintenance will potentially preserve brain function. Melatonin is one such mitochondrial targeted strategy. Melatonin is synthesized naturally with in the body. Melatonin acts as the bodies sleep and wake system, that allows it to redirect electrons to the mitochondrial ETC, thereby enhancing ATP production and promoting cell survival. In bypassing complex I-III activity, Melatonin reduces ROS production from the mitochondrial ETC, which has the potential to minimize ischemic and reperfusion injury. TBI was induced over the S1 region of the cortex in male Sprague

The brain regions involved in information retention are also important considerations. For instance, the hippocampus plays a critical role in the consolidation by converting immediate memories into long-term memories. The hypothetical process of reconsolidation is an important process to keep in mind when studying as it proposes a memory trace is revised and reconsolidated in the hippocampus. Moreover, this process can become an indefinite cycle and the information consolidated will have extremely strong memory traces, making it effortless to recall the information from long-term memory.

In this assignment I will be at the advantages when using LIMS and keeping records of the storage of each equipments, materials and chemicals.

The hippocampus is a paired brain structure, which resembles a seahorse and is located in the ventromedial part of the temporal lobes. The granular cell layer of the hippocampus contains mitotically active neural stem cells (NSCs). The hippocampus forms new memories and is also associated with learning and emotions. Since the brain is symmetrical, the hippocampus is found in both hemispheres of the brain. When both sides of the hippocampus are damaged, the ability to create new memories can be delayed. The theory of the hippocampus supporting memory function was first discovered more than fifty years ago, in the case study of Henry Gustav Molaiso (H.M.). He endured a bilateral medial temporal lobectomy for the relief of epilepsy. Immediately

In the Crash Course video, I learned about the different structures of the brain. Franz Joseph Gall, the first phrenologist, introduced a new theory in the early 1800’s. Gall believed that a person’s personality was linked to the ridges and bumps on the skull. However, scientists today understand that the brain contains different parts that are responsible for specific functions. One system of the brain is commonly referred to as the “old brain”. This inner core layer of the brain keeps the body’s basic functions running smoothly. Another system is the limbic system, which includes the amygdala, hypothalamus, and hippocampus. These structures are responsible for memory, motivation, emotion, and learning. The largest part of the brain is the

An understanding of human memory is substantial in the study of cognition. As one of the most essential and influential cognitive process, memory affects various aspects of our daily life. Examples of its importance include functioning in everyday life, recognizing faces of people around us, remembering some of our basic skills that we gained through knowledge and experience. Mainly, without memory we would have the same lack of knowledge as newborn infants. (Eysenck, 1997)

movement sleep, especially slow wave sleep, and the processes that take place in the hippocampus during this type of sleep (Payne et al., 2008).

When discussing memory the hippocampus is one of the most important aspects of the brain to consider. According to the Oxford dictionaries, the hippocampus is defined as, “the elongated ridges on the floor of each lateral ventricle of the brain, thought to be the center of emotion, memory, and the autonomic nervous system.” This piece of the brain is one that has been extensively researched in the past, but still presents neuroscience researchers with many unanswered questions. It is now widely accepted that the hippocampus is considered to “be essential for a specific kind of memory, known as declarative memory” ( Squire 1992). The declarative memory is defined by Dr. Squire as the explicit and relational aspects of memory and is not defined as the implicit memories that a person has. Squire continues to state that hippocampus is necessary in order for an organism to construct its entire memory.

After reading an article by Endel Tulving, he talks about memory retrieval with regards to the human brain. He states in his thesis "The purpose of the present article is to question the traditional view that remembering the past and knowing things learned in the past represent similar cognitive processes" (Tulving, 1989). He continues by saying "I would suggest that remembering and knowing, as these terms are used here, are more appropriately conceptualized as operations of two hypothetical memory systems, episodic and semantic memory, and that in that sense they are not only similar, as all memory systems must be, but also basically different" (Tulving, 1989).

It 's not the exercises themselves that raised Goldacre 's ire, but the pseudoscientific jargon used to make the exercises seem like they were based on scientific evidence. Despite five years of criticizing Brain Gym, Goldacre finds that the program keeps on finding advocates even if it has been around for thirty years without providing sound scientific evidence for its claims. It hasn 't needed to, since those who buy into the program are either children who naively assume their teachers know what they are doing or teachers who are bamboozled by the pseudoscientific jargon or seduced by charismatic and enthusiastic

The biological approach to the basis of memory is explained in terms of underlying biological factors such as the activity of the nervous system, genetic factors, biochemical and neurochemicals. In general terms memory is our ability to encode, store, retain and recall information and past experiences afterwards in the human brain. In biological terms, memory is the recreation of past experiences by simultaneous activation or firing of neurons. Some of the major biopsychological research questions on memory are what are the biological substrates of memory, where are memories stored in the brain, how are memories assessed during recall and what is the mechanism of forgetting. The two main reasons that gave rise to the interest in biological basis of memory are that researchers became aware of the fact that many memory deficits arise from injuries to the brain. And the other reason was that they realized that psychological processes must have a physiological basis.

One famous case of amnesia supporting Squire's view is patient H.M. (Scoville & Milner, 1957), who had parts of his left and right temporal lobe, hippocampus, amygdala and surrounding areas of both removed. He developed severe anterograde amnesia, the inability to learn new information, resulting in an almost completely absent short-term memory storage. He also had moderate retrograde amnesia, unable to remember information between 3 to 11 years prior to his surgery, but with other long-term memories unaffected. Explaining this, Squire argued that memories are consolidated in the hippocampus, easily disrupted by trauma during this. They become less dependent on the hippocampus with time, eventually being stored in the neocortex (Alvarez &