L-S-D. For many, these three letters may conjure up images of peace signs, rainbows, and hippie circles. Some users claim it has profound, positive short and long term effects on their thinking and perception. Others may see it negatively, as just another recreational drug that naive folks may abuse. One trait that is often overlooked, however, is its potential for medicinal use for certain psychological conditions. Indeed, before it was made illegal in 1966, researchers studied its effects on patients with depression, anxiety, and alcoholism immensely, with over a thousand studies published on the subject. The first American study on the drug concerned how it could be used alongside psychotherapy; subsequently, a government-funded LSD-purpose unit was built into a hospital in Worcester, England in 1955. But now, for the first time in more than 40 years, its benefits when coupled with psychotherapy are being tested once again.
With the diagnosis of ADHD in children on the rise, there is a push for researching a treatment and possible solution as well. There have been numerous studies done on a correlation between increased physical activity and a higher degree of paying attention in those children with ADHD. So, is exercise the treatment that we are looking for?
In a study in the Journal of Abnormal Child Psychology, children in an elementary school classroom setting were randomly assigned to either a physical activity (PA) group or a sedentary classroom (SC) group for 31 minute periods per day for 12 weeks. Parents and teachers were asked to rate ADHD symptoms such as inattention, hyperactivity/ impulsivity, oppositional behavior and moodiness before and after the study was completed. The first analyses of this study found that the PA group was more effective at reducing inattention and moodiness at home. Follow up analyses found that the PA intervention reduced impairment associated with ADHD both at home and at school. An unexpected finding that the SC intervention was potentially useful for managing these ADHD symptoms was also found in this experiment. This study was done with a liberal analysis and without a control group, so that is important to note as well.
Have you ever watched the show “I Didn’t Know I Was Pregnant”? I don’t know about you, but I have never understood how that could happen, because of all of the symptoms and telltale signs that come with pregnancy. What I am about to talk about is a condition that is completely opposite of this reality television show. It is a condition where a woman actually believes she is pregnant and gets all of the symptoms, including an enlarged belly and breasts, but there is no baby inside of her. This is called Pseudocyesis, or more commonly, Phantom Pregnancy.
We put a man on the moon. We mapped the entire human genome. And next, we will have access to the brain and all of its connections at our finger tips.
The Brain Research through Advancing Innovative Neurotechnologies Initiative (known most commonly as the BRAIN Initiative) is a collaborative research effort that is a “combination of approaches into a single integrated science of cells, circuits, brain, and behavior”. It will span a variety of institutes in order to engineer new technologies for the study neural systems and apply the technology developed in order to better understand how these systems function in health and disease. President Obama dubbed the Initiative “the next great American project”, following in the hefty footsteps left by the Human Genome Project and the Apollo 11 moon landing. In addition to the President’s endorsement the NIH was heavily involved in the development of the project. NIH Director Francis Collins worked closely with the President and secured a total of 4.5 billion dollars towards the cause. NIH Advisory Committees the 10-12 year project and distributed research areas through 15 NIH Institutes and Centers. Other major players, including the Defense Advanced Research Projects Agency, the National Science Foundation, the FDA and several private partners, have also contributed major funds and planned specific research projects towards the Initiative. The sudden frenzy for neuroscience research raises many questions – why should this be done now and not in a few decades instead? Should we have been more proactive about advances in neuroscience sooner? What makes this area more in need of financial resources and government attention than research in cancer, nutrition or epidemics?
It’s every student’s favorite time of the semester: midterm week. As you are freaking out about the upcoming exams that you have, you notice that others around you are relatively calm. You envy them and their ability to cope with stress. But here’s the thing: keeping calm under pressure isn’t a character trait or ability, it’s a skill that you can teach yourself in minutes. You’re probably thinking that that sounds ridiculous, but by following a few simple steps one can easily improve one’s ability to manage stress.
Using technology similar to that found in a lie detector, Corey McCall, a Stanford University doctoral candidate, is creating a video game controller that registers signals about a players respiration, pulse, and perspiration. In Gregory Kovacs’s lab, in association with Texas Instruments, a prototype was constructed.
As a player gets more excited, all of signals the device registers change. Consider physical activity or watching an interesting movie, surprising these have similar autonomous nervous responses. As your interest or involvement increases your respiration rate decreases, pulse increases, and perspiration increases.
Many homeless men have suffered a traumatic brain injury in their life, according to a recent study conducted by researchers at St. Michael’s Hospital.
After collecting data from over 100 men aged 27 to 81 from a shelter in downtown Toronto, researchers found that nearly half of the homeless men surveyed had suffered a traumatic brain injury. Of those who had suffered a traumatic brain injury, 87 percent experienced the injury prior to becoming homeless.
According to new research, positron emission tomography (PET), a functional brain imaging technique, is a promising tool for determining which brain damaged individuals in vegetative states have the potential to recover consciousness. This is the first time researchers have tested the accuracy of functional brain imaging for diagnosis in clinical practice.
The researchers from the University of Liége in Belgium suggest that PET imaging can reveal cognitive processes that would otherwise be hidden to traditional testing. Using imaging in addition to standard behavioral assessments could improve patients with the potential for long-term recovery.
I am assuming that whoever is reading this right now has had a dream before. Am I right? But have you ever had a dream with a person in it whom you have never seen before in your life? It may seem that way, but it is impossible. It is believed that the human brain is incapable of “creating” a new face. Every person you dream of has been someone you have either known personally or merely came across looking through your friend’s Facebook photos. Even those whom you do not consciously notice but still look at as you pass by may be an implanted image in your brain and show up later when you are dreaming.
Sigmund Freud is most famous for his definition and study of dreams. He taught about the unconscious and based it on repression and how some ideas and events in one’s life are repressed and brought up later in life. Freud believed in a cycle where these repressed ideas remain in the mind while removed from consciousness. They reappear and become a part of our consciousness only at specific times, for example, in our dreams.
Have you ever lost something, yet had the feeling that you knew where it was?
Have you ever studied hours for an exam only to forget most of what you have learned?
I am sure you have had an experience in which you were frustrated by a spotty memory. Memory is an extremely complicated process. In a nutshell, it is the ability to store, connect, and retrieve information over time. The key stages are encoding, storage and retrieval. In the encoding phase, our minds process sensory information and convert it into enduring memories, a process that primarily occurs at the hippocampus. As its name suggest, the storage phase is maintenance of information in memory over time. Finally, retrieval is the process by which information is brought back to the consciousness from storage. There are various types of encoding, various types of memory storage, various retrieval cues, as well as many limitations to our memory process.