A Game to Map the Brain

70,000+ Have Played ‘Eyewire’ Game That Trains Computers To Map the Brain Your connectome, the map of all 86 billion connected neurons in your brain, is hopelessly complex. In fact, one human connectome has a staggering 10,000 times that number of neural pathways. Every thought you have and every memory you hold exists in your connectome, and major efforts are under way to map it. The good news is that you don’t need a fancy neuroscience degree to help out. Created by scientists at MIT, Eyewire is a browser game that lets players take on the challenge of mapping neural pathways in brains — no scientific background required. In an amplifying way, the team at MIT hopes that these human assisted computers will one day learn to map neurons by themselves. To date, over 70,000 gamers from over 100 countries have signed up to play Eyewire, and it’s a good thing they did. Five years into the Human Genome Project, it was considered a failure since scientists had completed only 1% of the sequence. The team at Eyewire understands this. Why not join the fun?

Mind Control Information, Facts Mind Control Information and Facts This page provides links to a variety of sources of reliable, verifiable information and facts dealing with mind control. Our most basic material is listed first, followed by other resources which delve deeper for those interested in more. We recommend reading through this entire page before exploring the links provided. WantToKnow.info presents this mind control information and associated facts as an opportunity for you to educate yourself and others, and to inspire us to work together to strengthen democracy and build a brighter future for us all. Mind Control Information and Facts Summaries For the best, most concise introduction to the mind control information, we highly recommend our mind control summaries. Two-page mind control information summary: Ten-page mind control information summary: Ten-page summary of Mind Controllers by Dr. Ten-page summary of Bluebird by Dr.

Citizen Science Alliance Precision Xtra and Optium Xceed The Xtra/Xceed has been tested by numerous independent reviewers. They all report a high degree of precision and accuracy, although some say precision and accuracy decline when sample concentrations rise above a certain point. One drawback of the reviews is that they mostly look at results in the lower part of the Xtra/Xceed's range. One reviewer summed up the results of several studies like this: Three recent research studies… all gave very similar results and all confirm the excellent accuracy of the Precision Xtra blood ketone system for diagnosing ketosis in dairy cattle. I've seen only two studies that report serious problems. Janssen et al. say the device is very accurate with samples below 6 mmol/L, but once levels go above that point, test strips become saturated and the Xtra/Xceed can report erroneous values between 3 and 6.5 mmol/L. I am skeptical about Janssen et al.'

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Sequencing the Connectome Converting connectivity into a sequencing problem can be broken down conceptually into three components. (A) Label each neuron with a unique sequence of nucleotides — a DNA “barcode.” (B) Associate barcodes from synaptically connected neurons with one another, so that each neuron can be thought of as a “bag of barcodes” — copies of its own “host” barcode and copies of “invader” barcodes from synaptic partners. A team of neuroscientists led by Professor Anthony Zador, Ph.D., of Cold Spring Harbor Laboratory have proposed a revolutionary new way to create a connectivity map (“connectome”) of the whole brain of the mouse at the resolution of single neurons: high-throughput DNA sequencing. The only current method for obtaining the connectome with high precision relies on laboriously examining individual cell-to-cell contacts (synapses) in electron microscopes, which is slow, expensive and labor-intensive. Barcoding synapses How BOINC would work

What's In a Face? Several years ago, a woman named Brook White appeared on the reality TV competition show . White was 24 years old, blond, and strikingly pretty. When she sang her song, "Like a Star," she struck a familiar chord among some viewers. White said nothing about her religion , but Mormons, members of the Church of Jesus Christ of Latter Day Saints, were certain that she was one of their own. "She has the Mormon Glow," one blogger wrote, referring to the belief that the faithful radiate the Holy Spirit. White mentioned that she never drank a cup of coffee or watched an R-rated movie—signs of a Mormon-like squeaky-clean lifestyle. Soon after, psychologists Nalini Ambady, then at Tufts University, and Nicholas Rule, at the University of Toronto, set out to test the Mormon glow. They certainly could—and in just a glance. To determine what exactly triggers Mordar, Ambady and Rule cropped photos beyond recognition. Mormons don't drink or smoke. BEYOND THE HALO EFFECT: Attractiveness and Personality

American Gut In the summer of 2008, a 26-year-old man from Shanxi Province walked into a lab at Shanghai Jiao Tong University, and 23 weeks later walked out 113 pounds lighter. He had not participated in a clinical trial of some new secret weight loss pill, or signed up for a punishing Biggest Loser-style exercise program, nor had he been fussed over by behavioral scientists who made his plates and drinking cups smaller with each passing week. The researchers, who were microbiologists, had simply put the man’s gut microbes on a diet. One of the huge mysteries in studies of diet and exercise is the difference between people who get the same treatment but have remarkably different outcomes. Inevitably, some people in a study show little improvement despite weeks or even months of following what might seem like draconian changes in their normal diet and lifestyle. But why are there such extreme differences between people? Is our DNA to blame? No. 5. No. 4. No. 3. No. 2. No. 1.

Ketone Testing - How To Test for Ketones & Ketone Test Levels Ketone testing can be done at home Ketone testing is crucial if you have sustained high blood sugar readings which can often occur if you are ill or you are struggling to keep on top of your diabetes. If your blood sugar is high, it is an indication that you do not have enough insulin in your system (or that the insulin that you do have is not working effectively). There’s a chance that your body will start breaking down protein in order to get some energy. Although your blood is sugary, the cells in your body are not able to use that energy (you need insulin to let the energy in the form of glucose into the cells). Why are ketones produced? Ketones are made when the body breaks down proteins. But long term, ketones can build up. This can be damaging, and is referred to as a state of ketoacidosis, or in diabetes, DKA - specifically Diabetic Ketoacidosis. Where can I get ketone testing kits and sensors? You can also test ketones in your urine. Ketones affect your diabetes Ketone Test Meters

Sites web du futur Lieu de reflexion d'hommes politiques et de scientifiques sur l'avenir. Le modèle de l'Aspen Institute a inspiré de nombreux "think tanks" dans le monde. Des liens vers des sites de laboratoires faisant des recherches sur la vie artificielle : micro-robots, simulations sur ordinateur, molécules capables de se reproduire. Le site de la célèbre Cité des Sciences et de l'Industrie. Le plus grand musée scientifique du monde, une fenêtre ouverte sur le troisième millénaire. Ce centre a pour objectif de créer des passerelles entre disciplines scientifiques et culturelles afin d'instaurer un dialogue entre spécialistes appartenant à des domaines différents. La Chaire de prospective industrielle du Cnam, dont le titulaire est le Professeur Michel Godet, constitue depuis 1982 l'un des principaux centres européens d'enseignement et de recherche en prospective. Le célèbre laboratoire de recherches sur les médias du futur du MIT. Une société de conseil spécialisée dans la prospective technologique.