The Tunica-Biloxi Tribe owns Paragon Casino Resort.
"As a native Louisianan and Chairman of the Tunica-Biloxi Tribe of Louisiana, I am thrilled to help usher in sports betting to our state," said Chairman Marshall Pierite. The Draft Room offers full-service betting, so both locals and out-of-state travelers can wager on their favorite teams from across the country. Louisiana is the home of almost 5 million people, 2 major league teams, and plenty of sports fans ready to get in on the action. With this many options, sports fans won't miss a minute of the action.
#Diaper quest video plus
The Draft Room's restaurant and bar offers fan favorite foods, cold draught beers, and multiple seating options sure to please any sports fan including 112 TVs surrounded by table and bar seating, plus three VIP fan caves for private gatherings.
2015 Jan 30 347(6221):474-5.Betfred Sports will operate a traditional sportsbook in The Draft Room – Paragon's newest amenity – comprised of traditional theater seating, a custom video wall, betting counters and kiosks. To date, Boyden, who is a recipient of both the NIH Director’s Pioneer and Transformative Research awards, has tested expansion microscopy on brain cells cultured in the lab and on slices of neural tissue from mice. The final product is a neural landscape with greatly enlarged cell structures that also appear transparent, making them perfect for microscopy.Įxpansion microscopy can be used to scan whole brain structures and show entire neural networks in 3D. The researchers then add water, and the polymer matrix swells evenly in three dimensions just as it does in a diaper. The proteins are dissolved, leaving the fluorescent labels attached to the expandable polymer. The sample is then embedded within a 3D mesh of sodium polyacrylate, with the fluorescent molecules on the antibodies connecting to the sodium polyacrylate. To create such images, MIT neuroscientist Ed Boyden, along with graduate students Fei Chen and Paul Tillberg, start by labeling proteins of interest with fluorescent antibodies.
The name of the new technique? Expansion microscopy. The new approach takes advantage of a compound used in-get this-disposable diapers!īy harnessing the super-absorbent properties of sodium polyacrylate, a polymer commonly used in diapers, a team from the Massachusetts Institute of Technology (MIT) developed a new technique that makes it possible for conventional microscopes to produce super high-resolution images of brain cells. Scientists can’t change the laws of physics-but NIH-supported researchers recently devised a highly creative way to see images that were previously out of reach, by expanding the contents of tissue sections up to five times their normal size, while maintaining the anatomic arrangements. But the resolution limit of light, based on immutable physical principles, has kept the fine details of many structures out of view. Light microscopy has been a mainstay of neuroscience and many areas of biology for more than a century. In both views, green indicates neurons blue, pre-synaptic proteins and red, post-synaptic proteins.Ĭredit: Ed Boyden, Fei Chen, Paul Tillberg, MIT Caption: Mouse brain tissue as viewed by traditional microscopy (left) and expansion microscopy (right), which makes it possible to visualize individual synapses (example in white box).
0 kommentar(er)
