LEGO dinosaurs go on light-hearted rampages in this offbeat family game, which recreates famous moments from all four Jurassic Park films. Adds signature LEGO humor to the plots of all four films Drop-in, drop-out multiplayer let friends or family jump seamlessly into the game Experiment with DNA to create completely original dinosaurs Populate Isla Nublar and Isla Soma with your own dinos Play as one of 20 dinosaurs ranging from triceratops to raptor Over 100 playable characters total Play as Mr. DNA, the animated character seen briefly in the original film System: 3DS, PS3, PS4, Vita, Wii U, Xbox 360, or Xbox One For post-purchase inquiries, please contact Groupon customer support. Goods sold by Groupon Goods. View the Groupon Goods FAQ to learn more. Free returnsDoes not ship to PO boxes/AK/HI/Canada/Puerto Rico.Most orders are delivered within 7 business days from the purchase date. How is the strike-through price determined?
About this itemImportant Made in USA Origin Disclaimer:Take-Two LEGO Jurassic World - Xbox One Standard Edition 1000565140About this itemImportant Made in USA Origin Disclaimer:Take-Two LEGO Jurassic World - Xbox One Standard Edition 1000565140 Features Relive key moments from all four Jurassic films: An adventure 65 million years in the making - now in classic LEGO brick fun! Wreak havoc as LEGO dinosaurs: Choose from 20 dinosaurs, including the friendly Triceratops, deadly Raptor, vicious Compy and even the mighty T. rex. Customize your own dinosaur collection: Collect LEGO amber and experiment with DNA to create completely original dinosaurs, like the Dilophosaurus Rex. Populate and explore Isla Nublar and Isla Sorna: Put your unique dinosaur creations in to paddocks as you complete special Free Play missions. Play with family and friends with easy access drop-in, drop-out gameplay option. (Available on console only.)SpecificationsVideo Game CollectionIs Downloadable Content AvailableYAge RangeGenreModelBrandRequired PeripheralsVideo Game GenreVideo Game PlatformTarget AudienceConditionCompatible DevicesManufacturer Part NumberSubgenreColorContainer TypePublisherFeaturesAssembled Product WeightRelease DateVideosAre these refurbished (Xbox One)gamesI'm interestestd in the Lego Jurassic World,and the Lego Marvel Super Heroesby It looks like you are not signed in.
To proceed you will need to either sign in or create a new accountSign InAre these refurbished (Xbox One)gamesI'm interestestd in the Lego Jurassic World,and the Lego Marvel Super Heroesby It looks like you are not signed in. To proceed you will need to either sign in or create a new accountSign InCan just one person play this game?by It looks like you are not signed in. Gifting plansPricing policyOnline Price Match.A new technique for creating DNA constructs will accelerate development of bacterial strains for drug production say UK scientists. The system, called BASIC, uses standardized DNA parts that, like Lego, have the same joining device, so parts will fit together in any order. The system does not address de novo synthesis of DNA; it is not for base-by-base writing, but deals with reordering and joining up small parts to create large DNA constructs “If you want to develop new biological system or new metabolic pathways to create new drugs, much like artemisinin technology that Amyris pioneered, you start by putting together pieces of DNA,” according to Geoff Baldwin
, lead author from Imperial College London, UK.The approach can draw on a large database of standardized parts, which can be produced in bulk and stored as required, rather than recreating new parts each time.“Once you have those parts in your freezer, you can now rapidly re-organise them and re-manufacture different combinations of the pathway you are trying to create” Baldwin explained.“It is a way of stitching together parts from 150 bases up to several kilobases, so the overall construct could be tens of kilobases by the time you are finished,” he said. The BASIC system has advantages over others in being able to put multiple pieces of DNA together simultaneously. “We successfully stitched up to seven different parts of DNA together,” says Baldwin. “The more complex system you want to design and build, the more pieces of DNA you have to put together. If you must put those pieces together one at a time, that significantly slows down the process. Putting multiple pieces together really increases the speed and efficiency of the assembly pipeline.”
The technique could offer industry a way to automate the design and manufacture of DNA and it has been developed as an open source method.“It is purely an enabling technology and the idea of creating it as open source is that we don't want to have patent thickets around putting pieces of DNA together. It should be an enabling technology, where the value is in what you make, not how you make it,” Baldwin said.BASIC is set to be used in a high throughput automated process in SynbiCITE , the innovation and knowledge centre based at Imperial, which is promoting the adoption of synthetic biology by industry. Two industry partners – Dr Reddys and Isogenica – are making use of BASIC in their research labs already. BASIC stands for Biopart Assembly Standard for Idempotent Cloning.“Currently we are doing this by hand on the bench and we can build tens of constructs, but for industrialisation you need to be able to build thousands. Our next step is to implement this on a high throughput robotic platform that will make this possible,” said Baldwin.
“And that will be available through industrial collaboration.”Four-part assembly achieved 99% accuracy. Seven-part assemblies achieved 90% accuracy. The present paper tested the system on test constructs, different combinations of fluorescent proteins, but the team is now working on applying it to a metabolic pathway and optimizing it.ASIC: a new Biopart Assembly Standard for Idempotent Cloning provides accurate, single-tier DNA assembly for synthetic biologyYour current browser isn't compatible with SoundCloud. Please download one of our supported browsers. How to Build a DNA Model With Legos The building blocks of life are made up of DNA, and models of DNA can be created by the building blocks of childhood, Legos. Using Lego pieces, you can create a replica of the DNA double helix complete with colored blocks to represent the four main bases. Step 1Place one 8x2 Lego piece on the center of the 8x8 base.Step 2Place two 2x1 plates on each side of the 8x2 piece for a total of four plates.