Monday, November 26, 2012

Hybrid 3D printer could fast-track cartilage implants

4:55 PM

Hybrid 3D printer could fast-track cartilage implants data = {blogUrl: "www.engadget.com",v: 219};when = {jquery: lab.scriptBs("jquery"),plugins: lab.scriptBs("plugins"),eng: lab.scriptBs("eng")}; var s265prop9 = ('20387391' !== '') ? 'bsd:20387391' : ''; var modalMNo = '93319229'; when.eng("eng.omni.init", {pfxID:"weg",pageName:document.title,server:"",channel:"us.engadget",pageType:"",linkInternalFilters:"javascript:,engadget.com,joystiq.com,massively.com,tuaw.com,switched.com,techcrunch.com",prop1:"Engadget",prop2:"",prop9:s265prop9,prop12:document.location,prop17:"",prop18:"",prop19:"",prop20:"",mmxgo: true,disablepipath:true,mmxtitle:"us.engadget" + " : "}); adSendTerms('1')adSetMOAT('1');adSetAdURL('/_uac/adpagem.html');lab._script("http://o.aolcdn.com/os/ads/adhesion/js/adhads-min.js").wait(function(){var floatingAd = new AdhesiveAd("10000671",{hideOnSwipe:true});}); EngadgetMenuReviewsEventsPodcastsBuyers GuidesFeaturesVideosGalleriesTopicsHD Mobile Alt Announcements Cameras Cellphones Desktops Displays Gaming GPS Handhelds Home Entertainment Household Internet Laptops Meta Misc Networking Peripherals Podcasts Robots Portable Audio/Video Science Software Storage Tablets Transportation Wearables Wireless Acer Amazon AMD Apple ASUS AT&T Canon Dell Facebook Google HP HTC Intel Lenovo LG Microsoft Nikon Nintendo Nokia NVIDIA RIM Samsung Sony Sprint T-Mobile Verizon About UsSubscribeLike Engadget@engadgettip uswhen.eng("eng.nav.init")when.eng("eng.tips.init") onBreak({980: function () {htmlAdWH("93310027", "215", "35",'AJAX','ajaxsponsor');}});Hybrid 3D printer could fast-track cartilage implants AltByJon FingaspostedNov 25th, 2012 at 9:41 AM 0

Hybrid 3D printer could fasttrack implantable cartilage

Most of the attention surrounding 3D printers in medicine has focused on patching up our outsides, whether it's making skin to heal wounds or restoring the use of limbs. The Wake Forest Institute for Regenerative Medicine has just detailed a technique that could go considerably deeper. By mixing natural gel put through an inkjet printer with thin and porous polymer threads coming from an electrospinner, researchers have generated constructs that could be ideal for cartilage implants: they encourage cell growth in and around an implant while remaining durable enough to survive real-world abuse. Early tests have been confined to the lab, but the institute pictures a day when doctors can scan a body part to produce an implant that's a good match. If the method is ultimately refined for hospital use, patients could recover from joint injuries faster or more completely -- and 3D printers could become that much more integral to health care.

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