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CNN This Morning

you're just basically sort of resurfacing, removing some of the damaged bone and cartilage. the goal is that hopefully someone can get back to playing more quickly. let me show you x-rays of this real quick. if you have a hard time determining what exactly is going on there, if you look at an x-ray of a -- this is what a hip replacement looks like. a lot of metal in there. and you can see that ball and socket sort of joint that i was describing. andy murray actually put something out on instagram about his own operation, which gives you an idea from an x-ray standpoint what a hip resurfacing looks like. you can put that up. take away the banner. it's at the bottom of the screen there, on the left side of the screen, not the bright spot, that's just some light reflecting. on the left side is his hip resurfacing. a smaller operation. that's it. usually it's for younger people, it's for active people, it's a smaller subset of people who will qualify for a hip resurfacing versus a hip

Someone , Goal , Some , Bone , Resurfacing , Cartilage , X-rays , Something , Lot , Ball , Hip-replacement , Andy-murray

Reconstructing MRI scans with AI promises to expand MRI access to more patients

Artificial intelligence (AI) can reconstruct coarsely-sampled, rapid magnetic resonance imaging (MRI) scans into high-quality images with similar diagnostic value as those generated through traditional MRI, according to a new study by the NYU Grossman School of Medicine and Meta AI Research.

Patriciam-johnson , Danielk-sodickson , Michaelp-recht , Emily-henderson , Langone-health , Grossman-school-of-medicine , Department-of-radiology , Meta-ai-research , Facebook , Louis-marx-professor , Advanced-imaging-innovation , Cartilage

Research could pave way for designing more strategically engineered transplants to treat cartilage damage in the joints

A collaborative team, which includes scientists from the Terasaki Institute for Biomedical Innovation, University of Illinois Chicago, and Pohang University of Science and Technology has elucidated some key points on how the generation of cartilage in the joints is facilitated and how alternative bone formation can be avoided.

Illinois , United-states , Emily-henderson , Ali-khademhosseini , Terasaki-institute-for-biomedical-innovation , University-of-illinois-chicago , Pohang-university-of-science , Terasaki-institute , Biomedical-innovation , Illinois-chicago , Pohang-university , Industry-focus

Corticosteroid Injections May Worsen Knee OA Progression

Corticosteroid knee injections appear to make knee osteoarthritis worse, and hyaluronic acid injections may be safer, two research teams report.

California , United-states , Morrisville , North-carolina , Michigan , University-of-north-carolina , San-francisco , America , Annunziato-ned-amendola , Upasana-upadhyay-bharadwaj , Williama-jiranek , Amandae-nelson

Study suggests new strategies for making cartilage cells

As any weekend warrior understands, cartilage injuries to joints such as knees, shoulders, and hips can prove extremely painful and debilitating. In addition, conditions that cause cartilage degeneration, like arthritis and temporomandibular joint disorder (TMJ), affect 350 million people in the world and cost the US public health system more than $303 billion every year.

Canada , Switzerland , Swiss , Canadian , Takamitsu-maruyama , Emily-henderson , Wei-hsu , Jody-haigh , Maxime-bouchard , Daigaku-hasegawa , Tomas-valenta , Konrad-basler

NSAIDs for Knee Osteoarthritis May Worsen Pain Over Time

Researchers find no long-term benefit and worse inflammation and cartilage quality over 4 years.

California , United-states , Dallas , Texas , North-carolina , University-of-texas , Chicago , Illinois , San-francisco , America , American , Johanna-luitjens

Click Organ Scanning and...

to testing on lab—grown skin. in this gothenburg hospital, researchers plan to put such bio—printed cartilage in patients with muscle issues in just a few years. first patients is of course the sports injuries, because they will probably heal better, at least we think so, but also for elderly patients or patients that suffer from osteoarthritis. we get very nice cartilage tissue that have healing capacities, so we are very optimistic. further studies are needed to prove the methods are safe, but it could save time and money. we can actually print what the damage looked like before. we can actually print directly into the knee, probably, in the future. we can mass—produce it, i mean, we can start with a printer and then go home and make thousands of copies. and more complex procedures are coming down the line. what do you feel is the ultimate aim? many people die waiting in the line for organ transplantation, so what we are

Patients , Skin , Testing , Researchers , Sports-injuries , Cartilage , Issues , Muscle , Course , Gothenburg-hospital , Cartilage-tissue , Osteoarthritis

Click

so there's not that many dead cells here which you can see. which is a very good sign. close analysis of the end results is needed to finetune. cellink has been printing cancer tumours, so that patients could receive personalised treatments without enduring drug trials themselves. they've also made liver models for drug screening campaigns, and are helping beauty brands become animal cruelty—free, thanks to testing on lab—grown skin. in this gothenburg hospital, researchers plan to put such bio—printed cartilage in patients with muscle issues in just a few years. first patients is of course the sports injuries, because they will probably heal better, at least we think so, but also for elderly patients or patients that suffer from osteoarthritis. we get very nice cartilage tissue that have healing capacities, so we are very optimistic. further studies are needed to prove the methods are safe, but it could save time and money.

Patients , Cells , Drug , Results , Sign , Analysis , Cellink , Treatments , Cancer-tumours , Trials , The-end , Finetune

Click

patients can receive personalised treatments without enduring drug trials themselves. they've also made liver models for drug screening campaigns, and are helping beauty brands become animal cruelty—free thanks to testing on lab—grown skin. in this gothenburg hospital, researchers plan to put such bio—printed cartilage in patient with muscle issues in just a few years. first patients is of course the sports injuries, because they will probably heal better, at least we think so, but also for elderly patients or patients who suffer from osteoarthritis. we get a very nice cartilage tissue that have healing capacities, so we are very optimistic. further studies are needed to prove the methods are safe, but it could save time and money. we can actually print what the damage looked like before. we can actually print directly into the knee, probably, in the future. we can mass—produce it, i mean,

Patients , Thanks , Drug , Liver-models , Beauty-brands , Treatments , Trials , Animal-cruelty , Drug-screening-campaigns , Skin , Testing , Patient

Click

this is where we culture the samples we've printed. they are kept in incubators for several weeks, and this tray is about a week old. the tough part, which is mimicking the top of our skin, is on top. a mix of proteins and nutrient molecules is fed in and the waste is removed. all while being closely monitored. the beauty with this microscope is you can actually watch your sample through an ipad, so it's no longer looking through those small eye things. green dots for living cells, red for dead. so there's not that many dead cells here. which is a very good sign. close analysis of the end results is needed to finetune. cellink has been printing cancer tumours, so that patients can receive personalised treatments without enduring drug trials themselves. they've also made liver models for drug screening campaigns, and are helping beauty brands become animal cruelty—free thanks to testing on lab—grown skin. in this gothenburg hospital, researchers plan to put such bio—printed cartilage in patients with muscle issues in just a few years.

Skin , Part , Tray , Samples , Top , Incubators , All , Cells , Beauty , Living-cells , Proteins , Sample