Wyss InstituteOvjeren akaunt

@wyssinstitute

The Wyss Institute seeks to transform engineering, medicine and the environment by creating new materials and devices using Nature’s design principles.

Harvard University
Vrijeme pridruživanja: travanj 2010.

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  1. Prikvačeni tweet

    At the Wyss, we take novel ideas, get them over the valley of death, and bring them to the point where they can be translated into commercializable products for healthcare & sustainability. Watch how we’re creating an impact through disruptive innovation.

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  2. Our new Bone Marrow Chip effectively replicates drug- and radiation-induced damage observed in humans, and correctly predicted a previously unknown bone marrow abnormality in patients with a rare genetic disorder.

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    31. sij

    Scientists announced completion of an 8-year-long project to integrate 10 human organs-on-chips in an automated system to study how drugs work in the body. The technology provides an alternative to on humans or other animals.

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  4. The Wyss has developed a Soft Exosuit for Back Support to be worn during strenuous tasks that would reduce the risk of injury and improve productivity for workers performing lifting and reaching tasks.

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  5. Take a closer look at the three papers published this week in Nature Bioengineering in this "Behind the Paper" article from Wyss Founding Director .

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    25. sij

    Don Ingber, provides us with a valuable lesson on making sure we look outside of the little boxes we often work in & are constrained by

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  7. The lists the top 10 trends in bioengineering for 2020, with many types of technologies we're pursuing at the Wyss featured on the list, including wearable devices, nanorobots, and organs-on-chips.

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  8. From : start at 22:00, to learn about the origins of the Organs-on-Chips project and hear from about how they could help with drug testing and be used to study new viruses, like the .

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  9. Did you know that the Wyss has an ethicist on staff? Learn about Jeantine Lunshof's involvement in the "Brainstorm Project" and how it fits into the larger picture of addressing moral challenges raised when studying brain organoids.

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  10. An article from featuring the work of Wyss Core Faculty member Pam Silver. Her group has created an inflammation-sensing diagnostic bacteria, fitting into a larger picture of therapeutic microbes in synthetic biology.

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  11. Chris Wintersinger has always been interested in constructing things. Now, is building a more reliable self-assembly system for nanomaterials. Learn more about Chris and his work in this month’s Humans of the Wyss.

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  13. Current methods for T cell expansion can take up to one month, which is time that very sick patients don't have. The Wyss has created a new, more efficient system for generating T cells using biomimetic scaffolds.

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  14. Do you want to receive monthly email updates with Wyss news? You're in luck! The Wyss is introducing an email digest that will include all of the latest information from inside the Institute. Sign up now, before the first one comes out.

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  15. A great example of collaboration at the Wyss.

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  16. Interesting story featuring our Founding Director

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    TAU's (Sagol School of Neuroscience) & team created 9 mini-human organs on chips, which interact. They hope to test drugs on the mini-organs, not humans or animals, & shorten the approval process. Can you guess which organs they shrunk?

    , , i još njih 2
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  18. In this blog post from , they discuss Organs-on-Chips and specifically mention their collaboration with the Wyss on the Human Bone Marrow Chip.

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  19. A new Bone Marrow Chip from the lab recapitulates both normal bone marrow function as well as the defects found in a genetic bone marrow disease.

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  20. proslijedio/la je Tweet
    28. sij

    We are very excited about this new Bone Marrow Chip because for the first time we mimic drug responses to clinically relevant exposure (PK) profiles, and we also created a patient-specific model of a rare genetic disorder and learned something new about mechanism.

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  21. With today's publications in , refresh yourself on the basics of the Organs-on-Chips platform:

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