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Translation NewsIn a first, genetically edited pig kidney is transplanted into human
March 22, 2024 -
Press ReleaseRepairing patients’ dura more durably
March 20, 2024 -
Press ReleaseA new glue, potentially also for you
February 20, 2024 -
Video/AnimationStaying dry for months underwater
October 5, 2023 -
Press ReleaseWyss Institute promotes Christopher Chen to a Core Faculty member and appoints Ellen Roche and Michael Springer as new members of its Associate Faculty
July 31, 2023 -
Press ReleaseCreating a blueprint for optimized ear tubes and other implantable fluid-transporting devices
April 5, 2023 -
Translation NewsHarvard’s eardrum-restoring PhonoGraft enters commercial development
August 19, 2021 -
Press ReleaseWielding a laser beam deep inside the body
January 13, 2021 -
Press ReleaseCutting surgical robots down to size
August 25, 2020 -
Translation NewsWyss Institute’s tough gel technology licensed to Amend Surgical for oral surgery applications
July 21, 2020 -
Press ReleaseTime heals all wounds, but this adhesive can help
July 24, 2019 -
AwardsWyss Institute’s Ida Pavlichenko Named MIT Technology Review 2019 Innovator Under 35
June 25, 2019 -
CommunityBen Freedman on Tough Gel Adhesives
May 22, 2019 -
AwardsElliot L. Chaikof receives the American Surgical Association Flance-Karl Award
April 17, 2019 -
Press ReleasePredicting leaky heart valves with 3D printing
December 10, 2018 -
AwardsWyss Institute researchers receive back-to-back MassChallenge and Mass Innovation Nights awards
November 9, 2018 -
Press ReleaseSoft multi-functional robots get really small
August 6, 2018 -
Research SpotlightsStraight to the heart
June 11, 2018 -
Research SpotlightsDrawing inspiration from plants and animals to restore tissue
March 19, 2018 -
Translation NewsStartup promises minimally invasive heart repair
March 15, 2018 -
Press ReleaseSmall but fast: a miniaturized origami-inspired robot combines micrometer precision with high speed
January 17, 2018 -
Press ReleaseA super-elastic surgical glue that sticks and seals in vivo, even when tissues are moving
October 4, 2017 -
Research SpotlightsSmaller, smarter, softer robotic arm for endoscopic surgery
August 2, 2017 -
Press ReleaseSticky when wet: strong adhesive for wound healing
July 27, 2017 -
Press ReleaseNo battery, no wire, no problem
July 19, 2017 -
Press ReleaseEngineering heart valves for the many
May 18, 2017 -
Research SpotlightsSoft robot helps the heart beat
January 18, 2017 -
Press ReleasePatching a gap in wound care
November 29, 2016 -
Press ReleaseControlling bleeding disorders with fitted hydrogel casts
November 16, 2016 -
Press ReleaseCreating a slippery slope on the surface of medical implants
November 1, 2016 -
Press ReleaseHow to diagnose systemic infections much more quickly and reliably
June 14, 2016 -
Research SpotlightsA bioactive coating could improve function and lifetime of implantable medical devices
April 13, 2016 -
Research SpotlightsSelf-actuating materials
March 14, 2016 -
Research SpotlightsSensors give a helping hand to flexible surgical robots
November 10, 2015 -
Press ReleaseDrug-device combination opens potential new path to treat stroke
October 27, 2015 -
Research SpotlightsNew SLIPS-enhanced steel is supremely durable
October 21, 2015 -
Press ReleaseFixing holes in the heart without invasive surgery
October 5, 2015 -
Press ReleaseInciting an immune attack on cancer cells
August 25, 2015 -
Press ReleaseNovel non-stick material joins portfolio of slippery surface technologies
February 10, 2015 -
Press ReleaseDavid Mooney receives grant to develop animal contraceptive vaccine
January 13, 2015 -
Translation NewsWyss Institute launches ‘SLIPS’ company
October 29, 2014 -
Press ReleaseHarvard’s Wyss Institute and University of Zurich announce partnership
October 27, 2014 -
Press ReleaseBioinspired coating for medical devices repels blood and bacteria
October 12, 2014 -
Press ReleaseAn Essential Step toward Printing Living Tissues
February 19, 2014 -
Press ReleaseWyss Founding Director Receives Lifetime Achievement Award from the Society of In Vitro Biology
June 7, 2010 -
Press ReleaseBioengineers at Harvard’s Wyss Institute Successfully Replicate Nature’s Design Principles to Create Customized Nanofabrics
June 2, 2010