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A microfluidic organ chip model of the human blood-brain barrier for development of brain-targeting therapeutics

A microfluidic organ chip model of the human blood-brain barrier for development of brain-targeting therapeutics
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United statesSouth koreaRepublic of koreaEric shustaNur mustafaogluDonald ingberJames gormanVascular biology program at boston children hospitalNature communicationsBrain targeting programEngineering at university of wisconsinWyss instituteHarvard wyss institute for biologically inspired engineeringWyss institute at harvard universityProfessor at ulsan national institute of scienceTechnology team

Fast on-demand multi-material multi-nozzle 3D printing in a fraction of the time

3D printing is revolutionizing the manufacturing industry by allowing people to create without the need for expensive machinery and raw materials

United statesMark skylar scottJennifera lewisDonald ingberJochen muellerWyss instituteJohna paulson school of engineeringWyss institute at harvard universityVascular biology program at boston children hospitalHarvard wyss institute for biologically inspired engineeringBiologically inspired engineeringApplied sciencesResearch associateResearch fellowCore faculty memberWyss professor

DNA nanotech leaps 100-fold via self-assembling DNA bricks

A 100-fold leap to GigaDalton DNA nanotech

United statesDonald ingberPengfei wangGeorgia institute of technologyWyss institute molecular robotics initiativeWyss institute at harvard universityNational centerVascular biology program at boston children hospitalInstitute molecular robotics initiativeMax planck institute of biochemistryWyss institute foundingFrench national institute of healthWyss institute core facultyHarvard wyss institute for biologically inspired engineeringScientific researchResearch investigator at bristol myers squibb

A portable exosuit assists both walking and running

A future where wearable robotic devices can improve the lives of the healthy, as well as serve those with injuries or in need of rehabilitation

South koreaUnited statesSoult ukpyolsiConor walshGiuk leeJinsoo kimPhilippe malcolmDonald ingberHarvard wyss institute for biologically inspired engineeringWyss institute bioinspired soft roboticsJohna paulson school of engineeringHarvard biodesign labWyss instituteDefense advanced research projects agencyWyss institute at harvard universityHarvard medical school

First yeast biohybrid system using an adaptable light-harvesting semiconductor opens the door to more efficient and versatile biomanufacturing

The creation of light-harvesting, living cellular devices could fundamentally change the way we interact with our natural environment

United statesJunling guoDaniel noceraDonald ingberMiguel suNeel joshiWyss institute foundingWyss institute core facultyWyss instituteHarvard wyss institute for biologically inspired engineeringJohna paulson school of engineeringScientist at joyn bioWyss institute at harvard universityVascular biology program at boston children hospitalCore facultyPostdoctoral fellows junling guo