Harsha Ramaraju

Two great talks in the Pediatric Tissue Engineering session at #TERMISAM2023 presenting design requirement framework and successful outcomes in human by @HollisterLab & @HarshaBME of the biomanufactured airway splint to treat tracheomalacia in children

#AvailableForLicense: Patient-specific, #resorbableheartvalves, particularly beneficial for #pediatrics, could treat more conditions and patients while decreasing complications. Bioresorbable materials are replaced by new tissue to perform device function. ow.ly/HpwL50MPLMF

Check out our new study led by @HarshaBME with special thanks to our collaborators @UHRainbowBabies, incl. @mlbocks @emilyckish Percutaneous delivery and degradation of a shape memory elastomer poly(glycerol dodecanedioate) in porcine pulmonary arteries bit.ly/PGD_MISpre-cli…

Sterilizing shape memory polymers? Checkout our study led by Dr. Ramaraju @HarshaBME. Sterilization effects on PGD: A biodegradable shape memory elastomer bit.ly/PGDsterile Special thanks to our collaborators Dr. Martin Bocks and team at @CWRU @UHRainbowBabies

#AvailableForLicense: Synthesis reaction combines shape-memory, biodegradable, elastomeric mat w photocurable chem & 3D printing for #softtissuereplacement & #biomedicaldevices. #cardiovascular, #musculoskeletal, & #gastrointestinal apps. @CoulterBME ow.ly/G58350LLg46

Congratulations to Ryan Akman on our latest study published in @ApplMaterToday with @HarshaBME and Adam Verga! #3Dprinting #biomaterials Multimodal 3D printing of biodegradable shape memory elastomer resins for patient specific soft tissue repair sciencedirect.com/science/articl…

The @HollisterLab has had breakthroughs in #3Dprinting technology that enable the development of highly personalized medical devices. Read about their "how-to" for developing #medicaldevices through 3D printing with safety and #QC in mind: ow.ly/LUx250Lok86

Check out our article in this month’s edition of Biomaterials where we describe a blueprint for 3D printing personalized devices. Link: bme.gatech.edu/bme/news/holli… Special thanks to our wonderful collaborators @childrensatl and GCMI @medtechinnovate. sciencedirect.com/science/articl…

Hollister lab creates blueprint for life-saving 3D printed implantable devices: bme.gatech.edu/bme/news/holli… @EmoryMedicine @ibbgatech @US_FDA

Tension is an enemy for wound healing - but unavoidable in EA repair ...sometimes... this group is trying to help babies to reduce tension and improve healing -WTG!! @HarshaBME @shaunkunisaki @APSASurgeons #APSA21

Thanks for supporting & being part of #A2H22017 @612to651! Less physical prototyping teams than last year => more next year! @A2HealthHacks twitter.com/612to651/statu…

30 years ago, Dr. Bartlett welcomed me to Michigan as a surgery intern, today I welcome him to twitter, his energy & passion are unchanged twitter.com/UMichSurgery/s…

FlexDex Minimally Invasive Surgical System Used in Real Operations (video) mdgdgt.com/2kQKZE3

Thanks @jgosbee for the great event tonight. And thanks to all those that came out. Now we know how to use epi pens :) #design #healthhacks

The Milky Way and its neighboring galaxies are shown in this map based on #Gaia satellite data bit.ly/2cnzwJ0

We are doing a Reddit AMA now! Check it out! twitter.com/GameStartSchoo…

A small quantum computer that is reprogrammable is reported go.nature.com/2ahLVfb