FluidForm Bio@FluidFormBio

FluidForm Bio™ is creating living human tissue for better treatment of disease. Our patented FRESH™ technology is a revolutionary platform designed to build tis

 Massachusetts
fluidformbio.com
Joined May 2017
Record-breaking day for the Community Harvest Project in Harvard with over 10,400 lbs. of apples picked by the volunteers and FluidForm team for the Worcester County Food Bank. #CommunitySupport #contribution
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Building a great culture doesn't happen by accident. It takes commitment throughout the organization. We're building the kind of culture it takes to make a difference in #drugdiscovery and #medicine
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Building the kind of company we all want to work at!
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We look at building with cells a little differently than most. Here's a short clip of our CEO talking about just how different. Tune back in on Wednesday for part 2! #science #medicine #biomedicalengineering #tissueengineering
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Meet Keshav Iyer, a co-op student from @Northeastern who's done amazing work with us, from mechanical design to cell culture. We're committed to building an environment where everyone can contribute, and everyone can grow. #science #medicine #biomedicalengineering
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Have you always wondered what's going on behind the scenes at @FluidForm? Take a listen to our CTO, Adam Feinberg (@RegenBio ) describe some of the exciting work we're doing. #science #medicine #biomedicalengineering
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Meet Andrew Lee (@AndrewLee3dp), our Cardiac Product Manager and a co-lead author on the landmark 2019 paper in @ScienceMagazine. Our long term goals will truly revolutionize how we think about medicine. #medicine #science #biomedicalengineering
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FluidForm is hiring! We're looking for an Executive Assistant to join our growing team. Details to apply: bit.ly/3B1DpMj #hiring #resume #jobhunt #jobopening #executiveassistant #ea #careers #fresh
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Going to #TERMISAM2022? Come to our pre-conference workshop with @aspectbiosys and @StemCellNetwork on 3D #Bioprinting: Principles and Strategies for #TissueEngineering and #RegenerativeMedicine ow.ly/6MWt50JRSBa
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Going to #TERMISAM2022? Come to our pre-conference workshop with @aspectbiosys and @StemCellNetwork on 3D #Bioprinting: Principles and Strategies for #TissueEngineering and #RegenerativeMedicine ow.ly/6MWt50JRSBa
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Still casting #collagen? Read about how #FRESH #bioprinting with #LifeSupport (bit.ly/2SRaT9g) enables the #3Dbioprinting of #collagen to improve cellular infiltration and vascularization! @RegenBio's Science Paper: bitly.ws/9GI6
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What would you #3Dprint if you could move in all 3 axes simultaneously instead of 2D slices?
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Not only can #FRESH enable you to #3dprint with #biomaterials that were previously impossible, it lets you print multiple inks with different cross-linking mechanisms (#collagen + #fibrin + #alginate) together in the same #LifeSupport bath - bit.ly/2SRaT9g.
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Fluidform's #FRESH #bioprinting allows for patient-specific tissue geometries to be printed. By printing a model of an actual patient's coronary artery, fluid is smoothly diverted similarly to how it is in the body. Learn from @RegenBio's original paper - bit.ly/312GOYC
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What would you #3Dprint if you could move in all 3 axes simultaneously instead of 2D slices?
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No only can #FRESH enable you to #3dprint with #biomaterials that were previously impossible, it lets you print multiple inks with different cross-linking mechanisms (#collagen + #fibrin + #alginate) together in the same #LifeSupport bath - bit.ly/2SRaT9g.
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Fluidform's #FRESH #bioprinting allows for patient-specific tissue geometries to be printed. By printing a model of an actual patient's coronary artery, fluid is smoothly diverted similarly to how it is in the body. Learn from @RegenBio's original paper - bit.ly/312GOYC
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@FluidForm3D is happy to welcome Adam Millar as new team member! Adam will help grow our #FRESH #bioprinted medical device research division! Visit our website if you are interested in becoming part of the FluidForm team! ow.ly/Rh0U50I1vof
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@FluidForm3D is excited to welcome our new members! Katelynn Russ joined our Materials Research division several months ago to improve the translational potential of #FRESH bioprinted materials! Visit us if you are interested in joining the FluidForm team! ow.ly/tg0r50I1v5k
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Still casting #collagen? Read about how #FRESH #bioprinting with #LifeSupport (bit.ly/2SRaT9g) enables the #3Dbioprinting of #collagen to improve cellular infiltration and vascularization! @RegenBio's Science Paper: bitly.ws/9GI6
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You don’t need to #bioprint logpiles anymore. Print exactly what you want without compromise by using #LifeSupport to #FRESH bioprint at higher resolution. LifeSupport: ow.ly/C9HN50HniFQ @RegenBio's Science Paper: ow.ly/KoH750HniIr
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In this publication from @RegenBio and @JKainerstorfer, @DShiwarski and @j_tashman use OCT to gauge bioprinted tissues to tolerances within 10’s of microns! Gauging represents a way to quantitatively pass or fail a bioprinted part for future implantation. ow.ly/qICJ50HniBu
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Still casting #collagen? Read about how #FRESH #bioprinting with #LifeSupport (bit.ly/2SRaT9g) enables the #3Dbioprinting of #collagen to improve cellular infiltration and vascularization! @RegenBio's Science Paper: bitly.ws/9GI6
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You don’t need to #bioprint logpiles anymore. Print exactly what you want without compromise by using #LifeSupport to #FRESH bioprint at higher resolution. LifeSupport: ow.ly/C9HN50HniFQ @RegenBio's Science Paper: ow.ly/KoH750HniIr
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In this publication from @RegenBio and @JKainerstorfer, @DShiwarski and @j_tashman use OCT to gauge bioprinted tissues to tolerances within 10’s of microns! Gauging represents a way to quantitatively pass or fail a bioprinted part for future implantation. ow.ly/qICJ50HniBu
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#FRESH allows for bioprinting cellular inks (300 million+ cells/mL), shown in this Science paper (bitly.ws/9GI6) from Adam Feinberg's lab @RegenBio. Using #FRESH can enable creating human tissue from scratch to test drugs without relying on animals. #3dbioprinting
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@FluidForm3D had a terrific time yesterday with Community Harvest Project @CHPINC! In just 3 hours two groups gathered 7200 lbs of apples coming out to 23,040 servings for local hunger relief!! community-harvest.org/harvar…
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More new hires at FluidForm! We're pleased to welcome Adrian DiRomualdo to our engineering team. Adrian will engineer systems that test the tissues FluidForm creates, allowing for rapid analysis, iteration, and improvement!
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FluidForm continues to grow every month! Tanya Thrasher has joined our bioprinting division to make printing heart ventricles for drug screening a reality. Tanya's background is in pathology and is a terrific addition to our team!
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If you missed the @3dheals Bioprinting Vasculatures webinar last week with @FluidForm3D's @Andrew_Hudson3D, you can watch the recording here: youtu.be/jSdGizgtpOg #3dbioprinting #vasculature #tissueengineering
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Tomorrow (7/1) from 1-2 PM EST is our last FluidForm summer webinar! Dr. @DShiwarski will be a guest speaker using FRESH in his #3dbioprinting research. REGISTER: bitly.ws/dJXm
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This THURSDAY (6/24) from 1-2 PM ET @FluidForm3D will be hosting our third summer webinar, focusing on printing vasculature using #FRESH! Register: #3: bitly.ws/dJXj #research #3dbioprinting #tissueengineering #FRESH
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This coming Thursday (6/24) from 1-2 PM ET @FluidForm3D will be hosting our third summer webinar, this time focusing on printing vasculature using #FRESH! Register: #3: bitly.ws/dJXj #research #3dbioprinting #tissueengineering #FRESH
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This THURSDAY from 1-2 PM ET @FluidForm will be having the second of our four part summer webinar series. This week is a live demo and walkthrough using #FRESH on a @lulzbot3D Bio! Come learn how easy it is to start using #FRESH in your research! Register: bitly.ws/dJXb
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TODAY from 1-2 PM ET @FluidForm3D will have the first of our 4 part summer webinar series on #FRESH and the Future of 3D #Bioprinting starting with an overview of #FRESH. Register: #1: bitly.ws/dJX7 #research #3dbioprinting #tissueengineering #FRESH
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Don't forget TOMORROW from 1-2 PM ET @FluidForm3D we will have the first of our 4 part summer webinar series on #FRESH and the Future of 3D #Bioprinting starting with an overview of #FRESH. Register: #1: bitly.ws/dJX7 #research #3dbioprinting #tissueengineering #FRESH
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This THURSDAY from 1-2 PM ET @FluidForm3D is starting the first of our four part summer webinar series on #FRESH and the Future of 3D #Bioprinting starting with an overview of #FRESH. Register: #1: bitly.ws/dJX7 #research #3dbioprinting #tissueengineering #FRESH
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FluidForm is kicking off the summer w/ a 4 part webinar series on FRESH and the Future of 3D Bioprinting from overview to published work by labs using FRESH! Register: #1: bitly.ws/dJX7 #2: bitly.ws/dJXb #3: bitly.ws/dJXj #4: bitly.ws/dJXm
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New intern day! Ruben Sanchez is going to be a senior at @TuftsUniversity and joined us a little while back. He’s most interested in #bioprinting for the future repair and replacement of organs which drives our work at @FluidForm3D!
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#FRESH lets you overcome barriers with traditional 3D bioprinting, letting you print new bioinks and complex geometries that weren't possible before. #LifeSupport enables #FRESH on your current bioprinter today! bit.ly/2SRaT9g doi.org/10.1063/5.0032777
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Check out our previous Research Highlight with Dr. @AndrewLee3dp! Dr. Lee discusses using #FRESH to 3D bioprint mini heart models from stem cells: youtube.com/watch?v=8amPx1qd… #research #science #medicine #3dbioprinting
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Mixing radiocontrast into a bioink let @RegenBio #FRESH print a heart valve that could be CT scanned to gauge the print, showing what future quality control in bioprinting can look like. Paper: bitly.ws/9GI6 LifeSupport for #FRESH: bit.ly/2SRaT9g
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Use #LifeSupport (bit.ly/3nJp3rc) to #FRESH print new ink chemistries like pH, ion, and enzyme-sensitive inks together! Read more in @RegenBio’s Science publication: bitly.ws/9GI6 #Collagen #Alginate #Fibrin #TissueEngineering #3DBioprinting
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You don’t need to bioprint logpiles anymore. Print exactly what you want without compromise by using #LifeSupport to #FRESH bioprint at higher resolution. LifeSupport: bit.ly/2SRaT9g @RegenBio's Science Paper: bitly.ws/9GI6
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Using FluidForm's #LifeSupport (bit.ly/2SRaT9g) to #FRESH print @ABMcollagen's #LifeInk240 (bit.ly/3flvHA7) provides astonishingly high resolution extrusion-based prints. #tissueengineering #bioprinting #regenerativemedicine
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Check out FluidForm's @AndrewLee3dp's talk at @SFBiomaterials today in the Tissue Engineering SIG from 11 AM - 12:30 PM (CDT)! #3dbioprinting #tissueengineering @RegenBio
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Check out how #FRESH was used to print a full-scale human heart model that made the cover of ACS Biomaterials! If you have a bioprinter and want to try #FRESH, pick up a kit of #LifeSupport today: bit.ly/2SRaT9g pubs.acs.org/doi/abs/10.1021…
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LifeSupport bit.ly/2SRaT9g is a turnkey, high res, sterile support bath for #FRESH V2.0 bioprinting seen in @RegenBio’s Science paper bitly.ws/9GI6. Blended gelatin support baths are laborious, lower res and prone to infection!
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Monday (3/29) starting at noon EST there will be a BioNTERM #3DBioprinting conference / workshop where @FluidForm3D's Adam Feinberg @RegenBio and @AndrewLee3dp will be presenting on what's next in #3Dbioprinting using #FRESH! Register: bit.ly/2Q8DWXF
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Still casting collagen? Read about how FRESH printing with LifeSupport (bit.ly/2SRaT9g) enables the 3D printing of collagen to improve cellular infiltration and vascularization! bitly.ws/9GI6
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#FRESH lets you bioprint cellular inks as dense as a cell pellet (300x10^6 cells/mL). When you don’t have to compromise on bioink ‘printability’ you can focus on functionality like @RegenBio's ventricle model. bitly.ws/9GI6 #TissueEngineering #3Dbioprinting
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#FRESH bioprinted collagen has microporosity that normal casted collagen doesn't and when combined with VEGF vastly increase cellular infiltration and angiogenesis into tissue scaffolds (bitly.ws/9GI6)! Use LifeSupport (bit.ly/2SRaT9g) to #FRESH print today.
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Still blending your #FRESH support bath? #LifeSupport (bit.ly/2Fuoal8) is sterile, ready in 30 mins and gives you 10X the printing resolution of blended baths as shown in @RegenBio's Science paper (bitly.ws/9GI6).
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