What about it!?(@FelixSchlang) 's Twitter Profile Photo

The bioprinter will enable the production of samples in space, which can be further processed or returned to Earth. Like so many space technologies, the 3D-BioSystem Facility has the potential to advance biomedical research and benefit life on Earth.

The bioprinter will enable the production of samples in space, which can be further processed or returned to Earth.  Like so many space technologies, the 3D-BioSystem Facility has the potential to advance biomedical research and benefit life on Earth.
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What about it!?(@FelixSchlang) 's Twitter Profile Photo

Their 3D bioprinter called the BioFabrication Facility (BFF), is capable of printing human tissue and features a cell-culturing system that strengthens the tissue over time, to the point where it becomes viable.

Their 3D bioprinter called the BioFabrication Facility (BFF), is capable of printing human tissue and features a cell-culturing system that strengthens the tissue over time, to the point where it becomes viable.
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juan dalmasso(@juandalmasso) 's Twitter Profile Photo

Calculan que dentro de siete años estará disponible: una impresora 3D de biomateriales, que podrá recuperar tus tejidos, a partir de tus células madres, in situ, como una laparoscopía. lnkd.in/dPcMTFk5

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Marc Falandt(@mfalandt) 's Twitter Profile Photo

I feel incredibly honoured to have published my first article as first author in my PhD on 4D photografting of biomolecules using the . I want to thank my colleagues and my PhD supervisor rlevato for the amazing opportunity. Doi: 10.1002/admt.202300026

I feel incredibly honoured to have published my first article as first author in my PhD on 4D photografting of biomolecules using the #volumetric #bioprinter. I want to thank my colleagues and my PhD supervisor @RicLevato for the amazing opportunity. Doi: 10.1002/admt.202300026
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Leoni Stienne(@LeoniStienne) 's Twitter Profile Photo

Make sure to carve out some time to stop by our booth 217 at . We’ll be showcasing our 3D volumetric bioprinter which is sure to revolutionize and !
Readily3D

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Bliq Photonics(@BliqPhotonics) 's Twitter Profile Photo

that allows researchers to see inside the bone marrow of a living mouse?

Learn more 👇 about recent insights gained with this cutting-edge imaging application courtesy of Dr. Jennifer O. Manilay lab and Joel Spencer!

frontiersin.org/articles/10.33…

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BT21(@BT21_) 's Twitter Profile Photo

Simply subscribe to our newsletter and use the code FIRSTORDER10 at checkout to get 10% off your first order.

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QuillBot(@TheQuillBot) 's Twitter Profile Photo

Unleash your writing potential with QuillBot’s Co-Writer! QuillBot’s Co-Writer is the one-stop shop for all your writing needs. Boost your productivity, access valuable research materials, and save time with our cutting-edge AI-powered tool. Work smarter, not harder.

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Lachezar (Luke) Zanev(@LachezarZanev) 's Twitter Profile Photo

StartUs Insights 6/9 🖨️🧬 Brinter from Finland offers a modular bioprinter using rapid prototyping technology, providing high-quality, customizable 3D bioprinting solutions to the medical field.

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Aesthetics Beauty Connect(@AestheticsBeau9) 's Twitter Profile Photo

New To The ABC Portfolio
Husteon, a biodegradable scaffold manufactured by self-developed 3D bioprinter which can be used for reconstruction of lesions.
It can be used safely since it is manufactured with -approved biomaterial PCL, and it will be ful…lnkd.in/eBJyMdFQ

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rlevato(@RicLevato) 's Twitter Profile Photo

How to 'paint' biomolecules, morphogens and growth factors in 3D (and 4D!) anywhere across large, centimeter-size hydrogels at high-res? Marc Falandt shows it via single-photon light in a volumetric set-up

onlinelibrary.wiley.com/doi/10.1002/ad…

European Research Council (ERC) Advanced Sci News 🧵👇(1/n)

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