Bioprint Academy

#Bioprinting online courses and resources for #researchers, #students, professionals of all ages

[Bioprint Academy @SE3Dedu]

Nanoscribe and Advanced BioMatrix offer four new bioresins https://t.co/qyVBluvyzV

[Bioprint Academy @SE3Dedu]

L’Oréal and University of Oregon’s 3D Bioprinting Breakthrough in Skin Models https://t.co/Kg9oxH0UZn

[Bioprint Academy @SE3Dedu]

#Bioprinting market expected to grow double digit CAGR to $4.28B by 2032 https://t.co/QJ2DcSWIs3

[Bioprint Academy @SE3Dedu]

Impressive to see how much progress India has made in the field of bioprinting. Check out this @Nature article by Neha Jain https://t.co/zmn24u9rwi

[Bioprint Academy @SE3Dedu]

Recently published review article on #bioprinting and use of #stemcells for spinal cord injury and nerve regeneration. Despite the progress we made, there is still a long road ahead... https://t.co/7ch0XyhEU4

[Stefaan Verbruggen @DocBruggsBunny]

Advances in #organchip research come almost daily, so I enjoyed taking some time to highlight the most exciting recent leaps forward for @Tech_Networks!

Unlocking the Future of Medicine: Recent Advances in Organ-on-a-Chip Technology | Technology Networks https://t.co/2dQMTXgn5a

[International Journal of Bioprinting - IJB @IJB_ASP]

👏New Paper Published "Lightweight load-bearing heat dissipation multifunctional #pomelo peel-inspired structures fabricated by #laser powder bed fusion"
By Dongdong Gu et al.
Read it here #OpenAccess: https://t.co/fIRyTAQ5b7

[Bioprint Academy @SE3Dedu]

Groundbreaking #3dbioprinting collaboration in West Virginia will propel the biomedical sector in the region supporting biomaterials processing, POC facility and training https://t.co/O2CdZc6usc

[Bioprint Academy @SE3Dedu]

Researchers at University of Winsconsin-Madison are #bioprinting human #brain tissue model to study #neurodegenerative diseases like Alzheimers and Down Syndrome https://t.co/0lDJpAbtK4

[Bioprint Academy @SE3Dedu]

Researchers at CHU Sainte-Justine in Canada creates heart-on-a-chip model using #bioprinting with gelMA and AlgMA #biomaterial https://t.co/DDF8rMHS0e

[Bioprint Academy @SE3Dedu]

Volumetric #bioprinting opens more possibilities to complex tissue models with clinical relevance, this exciting research @RMutrecht by @pau_bernal1 paves the way https://t.co/DTxFQ66hCL

[Bioprint Academy @SE3Dedu]

Korean researchers from SungKyunKwan University creates engineered 3D #liver tissue using #bioprinting process with electrical simulation https://t.co/NxBPSL7nMk

[Bioprint Academy @SE3Dedu]

State-of-the-art review on 3D #bioprinting strategies re-creating structural and functional aspects of liver tissue https://t.co/lkLA2mMd15

[Bioprint Academy @SE3Dedu]

Edinburg based startup using #bioprinting technology to build #tumor environment to help cure cancer in the future #femalefounder https://t.co/dD1r1yxD60

[Khoon Lim @Khoonono]

New paper alert led! Check out our latest work led by @LindbergLabs on using biofabrication to control oxygen tension in engineered cartilage constructs @Tim_WoodfieldNZ @Biofabwue @juergengroll @Bramzelll @AxeNorb #biomaterials #biofabrication @ASBTE1 @ISBioFab

[Ali Khademhosseini @khademh]

Use this link to register for our upcoming Innovation summit. Should he an amazing event. ⁦@TerasakiInst⁩ https://t.co/NELTRn4uX1

[Bioprint Academy @SE3Dedu]

Another great example of #biohacking affordable bioprinters to tackle climate change challenges we face https://t.co/5TgRIyHBMc

[Ionov Lab @IonovLab]

Our Press Release https://t.co/wdIWyXuIj2 is out, highlighting our latest work on hands-free 3D (bio)printing integrated touch-spinning https://t.co/5sDFU0TIae! This work investigates how bioink's rheological properties influence cell behavior along the fibers. Check us out!

[Organoid News @organoidscience]

Today in @NatureComms, researchers described the generation of #trophoblast #organoids.

Their trophoblast models allow the evaluation of compound transfer and toxicity, which will facilitate drug development.

💬 More here: https://t.co/fzt1ed3PJu

[Bioprint Academy @SE3Dedu]

Bioprinting breakthrough: Tech platform creates 3D neural tissues in which neurons and glia connect https://t.co/PNuaJbKVx4