#TUD / #mdr:
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Dresdner Forschende ernähren Algen mit Mond- und Marsgestein
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"Eine Dresdner Forschergruppe erprobt den 3D-Druck von lebenden Strukturen mit Mikroalgen. Sie könnten eines Tages dabei helfen, Wasser, Luft und Nahrung für Mond- und Marsreisende bereitzustellen."

https://www.mdr.de/wissen/astronomie-raumfahrt/ueberleben-im-weltall-dresdner-forscher-ernaehren-algen-mit-mond-und-marsstaub-100.html

4.12.2025

#3DBioprinting #3DDruck #Astronautik #Dresden #Lebenserhaltung #Mars #Mikroalgen #Raumfahrt #Regolith #SpaceFlght

Überleben im Weltall: Dresdner Forschende testen, was auf Mond- und Marsgestein wächst

Eine Dresdner Forschergruppe erprobt den 3D-Druck von lebenden Strukturen mit Mikroalgen. Sie könnten eines Tages dabei helfen, Wasser, Luft und Nahrung für Mond- und Marsreisende bereitzustellen.

MDR
Precise Bio Reveals Scalable 3D Bioprinting Process After First Human Cell-Printed Cornea Transplant « Fabbaloo

A company has deployed a scalable process to 3D print human corneas.

Fabbaloo
UBCO researchers have 3D-printed living lung tissue! Science is just awesome! #UBCO #3DBioprinting #Biotechnology #Science #ResearchSky

UBCO researchers create 3D-pri...
UBCO researchers create 3D-printed living lung tissue - UBC's Okanagan News

Printed tissue enables better testing of drugs and disease pathways

UBC's Okanagan News

✔️ BioForge: On-Demand 3D Bioprinting of Human Organs & Tissues

✨A breakthrough medical technology that allows hospitals and research centers to 3D print fully functional human organs and tissues on demand, eliminating donor shortages and saving millions of lives.

#3DBioprinting #RegenerativeMedicine #OnDemandOrganPrinting #HealthcareInnovation #StemCellTechnology

An ESA-backed project aims to study cell growth in microgravity, advancing 3D bioprinting for space missions and biomedical research

https://www.chemistryviews.org/bioprinter-could-soon-generate-body-parts-in-space/

#chemistry #chemistryviews #chemviews #bioprinting #3dbioprinting #spacescience

Bioprinter Could Soon Generate Body Parts in Space - ChemistryViews

Bioprinter Could Soon Generate Body Parts in Space: A new ESA-backed project aims to study cell growth in microgravity, advancing 3D bioprinting for space missions and biomedical research.

ChemistryViews

#MOS3S: #Microfluidic-assisted #OpenSource #3Dbioprinting system for the engineering of hierarchical #tissues:

-#3dprinted parts
-#syringe #pumps
-fabrication of cm scale lattice constructs

https://doi.org/10.1016/j.ohx.2024.e00527
#DIYbio #lab #instruments #hydrogel #bioprinter #tissue

What does this mean for us? It signifies a possibility to decode the intricate web of human neural networks, an opportunity to model pathological processes, and a new horizon for drug testing platforms. Innovation at its finest! 👏

🔭 The horizon for what we can achieve together in science is expanding, and together, we are turning potential into progress.

#Neuroscience #3DBioprinting #CellStemCell#Innovation #ScientificResearch
👉 Follow me for weekly updates: #BioinformaticianNextDoor

3D Bioprinting Assembles Functional Human Brain Tissue for The First Time  
Scientists have developed a 3D bioprinting platform that assembles functional human neural tissues............
#3Dbioprinting #Bioprinting #brain #neurons #TissueEngineering
Umesh Prasad

https://www.scientificeuropean.co.uk/technology/3d-bioprinting-assembles-functional-human-brain-tissue-for-the-first-time/

3D Bioprinting Assembles Functional Human Brain Tissue for The First Time  

Scientists have developed a 3D bioprinting platform that assembles functional human neural tissues. The progenitor cells in the printed tissues grow to form neu

Scientific European

£500 open source human-skin printer made from Lego

https://www.inkl.com/a/waopnXhqZXq

#lego #MindStorms #3DBioPrinting

We built a human-skin printer from Lego and we want every lab to use our blueprint

Sourcing human tissue samples for biological investigations isn’t always easy. While they are ethically obtained through organ donation or from tissue that’s removed during surgical procedures, scientists are finding them increasingly difficult to get hold of.

inkl