Bioprinting is 3D printing with living cells. It is how scientists are learning to build skin, cartilage, blood vessels and, one day, whole organs. Start here.
Scan & design
Patient scans become digital blueprints of the tissue to print.
Grow cells
Stem cells are multiplied into millions (or billions) of building blocks.
Cells in bioink are deposited layer by layer by extrusion, droplets or light.
Mature
Bioreactors feed and train the tissue until it behaves like the real thing.
Every printed tissue starts with donated cells and a chain of custody. Could a tamper-evident ledger make that chain more… From predicting bioink behavior to generating vascular trees, machine learning is becoming the bioprinter’s co-pilot. Skin is the organ closest to the clinic. Meet in situ printers that print directly onto a wound. The ink is where biology meets engineering. A cheat sheet to the most common bioinks and what each one is… Printed organs make headlines every year. Here is an honest timeline of what exists today, what is in trials, and… A plain-English tour of how a bioprinter turns cells and gels into living structures, and why it is harder than… No, bioprinters can’t print a copy of you. Here is the fun, fact-checked difference between cloning, stem cells and bioprinting. Without gravity, soft tissues don’t collapse as they print. That is why bioprinters have been flown to the International Space… Quantum computers promise to simulate molecules classical machines struggle with. Here is what that could mean for biomaterials, minus the…Latest in Bioprinting
Tracking Living Parts: Blockchain for Biomaterial Provenance
How AI Is Designing Better Bioprints
Skin in the Game: Bioprinted Skin for Burns and Wounds
Bioinks Explained: Hydrogels, Collagen, GelMA and Beyond
The Kidney Question: How Close Are We to Printed Organs?
Bioprinting 101: How Living Tissue Is Printed Layer by Layer
Watch: Bioprinting Explained
Science & Studies
Cloning vs. Bioprinting: Clearing Up the Sci-Fi Confusion
Printing in Space: Bioprinting in Microgravity
Quantum Computing and Protein Folding: What It Means for Tissue Engineering
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