Innovations in Bioprinting

Connecting interdisciplinary teams to accelerate R&D

Collaboration

The field of Bioprinting requires advanced skills in multiple disciplines. 3DP.bio serves as a hub for collaboration and sharing. Scientists, engineers, programmers, artists, and designers all contribute to the field and to this site. Teams can post lab notes, data, and other research to freely share with their lab members, selectively share with 3DP.bio members, and optionally release publicly. 

BENEFITS

Build Your Team

Create a 3DP.bio team from your current lab members or build new teams with site members

Take Better Lab Notes

Create media rich lab notes with easily added images, videos, tables, and more. Supports drag-and-drop layouts, mobile devices, and Google Suite integration.

Share Knowledge

Share the latest progress with your team in real time. Share what you choose with site members. Publicize your work to the public when you are ready.

Accelerate your R&D

Ask questions of other 3DP.bio members. Benefit from the mutually supportive sharing of pre-published research. Accelerate advances the fields of medicine, material engineering, art, and design.

PROJECT HIGHLIGHTS

Biocement

3D Bacterial Cellulose

DLP 3D Scaffolds

3DP Plant Cells  

RESEARCH TOPICS

Hardware

The development of custom 3D printing hardware is a primary area or research.

Software

The need to define unique geometry and exercise precise control of non-standard printing processes often require custom software.

materials

The demand for high-resolution features, bio-compatibility, and other properties often necessitates application specific material engineering. 

Bioreactors

Growing cells into three dimensional structures often requires novel bioreactors to support living materials.

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