- An Electric Speed Control for DC motorsPosted 1 week ago
- The BF 15+15W open source power ampPosted 4 weeks ago
- The Strato Pi UPS boardPosted 1 month ago
- Analyzing Semiconductor with a set of simple toolsPosted 2 months ago
- A RTC SHIELD for Arduino and Raspberry Pi, second partPosted 2 months ago
- A RTC SHIELD for Arduino and Raspberry PiPosted 2 months ago
- A Car Battery Level Indicator that plugs in your cigar lighter socketPosted 2 months ago
- TORPEDO: an all-purpose switched-mode power supplyPosted 3 months ago
- The SEPIC switching convertersPosted 3 months ago
- Discover and Design innovative applications in Wireless Power with UsPosted 3 months ago
3D Printing Liquids That Stay Liquid!
This current research is focused on the biodegradable scaffolds that are a prerequisite for all living tissue engineering as a base structure on which living cells are deposited and ‘grown’. Traditionally, research in this area has utilized scaffolds that are constructed from biologically-friendly, biodegradable solids or gels onto which the living cells are introduced. However, these solid and gel states do have limitations in terms of control and efficient growth of the cells — a liquid scaffold is one way that these limitations could be minimized and this is precisely what the team at Oxford has been working on.
Go look the awesome video in the webpage!