Here's an interesting paper using lithography-based printing to create microcage building blocks that can be loaded with hydrogels and assembled into various structures for tissue engineering applications: https://t.co/D6PTE3Y3LX #bioe610 @bioe610
Minicubos 3D como andamios para recomponer huesos rotos https://t.co/RDJl0Hycnn https://t.co/CxuntRGKUR
RT @AdvSciNews: These red stained cells, have infiltrated a novel, 3D printed scaffold. The scaffolds can be stacked and connected, opening…
RT @AdvSciNews: These red stained cells, have infiltrated a novel, 3D printed scaffold. The scaffolds can be stacked and connected, opening…
These red stained cells, have infiltrated a novel, 3D printed scaffold. The scaffolds can be stacked and connected, opening up new possibilities for biological tissue engineering @OHSUNews @MansoorifarAmin Read the article: https://t.co/UiaWvDCEwC https:/
#3Dprinting #3DPrintingMaterials #bioprinting 3D Printing of Microgel‐Loaded Modular Microcages as Instructive Scaffolds for Tissue Engineering https://t.co/lUV8jIngjJ
అసలు కణజాలం పెరిగేవరకు తాత్కాలికంగా సపోర్ట్ చేసే ఈ ఇటుకల నిర్మాణం వాడటానికి సులువుగా ఉంటుంది; లెగోస్ బ్లాకులాలా గా దీన్ని పేర్చి అవసరం బట్టి ఏ రకమైన పరిస్థితిలో నైనా కావాల్సిన సంక్లిష్టత, కొలతలకు మ్యాచ్ అయ్యేలా తయారు చేసుకోవచ్చు. Source: https://t.co/q8dXe