Ειδοποίηση Μελετητή:[ intitle:Bioprinting ]
Study of gelatin as an effective energy absorbing layer for laser bioprinting.
R Xiong, Z Zhang, W Chai, DB Chrisey, Y Huang - Biofabrication, 2017
Abstract Laser-induced forward transfer printing, also commonly known as laser printing,
has been widely implemented for three-dimensional bioprinting due to its unique orifice-free
nature during printing. However, the printing quality has the potential to be further improved
has been widely implemented for three-dimensional bioprinting due to its unique orifice-free
nature during printing. However, the printing quality has the potential to be further improved
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BONE TISSUE BIOPRINTING FOR CRANIOFACIAL RECONSTRUCTION
P Datta, V Ozbolat, B Ayan, A Dhawan, IT Ozbolat - Biotechnology and …, 2017
Abstract Craniofacial (CF) tissue is an architecturally complex tissue consisting of both bone
and soft tissues with significant patient specific variations. Conditions of congenital
abnormalities, tumor resection surgeries, and traumatic injuries of the CF skeleton can result
and soft tissues with significant patient specific variations. Conditions of congenital
abnormalities, tumor resection surgeries, and traumatic injuries of the CF skeleton can result
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Development of a cell-laden thermosensitive chitosan bioink for 3D bioprinting
J Ku, H Seonwoo, K Jang, S Park, JH Chung - 한국농업기계학회 학술발표논문집, 2017
3D bioprinting is a technology to produce complex tissue constructs through printing living
cells with hydrogel in a layer-by-layer process. To produce more stable 3D cell-laden
structures, various materials have been developed such as alginate, fibrin and gelatin.
cells with hydrogel in a layer-by-layer process. To produce more stable 3D cell-laden
structures, various materials have been developed such as alginate, fibrin and gelatin.
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A 3D bioprinting system and plasma-surface modification to fabricate tissue engineering scaffolds
GH Kim - 한국표면공학회 학술발표회 초록집, 2017
The achievement of tissue engineering can be highly depending on the capability to
generate complicated, cell seeded three dimensional (3D) micro/nano-structures. So,
various fabrication techniques that can be used to precisely design the architecture and
generate complicated, cell seeded three dimensional (3D) micro/nano-structures. So,
various fabrication techniques that can be used to precisely design the architecture and
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