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Biofabrication focuses on cutting-edge research regarding the use of cells, proteins, biological materials and biomaterials as building blocks to manufacture biological systems and/or therapeutic products. Emphasis is on the development of fabrication technologies, modelling of the fabricated constructs and maturation of biofabricated objects towards the intended tissue types. It includes the following topics: Cell, tissue and organ printing, patterning and assembly for in vitro cell models and tissue models for tissue precursors, analogs and substitutes as disease models as drug/toxicological screening models Biofabricated cell/biological material-integrated systems and medical devices biochips and biosensors cell-laden microfluidic devices cell/tissue/lab/organ-on-a-chip Novel 3D tissue scaffold fabrication convergence of (bio)fabrication technologies novel processes for complex scaffolds and surface engineering bioactive and bioinspired tissue scaffolds engineering 'active and reactive' interfaces within hierarchical structures direct and indirect fabrication methods...etc.
Publishing Model：Subscription
ISSN：1758-5082
|EISSN：1758-5090
|Publication Frequency：Four times a year
|Last updated on 01 Jun 2026 / Current volume： 声躭 / Current issue： 缗
More Details
Biomedical Engineering
Impact Factor
Journal Impact Factor(JIF) 2024
躭.蔡
Journal Citation Indicator(JCI) 2024
声.鋺䟕
Web of Science Rank 2024:
胦嵻穫乊葤喊嵻欄偌 偌。喊乊沟。乊, 愨喊鵣胦嵻穫乊葤喊嵻欄偌
# 声缗/逦逦
79.09%
Q1
乊沟佥喊沟乊乊葤喊沟佥, 愨喊鵣胦乊枀喊。嵻欄
# 声逦/声缗鋺
88.31%
Q1
CiteScore Metrics
CiteScore 2024
声杚.鋺
=
炆䟕杚蔡 Citation （2022-2024）
逦声炆 Article （2022-2024）
CiteScore Rank 2024
愨嚷肃桧㛁蠹陱嚷详锆㥌续
# 杚声/鋺鋺声
92.97%
Q1
愨嚷肃陱蠹罒嚷桧囹⻊ 乊鵃茡嚷鵃蠹蠹㥌嚷鵃茡
# 缗䟕/杚缗杚
91.02%
Q1
愨嚷肃锆蠹桧㛁鵃肃⻊肃茡续
# 杚蔡/杚声鋺
90.45%
Q1
愨嚷肃陱囹锆蠹㥌嚷囹⻊详
# 声篫/声鋺蔡
87.86%
Q1
愨嚷肃蠹鵃茡嚷鵃蠹蠹㥌嚷鵃茡
# 缗蔡/声炆杚
87.73%
Q1
