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Tissue Spheroids as Building Blocks: A Scientometric Analysis
Table 3. Top ten cited Scopus publications related to tissue spheroids as building blocks in the Biofabrication category.
S. Title Authors Year Source Scopus
No. cites
1 Accessible bioprinting: Adaptation Reid, JA; Mollica, PA; 2016 Biofabrication 8 60
of a low-cost 3D-printer for precise Johnson, GD; Ogle, RC; (2), 025017
cell placement and stem cell Bruno, RD; Sachs, PC.
differentiation [25]
2 Towards Single-Step Biofabrication of Knowlton, S; Yenilmez, B; 2016 Trend in 58
Organs on a Chip via 3D Printing [26] Tasoglu, S. Biotechnology 34
(9), 685-688
3 Airflow-Assisted 3D Bioprinting Zhao, H; Chen, Y; Shao, 2018 Small 14 (39), 51
of Human Heterogeneous L; Xie, M; Nie, J; Qiu, J; 1802630
Microspheroidal Organoids with Zhao, P; Ramezani, H; Fu, J,
Microfluidic Nozzle [27] Ouyang, H; He, Y.
4 Human iPS derived progenitors Ng SS; Saeb-Parsy, K; 2018 Biomaterials 47
bioengineered into liver organoids Blackford, SJI; Segal, JM; 182, 299-311
using an inverted colloidal crystal Serra, MP; Horcas-Lopez,
poly (ethylene glycol) scaffold [41] M; No, DY; Mastoridis, S;
Jassem, W; Frank, CW; Cho,
NJ; Nakauchi, H; Glenn, JS;
Rashid, ST.
5 Microfabrication of scaffold-free Akkouch, A; Yu, Y; Ozbolat, 2015 Biofabrication 7 47
tissue strands for three-dimensional IT. (3), 031002
tissue engineering [42]
6 Printing cancer cells into intact Phamduy, TB; Sweat, RS; 2015 Integrative 35
microvascular networks: A model for Azimi, MS; Burow, ME; Biology 7 (9),
investigating cancer cell dynamics Murfee, WL; Chrisey, DB. 1068-1078
during angiogenesis [43]
7 Billion-scale production of Yamashita, T; Takayama, K; 2018 Biochemical 24
hepatocyte-like cells from human Sakurai, F; Mizuguchi, H. and Biophysical
induced pluripotent stem cells [44] Research
Communications
496 (4),
1269-1275
8 3D printing of gelatin Ye, W; Li, H; Yu, K; Xie, C; 2020 Materials & 23
methacrylate-based nerve guidance Wang, P; Zheng, Y; Zhang, P; Design 192,
conduits with multiple channels [45] Xiu, J; Yang, Y; Zhang, F; He, 108757
Y; Gao, Q.
9 Microcavity arrays as an in vitro Wuchter, P; Saffrich, R; 2016 Cell Tissue 18
model system of the bone marrow Giselbrecht, S; Nies, C; Research 364
niche for hematopoietic stem cells [46] Lorig, H; Kolb, S; Ho, AD; (3), 573-584
Gottwald, E.
10 Primary-like human hepatocytes Herzog, N; Hansen, M; 2016 Cell Biology 17
genetically engineered to obtain Miethbauer, S; Schmidtke, International 40
proliferation competence display KU; Anderer, U; Lupp, A; (3), 341-353
hepatic differentiation characteristics Sperling, S; Seehofer, D;
in monolayer and organotypical Damm, G; Scheibner, K;
spheroid cultures [47] Küpper, JH

The most prolific journals with publications on publications (3%), followed by Methods in Molecular
the use of tissue spheroids as building blocks were Biology and Scientific Reports with 5 publications (3%)
detected (Figures 4C and 5C). For overall publications, each. The six most prolific journals in the Seeding
Biofabrication was the most prolific journal with 6 category were the Cells, Chinese Journal of Tissue

198 International Journal of Bioprinting (2022)–Volume 8, Issue 3