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Figure 7. Dual-map overlay of journals related to bone/cartilage organoids. The citing journals are shown on the left, while the cited journals are
displayed on the right. Different disciplines are indicated by the color of the connecting lines.

A

B

Figure 8. Bibliometric analysis of highly cited references. (A) Co-citation analysis of references related to bone/cartilage organoids. (B) Analysis of
citation bursts within references.

on using engineered callus organoid models to predict on the development of the bone/cartilage organoid field
long bone healing in vivo, contributing to advancements during this period. The organoid research field remains
32
in regenerative medicine. The third paper, “Modeling in its early stages. The application of organoid technology
development and disease with organoids” (2016), had a within biomedical research is relatively recent, particularly
burst strength of 2.78, with its citation burst occurring from in the study of bone/cartilage organoids, which is still
2020 to 2021. This foundational study highlighted the use underdeveloped and has had limited time for significant
of organoids in modeling various developmental processes advancement. In contrast, foundational research and
and diseases, paving the way for future studies on organoid- applications in fields such as stem cell biology and cancer
based disease models. 42 are comparatively well-established. The limited scope and
The top three papers with citation bursts demonstrated smaller research community in bone/cartilage organoid
relatively low burst strengths, limiting their influence studies have constrained the citation rate in this field.

Volume 1 Issue 3 (2025) 8 doi: 10.36922/or.8295