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Academia Sinica highly values academic freedom and freedom of speech and encourages our colleagues to provide opinions on and propose solutions to key social issues. Nonetheless, research findings and opinions expressed independently by our colleagues do not necessarily reflect the official position of Academia Sinica. We expect all colleagues to adhere to academic norms and take responsibility by citing sources and ensuring accuracy when publishing independently. Research findings and opinions provided on behalf of Academia Sinica should be published according to established procedures.

#Organismic Biology
No Start Date Title Department Category
1 2024-07-17 Appendageal Structures Speed up Wound Healing Response in Adult Zebrafish Institute of Cellular and Organismic Biology Research Findings
2 2024-06-13 Chromosomal Rearrangements and the Origins of Animal Diversity: From Hemichordate Genome Assemblies to the Evolution of Deuterostome Chromosomal Architectures Institute of Cellular and Organismic Biology Research Findings
3 2024-06-11 Earthquakes Shake up Kueishan Island: Spatiotemporal Uncovering the Secrets of Shallow-water Vent Discharge and Its Interplay with Surrounding Marine Habitats Institute of Cellular and Organismic Biology Research Findings
4 2024-06-07 Whole-body Replacement Mechanism Generates Adult Muscle Tissues in the Zebrafish Model Institute of Cellular and Organismic Biology Research Findings
5 2023-12-04 A breakthrough for treating genetic skeletal dysplasia Institute of Cellular and Organismic Biology Research Findings
6 2023-11-27 The Heart's Journey of maturation: The Epigenetic Architect Role of RNF20 Institute of Cellular and Organismic Biology Research Findings
7 2022-03-07 Mating-driven variability in olfactory local interneuron wiring Institute of Cellular and Organismic Biology Research Findings
8 2021-02-19 Protein instability links to intellectual disability – a breakthrough in the cerebral development Institute of Biological Chemistry Research Findings
9 2017-03-30 Histone H2B mono-ubiquitylation (H2Bub) contributes to DNA damage bypass, implications for genome integrity research Institute of Cellular and Organismic Biology Research Findings
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