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따개비류 번식 생리 연구를 위한 조직시료 처리에 관한 고찰Histological Processing for Reproductive Physiology Studies in Barnacles: A review

Other Titles
Histological Processing for Reproductive Physiology Studies in Barnacles: A review
Authors
박상영김광수Jayaweera J.M.K.D.B.이동민이희중홍현기
Issue Date
Oct-2025
Publisher
한국수산해양교육학회
Keywords
Key words : Barnacle; Reproductive physiology; Histological processing; Technical guidelines; Decalcification; .
Citation
수산해양교육연구, v.37, no.5, pp 1114 - 1128
Pages
15
Indexed
KCI
Journal Title
수산해양교육연구
Volume
37
Number
5
Start Page
1114
End Page
1128
URI
https://scholarworks.gnu.ac.kr/handle/sw.gnu/80969
DOI
10.13000/JFMSE.2025.10.37.5.1114
ISSN
1229-8999
2288-2049
Abstract
Abstract Barnacles are sessile marine crustaceans with significant ecological and economic impacts, particularly due to their widespread distribution and strong substrate adhesion. Understanding their reproductive physiology is crucial for managing their effects on marine industries and aquaculture. This review examines optimized protocols for tissue sample processing in barnacle reproductive studies, focusing on species native to Korean coastal waters such as Amphibalanus eburneus and Balanus trigonus. Key steps, including sample collection, decalcification, fixation, tissue dissection, processing, embedding, sectioning, staining, and mounting, are detailed, with an emphasis on minimizing tissue damage and maximizing histological clarity. Comparative analysis of decalcification agents, such as commercial Decalcifier and acetic acid–ethanol mixtures, reveals differences in tissue preservation and processing efficiency. The review also discusses challenges unique to barnacle histology, including the removal of calcareous exoskeleton and the preparation of high-quality sections for microscopic evaluation of reproductive structures. The summarized protocols and recommendations aim to enhance reproducibility and reliability in barnacle reproductive biology research, providing a foundation for further studies on their biology and management in marine environments.
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