Retrosynthetic Analysis of Compound 13 from Rhizopus sp. W23
Chadwick International School, Yeonsu-gu, Incheon, Republic of Korea
Abstract
Compound 13 from Rhizopus sp. W23 is a recently discovered molecule in the deep sea, with a C25 steroid structure and possessing an unusual 7/7/6/5 tetracyclic structure bicyclo [4.4.1] scaffold. This structure significantly deviates from the conventional canonical cyclopentanoperhydrophenanthrene, and no complete retrosynthetic analysis for this molecule has been reported in the literature. A recent study suggests that this compound has the potential to treat osteoporosis by inhibiting adipogenic different iation and osteoblast mineralization, albeit with moderate toxicity. In this work, a detailed retrosynthetic pathway of compound 13 is proposed by identifying key disconnections, strategic intermediates, and synthetic equivalents.
Keywords
Keywords: Retrosynthesis; Rhizopus sp. W23; Compound 13; Osteoporosis; Natural Product
Introduction
Retrosynthetic analysis is a foundational tool for planning complex molecule synthesis. Microbial-derived targets often require specialized attention to functional group density and stability.
Conclusion
The proposed retrosynthetic plan provides a structured approach to compound 13 and identifies the most critical transformations to test first. Laboratory execution should confirm feasibility and refine protecting-group and coupling tactics.
How to Cite
Song, Yoonje. Retrosynthetic Analysis of Compound 13 from Rhizopus sp. W23. Journal of Youth Impact. April 2026; 1(Issue 2). DOI: https://doi.org/10.66245/jyi.v1.i2.006