Fig. 14. Synthetic derivatives of CA-4 (1): These are produced by replacement, substitution, and modification at both the cis-olefinic bond and the aromatic rings of 1. N-acyl hydrazone CA-4 (4), azo CA-4 (3), 1, 3, 4, oxadiazole CA-4 (9), benzoxazole CA-4 (8) which are produced by replacement and modifications at the olefinic group. Through modifications to the cis-olefinic bond and aromatic rings of CA-4, analogs such as 2 and 7 (benzothiazole derivatives of CA-4 with fluorine), 5 and 6 (imidazole and indole derivatives of CA-4) are also synthesized.Published as part of Teka, Tekleab, Zhang, Lele, Ge, Xiaoyan, Li, Yanjie, Han, Lifeng & Yan, Xiaohui, 2022, Stilbenes: Source plants, chemistry, biosynthesis, pharmacology, application and pro...
Fig. 8. Structures of representative heptameric and octameric stilbenes.Published as part of Teka, T...
Fig. 17. Synthetic non-steroidal estrogens derived from synthetic trans- resveratrol derivatives.Pub...
Fig. 9. Photochemical behavior of stilbenes.Published as part of Teka, Tekleab, Zhang, Lele, Ge, Xia...
Fig. 15. Chemical synthesis of resveratrol derivatives: The derivatives 3,4′,5-trimethoxy-cis-stilbe...
Fig. 5. Structures of representative trimeric stilbenes.Published as part of Teka, Tekleab, Zhang, L...
Fig. 2. Basic structures of stilbenes.Published as part of Teka, Tekleab, Zhang, Lele, Ge, Xiaoyan, ...
Fig. 11. Biosynthesis of stilbenes in plant suspension cell culture: plants with a high stilbene con...
Fig. 13. Combretastatin A (CA-4) and its potential anticancer synthetic derivatives.Published as par...
Fig. 6. Structures of representative tetrameric stilbenes.Published as part of Teka, Tekleab, Zhang,...
Fig. 3. Structures of representative monomeric stilbenes.Published as part of Teka, Tekleab, Zhang, ...
Teka, Tekleab, Zhang, Lele, Ge, Xiaoyan, Li, Yanjie, Han, Lifeng, Yan, Xiaohui (2022): Stilbenes: So...
Fig. 4. Structures of representative dimeric stilbenes.Published as part of Teka, Tekleab, Zhang, Le...
Fig. 12. Biosynthesis of stilbenes in microbes: For high production of stilbenes in microbes such as...
Fig. 10. Biosynthesis pathway of stilbenes in plants: Phenylalanine and tyrosine amino acids are pro...
Fig. 7. Structures of representative pentameric and hexameric stilbenes.Published as part of Teka, T...
Fig. 8. Structures of representative heptameric and octameric stilbenes.Published as part of Teka, T...
Fig. 17. Synthetic non-steroidal estrogens derived from synthetic trans- resveratrol derivatives.Pub...
Fig. 9. Photochemical behavior of stilbenes.Published as part of Teka, Tekleab, Zhang, Lele, Ge, Xia...
Fig. 15. Chemical synthesis of resveratrol derivatives: The derivatives 3,4′,5-trimethoxy-cis-stilbe...
Fig. 5. Structures of representative trimeric stilbenes.Published as part of Teka, Tekleab, Zhang, L...
Fig. 2. Basic structures of stilbenes.Published as part of Teka, Tekleab, Zhang, Lele, Ge, Xiaoyan, ...
Fig. 11. Biosynthesis of stilbenes in plant suspension cell culture: plants with a high stilbene con...
Fig. 13. Combretastatin A (CA-4) and its potential anticancer synthetic derivatives.Published as par...
Fig. 6. Structures of representative tetrameric stilbenes.Published as part of Teka, Tekleab, Zhang,...
Fig. 3. Structures of representative monomeric stilbenes.Published as part of Teka, Tekleab, Zhang, ...
Teka, Tekleab, Zhang, Lele, Ge, Xiaoyan, Li, Yanjie, Han, Lifeng, Yan, Xiaohui (2022): Stilbenes: So...
Fig. 4. Structures of representative dimeric stilbenes.Published as part of Teka, Tekleab, Zhang, Le...
Fig. 12. Biosynthesis of stilbenes in microbes: For high production of stilbenes in microbes such as...
Fig. 10. Biosynthesis pathway of stilbenes in plants: Phenylalanine and tyrosine amino acids are pro...
Fig. 7. Structures of representative pentameric and hexameric stilbenes.Published as part of Teka, T...
Fig. 8. Structures of representative heptameric and octameric stilbenes.Published as part of Teka, T...
Fig. 17. Synthetic non-steroidal estrogens derived from synthetic trans- resveratrol derivatives.Pub...
Fig. 9. Photochemical behavior of stilbenes.Published as part of Teka, Tekleab, Zhang, Lele, Ge, Xia...