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1. N#N dinitrogen 2. C(=O)F formyl fluoride-Michael acceptor 3. C(=O)Cl formyl chloride-Michael acceptor 4. C(=O)Br formyl bromide-Michael acceptor 5. O1CC1 oxirane 6. C/N=N/C diazene 7. c1ccc2c(c1)cc1c(c2)cccc1 anthracene 8. C1=CC(=O)C=CC1=O quinone 9. c1cc(ccc1O)O hydroquinone 10. C=CC(=O)C butenone--Michael acceptor 11. CCOOCC O-O heteroatom 12. CCNNCC hydrazine-N-N heteroatom 13. CCNOCC N-O heteroatom 14. C=CCl chloroethane--Michael acceptor 15. C=CF fuoroethane-Michael acceptor 16. C=CBr bromoethane-Michael acceptor 17. C=CC#N acrylonitrile-Michael acceptor 18. C=C[N+](=O)[O-] nitroethene-Michael acceptor 19. CCSSCC disulfane-S-S heteroatom 20. c1ccc2c(c1)OCO2 benzo-dioxane 21. N(C(=S)NC)C thiourea 22. c1(c(ccs1)C(=O)C)N 2-amino-3-carbonyl thiophene 23. c1cc(c(cc1)O)O catechol 24. s1c(ncc1)N aminothiazole 25. S1C(=S)NC(=O)C1 rhodanine
In this Step the following graphical represenations are presented: PCA2 vs PCA1 Principle Component Analysis (PCA) first component (PCA1) against the second component (PCA2), based on the tanimoto coefficient (distance). PSA vs logPLogarithm of the calculated Partition coefficient (logP) against the Polar Surface Area (PSA). PSA vs MW Molecular Weight (MW) against the Polar Surface Area (PSA). logP vs MWMolecular Weight (MW) against Logarithm of the calculated Partition coefficeint (logP). Plots are created by using the Raphaël javascript library.
Final Step.
Launched on Dec 30th, 2011 Updated on Sep 27th, 2019