Structure Info
- Chemspace ID
- CSCS06595020978 (Synthesis)
- IUPAC Name
- (1S,3S,4S,5R,6R,7R)-1-[(4R,5R)-4-(acetyloxy)-5-methyl-6-phenylhexyl]-4,7-dihydroxy-6-{[(4E,6R)-6-methyl-9-phenylnon-4-enoyl]oxy}-2,8-dioxabicyclo[3.2.1]octane-3,4,5-tricarboxylic acid
- Mol formula
- C40H50O14
- Mol weight
- 755 Da
- Catalog Number(s)
- HY-125400, T24710
- Copy structure to query editor
- SMILES
- INCHI
- INCHI key
- MOL
Properties
- LogP
- 6.3
- Heavy atoms count
- 54
- Rotatable bond count
- 22
- Number of rings
- 4
- Carbon bond saturation, Fsp3
- 0.525
- Polar surface area (Å)
- 223
- Hydrogen bond acceptors count
- 12
- Hydrogen bond donors count
- 5
- Zoom the structure
- CSCS06595020978
Items Overall 5 items from 3 suppliers
Supplier | Lead time | Ships from | Purity | Pack | Price, $ | Qty |
---|---|---|---|---|---|---|
Targetmol Chemicals Inc | 30 days | United States To: | 90 | 25 mg | 6,770 | |
Targetmol Chemicals Inc | 30 days | United States To: | 90 | 50 mg | 8,980 | |
Targetmol Chemicals Inc | 30 days | United States To: | 90 | 100 mg | 13,000 | |
Description: Zaragozic acid C is an effective inhibitor of squalene synthase.; CAS: 146389-62-0 | ||||||
MedChemExpress | TBD | United States To: | 90 | 1 mg | POA | |
Description: Names: Zaragozic acid C; L-697350; Product Description: Zaragozic acid C (L-697350) is a potent sterol synthase inhibitor with potential antitumor activity. Zaragozic acid C contains multiple hydroxyl and alkyl substituents in its chemical structure, demonstrating complex functionalization capabilities. The synthesis of zaragozic acid C involves a photochemical C(sp3)-H acylation reaction, which resolves the challenging carbon substitution problem in the synthesis .; Target: Endogenous Metabolite; CAS: 146389-62-0 | ||||||
MedChemExpress EU | TBD | Sweden To: | 90 | 1 mg | POA | |
Description: Names: Zaragozic acid C; L-697350; Product Description: Zaragozic acid C (L-697350) is a potent sterol synthase inhibitor with potential antitumor activity. Zaragozic acid C contains multiple hydroxyl and alkyl substituents in its chemical structure, demonstrating complex functionalization capabilities. The synthesis of zaragozic acid C involves a photochemical C(sp3)-H acylation reaction, which resolves the challenging carbon substitution problem in the synthesis; Target: Endogenous Metabolite; CAS: 146389-62-0 |
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