Protective role of Stokeyia indica in liver dysfunction and associated complications in acetaminophen intoxicated rats

Clinical Phytoscience

International Journal of Phytomedicine and Phytotherapy

Table 4 GC-MS of Fraction F46 from Stokeyia indica

Scan No.	Systematic Name	Common Name	Molecular Formula	Mol. Wt.	Retention Time	Mass & Fragmentation Pattern
328	Methyl-n-nonadecanoate		C₂₀H₄₀O₂	312	15.53	GC-MS m/z: rel. Inten: 312 (M⁺, 7%), 269 (M⁺ − 2, 43%), 257 (M⁺ − 55, 60%), 239 (M⁺ − 73, 38%), 227 (M⁺ − 85, 3%), 213 (M⁺ − 99, 9%), 199 (M⁺ − 113, 2%), 185 (M⁺ − 127, 7%), 171 (M⁺ − 141, 5%), 157 (M⁺ − 155, 4%), 143 (M⁺ − 169, 3%), 129 (M⁺ − 183, 26%), 116 (M⁺ − 196, 9%), 97 (M⁺ − 215, 9%), 85 (M⁺ − 227, 10%), 73 (M⁺ − 239, 24%), 56 (M⁺ − 256, 100%), 41 (M⁺ − 271, 28%).
409	Methyl-hexeicosanoate (methyl hexeicosanoate)		C₂₂H₄₄O₂	340	18.63	GC-MS m/z: rel. Inten: 340 (M⁺, 11%), 285 (M⁺ − 55, 66%), 267 (M⁺ − 73, 37%), 241 (M⁺ − 99, 13%), 227 (M⁺ − 113, 4%), 199 (M⁺ − 141, 3%), 185 (M⁺ − 155, 13%), 171 (M⁺ − 169, 6%), 143 (M⁺ − 197, 3%), 129 (M⁺ − 211, 30%),116 (M⁺ − 224, 10%), 97 (M⁺ − 243, 11%), 83 (M⁺ − 257, 15%), 73 (M⁺ − 267, 32%), 56 (M⁺ − 284, 100%), 43 (M⁺ − 297, 32%).