. Biochemical systematics. Biochemical variation; Botany. p. 163 Aconitine contains a C^ methoxyl group. p. 176 Ceveratrum and jerveratrum skeletons contain OH at Ci-,- CHo °touds at ^10- *^13' ^20 andC25 p. 197 Rotenone C2-C3 bond is saturated, p. 200 Apigenin lacks 3' -OH. p. 216 Structure 2 has 3-OH. 5-OCH3 substituents; pinostrobin has 7-OCH. structure 5 should read flavanonols. "*' p. 217 Aromadendrin has C5 and C, hydroxy] and C4 keto groups; 4- substituent in conidendrm should be OH. p. 226 Embelin ring is unsaturated. p. 249 Should read hecogenin skeleton. p. 257 Cardenolid 5-memb
. Biochemical systematics. Biochemical variation; Botany. p. 163 Aconitine contains a C^ methoxyl group. p. 176 Ceveratrum and jerveratrum skeletons contain OH at Ci-,- CHo °touds at ^10- *^13' ^20 andC25 p. 197 Rotenone C2-C3 bond is saturated, p. 200 Apigenin lacks 3' -OH. p. 216 Structure 2 has 3-OH. 5-OCH3 substituents; pinostrobin has 7-OCH. structure 5 should read flavanonols. "*' p. 217 Aromadendrin has C5 and C, hydroxy] and C4 keto groups; 4- substituent in conidendrm should be OH. p. 226 Embelin ring is unsaturated. p. 249 Should read hecogenin skeleton. p. 257 Cardenolid 5-membered rings are separated by a bond. Gentiopicrin structure has now been proposed: ^„ OH Loganin structure has now been proposed: p. 265 a-Santonin should appear as dienone. p. 277 Betanidin carboxyl groups are Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original Alston, Ralph E; Turner, B. L. (Billie Lee), 1925-. Englewood Cliffs, N. J. , Prentice-Hall
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