100
functionality at C-9 were isolated (285, 290, 291, 293, 297, and 537), while the coisolated compounds 305 and 306 have a carbonyl group at C-9. Sample 2 exhibited
the occurrence of guaiane (786), eudesmane (792), triterpenoid (828), and monoterpenoid (876) derivatives. This species seems to be relatively uniform in chemical
composition and thus is representative of only a very small diversity.
Plate 10 Photograph of
L. wilsoniana
Table 12 Samples 1–4 of L. wilsoniana and their chemical constituents
No.
Specimen
number
Collection
place
Elevation
(m)
1,10-Epoxy
tricyclic
eremophilanes
1,10-Epoxy-9one tricyclic
eremophilanes
Others Ref.
1
2013-01
Nanchuan
(C)
2100
−
305, 306, 308
−
[163]
2
2013-10
Chengkou
(C)
1900
285, 290, 291,
293, 297, 537
−
786,
792,
828,
876
[163]
3
2013-27
Chengkou
(C)
1700
−
305, 306, 308
−
[163]
4
2013-32
Wuxi (C) 1800
−
306, 308
865
[163]
M. Tori and C. Kuroda
functionality at C-9 were isolated (285, 290, 291, 293, 297, and 537), while the coisolated compounds 305 and 306 have a carbonyl group at C-9. Sample 2 exhibited
the occurrence of guaiane (786), eudesmane (792), triterpenoid (828), and monoterpenoid (876) derivatives. This species seems to be relatively uniform in chemical
composition and thus is representative of only a very small diversity.
Plate 10 Photograph of
L. wilsoniana
Table 12 Samples 1–4 of L. wilsoniana and their chemical constituents
No.
Specimen
number
Collection
place
Elevation
(m)
1,10-Epoxy
tricyclic
eremophilanes
1,10-Epoxy-9one tricyclic
eremophilanes
Others Ref.
1
2013-01
Nanchuan
(C)
2100
−
305, 306, 308
−
[163]
2
2013-10
Chengkou
(C)
1900
285, 290, 291,
293, 297, 537
−
786,
792,
828,
876
[163]
3
2013-27
Chengkou
(C)
1700
−
305, 306, 308
−
[163]
4
2013-32
Wuxi (C) 1800
−
306, 308
865
[163]
M. Tori and C. Kuroda