Published July 31, 2019 | Version v1

Table 1 in Evolution of phytochemical diversity in Pilocarpus (Rutaceae)

  • 1. Cornell University, L. H. Bailey Hortorium, Section of Plant Biology, School of Plant Sciences, Cornell University, Ithaca, NY, USA

Description

Table 1 Phylogenetic signal of presence/absence of chemical traits using the D-metric.

CompoundsDP (D = 1)P (D = 0)
Imidazole Alkaloids
A12.2250380.7040.108
A2−2.0747120.040.833
A31.8560380.8540.017
Pilocarpine (A4)0.57626070.3840.375
A5−0.17499720.180.585
A6−1.3669920.1510.609
A7−2.0978080.1720.632
A8−2.4645680.0250.899
A91.2066660.4950.247
A101.290050.5140.265
A11−2.5451280.1690.641
A12−0.04857980.2020.516
A131.071270.480.196
A140.27658160.1670.532
A15−2.0286210.1480.639
A16−2.6590280.0270.891
A171.9972860.80.054
A18−4.957525<0.0010.802
A19−6.42181<0.0010.818
A20−2.3392380.040.892
A211.1628350.4870.257
A222.947750.6770.224
Coumarins
Scopoletin (C23)***
Psoralen (C24)3.4810220.6670.129
Coumarin (C25)−0.01893660.1320.546
Xanthotoxin (C26)1.2642860.5750.21
Citropten (C27)0.82969140.360.259
Imperatorin B (C28)***
Osthol (C29)2.2404580.9570.007
Imperatorin: C300.073977040.2540.549

P = probability that D-metric is equal to 0 or 1. If P is greater than 0.05 then it is not significantly different from that value of D. When D = 1 there is no phylogenetic signal, and there is a random distribution. When D = 0 there is phylogenetic signal and the trait follows Brownian motion. Bolded values represent significant p-values. * indicates compounds that cannot be analyzed since present in all.

Notes

Published as part of Allevato, Daniella M., Groppo, Milton, Kiyota, Eduardo, Mazzafera, Paulo & Nixon, Kevin C., 2019, Evolution of phytochemical diversity in Pilocarpus (Rutaceae), pp. 138 in Phytochemistry 163 on page 138, DOI: 10.1016/j.phytochem.2019.03.027, http://zenodo.org/record/10482765

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Journal article: 10.1016/j.phytochem.2019.03.027 (DOI)
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