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立陶宛中部帕扎伊利斯修道院的树木学奥秘:DNA标记和形态学揭示了年代久远的杂交菩提树。

Dendrological Secrets of the Pazaislis Monastery in Central Lithuania: DNA Markers and Morphology Reveal × L. Hybrids of an Impressive Age.

作者信息

Jurkšienė Girmantė, Danusevičius Darius, Kembrytė-Ilčiukienė Rūta, Baliuckas Virgilijus

机构信息

Lithuanian Research Centre for Agriculture and Forestry, Liepu Str. 1 Girionys, LT-53101 Kaunas, Lithuania.

Faculty of Forest Sciences and Ecology, Agriculture Academy, Vytautas Magnus University, K. Donelaičo g. 58, LT-44248 Kaunas, Lithuania.

出版信息

Plants (Basel). 2023 Oct 13;12(20):3567. doi: 10.3390/plants12203567.

Abstract

We benefited from the availability of a species-specific DNA marker to describe the morphometry of × hybrids of an impressive age (ca. 150 years) grown in the Pazaislis baroque monastery yard in Central Lithuania. In an earlier study on a country-wide set of 543 individuals from natural forest populations in Lithuania, we detected a nuclear microsatellite locus Tc8 well-differentiating between and . The Tc8 locus contained a 140 bp allele in (541 sampled individuals) and alleles above 160 bp in the two trees with a -like morphology (sampled in a national park). To verify the Tc8 locus as species specific, we sampled a further four -like individuals, which all contained the Tc8 locus alleles above 160 bp. We subsequently genotyped the six old-growth individuals from the Pazaislis monastery with mixed × morphology. Results revealed that all six old-growth individuals from the Pazaislis monastery were heterozygous for the Tc8 locus with alleles of 140 bp (indicative of ) and 162 bp (indicative of ). This finding confirms the morphological observations that these individuals are hybrids between and . Additionally, the genotyping of a set of 14 nuclear microsatellite loci revealed that all six trees from the Pazaislis monastery are clones, possessing identical microsatellite genotypes. After the molecular identification, we morphotyped leaves, bracts, twigs, and nuts of the 6 old-growth × hybrids from the Pazaislis monastery, 16 old-growth trees, 4 × var. 'Pallida' trees growing near the Pazaislis monastery, and 4 mature trees from a nearby Girionys park. The morphotyping showed that × hybrids may be the easiest to distinguish from by raised and horizontally tertiary veins of leaves.

摘要

我们受益于一种物种特异性DNA标记,借此描述了生长在立陶宛中部帕扎伊利斯巴洛克式修道院庭院中、树龄惊人(约150年)的×杂交种的形态特征。在一项早期针对立陶宛全国范围内543个来自天然森林种群个体的研究中,我们检测到一个核微卫星位点Tc8,它能很好地区分和。Tc8位点在(541个采样个体)中包含一个140 bp的等位基因,而在两棵具有类似形态的树(在一个国家公园采样)中包含高于160 bp的等位基因。为了验证Tc8位点是物种特异性的,我们又采样了另外4个类似的个体,它们都含有高于160 bp的Tc8位点等位基因。随后,我们对帕扎伊利斯修道院的6棵具有混合×形态的老龄个体进行了基因分型。结果显示,帕扎伊利斯修道院的所有6棵老龄个体在Tc8位点都是杂合的,其等位基因分别为140 bp(表明是)和162 bp(表明是)。这一发现证实了形态学观察结果,即这些个体是和的杂交种。此外,对一组14个核微卫星位点的基因分型显示,帕扎伊利斯修道院的所有6棵树都是克隆体,具有相同的微卫星基因型。经过分子鉴定后,我们对来自帕扎伊利斯修道院的6棵老龄×杂交种、16棵老龄树、生长在帕扎伊利斯修道院附近的4棵×变种‘Pallida’树以及附近吉廖尼斯公园的4棵成年树的叶子、苞片、嫩枝和坚果进行了形态分型。形态分型表明,×杂交种可能最容易通过叶子上凸起的水平三级叶脉与区分开来。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/f641/10610045/536e65019c5a/plants-12-03567-g003.jpg

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