Selection and presentation of tulip (&lt;i&gt;Tulipa&lt;/i&gt; L.) species and cultivars to the Lithuanian Plant Genetic Resources

Juodkaitė, R.; Baliūnienė, A.; Naujalis, Jonas Remigijus; Navalinskienė, M.; Samuitienė, M.

doi:10.2478/v10054-008-0029-1

Cited by 5 publications

(5 citation statements)

References 15 publications

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“…Tulips (Tulipa L.) are famous ornamental and cut flowers due to their beautiful and colorful corolla [14][15][16]. Tulipa is a member of Liliaceae sensu APG IV [17], subfamily Lilioideae, tribe Tulipeae Kostel [18,19]; the tribe Tulipeae including Gagea Salisbury, Amana Honda, Erythronium L., and Tulipa [20] is sister to the tribe Lilieae [21].…”

Section: Introductionmentioning

confidence: 99%

Phylogeny and Comparative Analysis for the Plastid Genomes of Five Tulipa (Liliaceae)

Price

et al. 2021

BioMed Research International

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Species of Tulipa (Liliaceae) are of great horticultural importance and are distributed across Europe, North Africa, and Asia. The Tien Shan Mountain is one of the primary diversity centres of Tulipa, but the molecular studies of Tulipa species from this location are lacking. In our study, we assembled four Tulipa plastid genomes from the Tien Shan Mountains, T. altaica, T. iliensis, T. patens, and T. thianschanica, combined with the plastid genome of T. sylvestris to compare against other Liliaceae plastid genomes. We focussed on the species diversity and evolution of their plastid genomes. The five Tulipa plastid genomes proved highly similar in overall size (151,691–152,088 bp), structure, gene order, and content. With comparative analysis, we chose 7 mononucleotide SSRs from the Tulipa species that could be used in further population studies. Phylogenetic analyses based on 24 plastid genomes robustly supported the monophyly of Tulipa and the sister relationship between Tulipa and Amana, Erythronium. T. iliensis, T. thianschanica, and T. altaica were clustered together, and T. patens was clustered with T. sylvestris, with our results clearly demonstrating the relationships between these five Tulipa species. Our results provide a more comprehensive understanding of the phylogenomics and comparative genomics of Tulipa.

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Section: Introductionmentioning

confidence: 99%

Phylogeny and Comparative Analysis for the Plastid Genomes of Five Tulipa (Liliaceae)

Price

et al. 2021

BioMed Research International

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“…Owing to their eyecatching flowers, tulips are of great economic and horticultural importance. More than 10 000 cultivars have been generated since tulips were introduced to Europe in 1554 (Juodkaitė et al, 2008), and Van Scheepen (1996) reported that about 5000 cultivars have been registered. Recently, several new species of tulip have been discovered (Ghahreman, Attar & Ghahremaninejad, 2007;Shuka, Tan & Siljak-Yakovlev, 2010;Shuka, Tan & Krasniqi, 2012;Terziog lu & Coşkunçelebi, 2012;Zonneveld & de Groot, 2012).…”

Section: Introductionmentioning

confidence: 99%

Molecular phylogenetic analysis ofTulipa(Liliaceae) based on noncoding plastid and nuclear DNA sequences with an emphasis on Turkey

et al. 2013

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We investigated the phylogenetic relationships in Tulipa in Turkey using DNA sequences from the plastid trnL‐trnF region and the internal transcribed spacer (ITS) of nuclear ribosomal DNA. We generated trnL‐trnF and nuclear ITS sequences for 11 Tulipa spp. from Turkey and compared the utility of trnL‐trnF and ITS sequences for phylogenetic analysis. Neighbor‐joining, Bayesian and maximum parsimony methods were implemented using the same matrices. Our study of Tulipa based on molecular data revealed congruent results with previous studies. Despite the relatively lower resolution of trnL‐trnF than that of ITS, both sequence matrices generated similar results. Three clades were clearly distinguished, corresponding to subgenera Tulipa, Eriostemones and Orithyia. It is not fully resolved whether Clusianae should be recognized as a separate section of subgenus Tulipa or a distinct subgenus. © 2013 The Linnean Society of London, Botanical Journal of the Linnean Society, 2013, 172, 270–279.

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“…The countries that grow these species are doing a lot of research to create their new species. As a result, about 500 varieties of orchids are created annually [1,2].…”

Section: Introductionmentioning

confidence: 99%

Technology of growing orchid flowers from seeds

Misirova

2023

E3S Web of Conf.

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For the first time, the introduction and adaptability of the Felionopsis variety, an orchid (Orchidaceae J.) imported from Malaysia, was analyzed. When using 0.4 l/mg of BAP (quinitine) as part of a nutrient medium for growing orchids in vitro from seeds and vegetative parts, the number of flowers at the 18th month was 10 or 2 times compared with the preparation Trichoderma vrayde and it was found that it is possible increase activated carbon by 2.5 times. It has been proven that up to 60% of explants can be obtained in 2 weeks using the MS+1NAA+1BAP hormone when cultivating an orchid flower stem in vitro.

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Selection and presentation of tulip (<i>Tulipa</i> L.) species and cultivars to the Lithuanian Plant Genetic Resources

Cited by 5 publications

References 15 publications

Phylogeny and Comparative Analysis for the Plastid Genomes of Five Tulipa (Liliaceae)

Phylogeny and Comparative Analysis for the Plastid Genomes of Five Tulipa (Liliaceae)

Molecular phylogenetic analysis ofTulipa(Liliaceae) based on noncoding plastid and nuclear DNA sequences with an emphasis on Turkey

Technology of growing orchid flowers from seeds

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