Maxim S Nuraliev
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Explore the profile of Maxim S Nuraliev including associated specialties, affiliations and a list of published articles.
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14
Citations
159
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Recent Articles
1.
Samigullin T, Logacheva M, Averyanov L, Zeng S, Fu L, Nuraliev M
Front Plant Sci
. 2024 Jun;
15:1393225.
PMID: 38855461
The orchid genus comprises three species, all discovered in the 21 century. Each of these species is achlorophyllous, mycoheterotrophic and is known to be endemic to Vietnam. The type species...
2.
Vislobokov N, Nuraliev M
Front Plant Sci
. 2023 Sep;
14:1237665.
PMID: 37680363
shows a set of floral traits that suggest elaborate mechanisms of animal-mediated pollen transfer. These include flower coloration, septal nectaries and a long and narrow floral chamber. The stamens are...
3.
Yudina S, Kocyan A, Truong B, Vislobokov N, Lyskov D, Nuraliev M, et al.
Front Plant Sci
. 2022 Apr;
13:849276.
PMID: 35371135
Species of the genus possess distinctive and highly elaborated flowers with prominent floral tubes that often bear large longitudinal wings. Complicated floral structure of hampers understanding its floral evolutionary morphology...
4.
Chen Y, Turdimatovich T, Nuraliev M, Lazarevic P, Drew B, Xiang C
Cladistics
. 2022 Mar;
38(4):429-451.
PMID: 35358338
The northern temperate genus Dracocephalum consists of approximately 70 species mainly distributed in the steppe-desert biomes of Central and West Asia and the alpine region of the Qinghai-Tibetan Plateau (QTP)....
5.
Vislobokov N, Fu L, Wei Y, Nuraliev M
PhytoKeys
. 2021 Nov;
185:65-86.
PMID: 34819782
Micromorphological characters of leaf epidermis were investigated in 69 species of using scanning electron microscopy. Sculpture of epidermis varies from smooth to verrucose and rugose in the genus. The abaxial...
6.
Schelkunov M, Nuraliev M, Logacheva M
PeerJ
. 2021 Sep;
9:e12106.
PMID: 34540375
The plant family Balanophoraceae consists entirely of species that have lost the ability to photosynthesize. Instead, they obtain nutrients by parasitizing other plants. Recent studies have revealed that plastid genomes...
7.
Yudina S, Schelkunov M, Nauheimer L, Crayn D, Chantanaorrapint S, Hrones M, et al.
Front Plant Sci
. 2021 Apr;
12:602598.
PMID: 33796122
Heterotrophic plants provide intriguing examples of reductive evolution. This is especially evident in the reduction of their plastid genomes, which can potentially proceed toward complete genome loss. Several milestones at...
8.
Nuraliev M, Remizowa M, Sokoloff D
PeerJ
. 2020 Nov;
8:e10205.
PMID: 33150089
The monocot family Triuridaceae is a morphological misfit with respect to several traits of floral morphology, including the uniformly apocarpous polymerous gynoecium and the famous inside-out flowers of . Although...
9.
Schelkunov M, Nuraliev M, Logacheva M
PeerJ
. 2019 Oct;
7:e7500.
PMID: 31565552
Although most plant species are photosynthetic, several hundred species have lost the ability to photosynthesize and instead obtain nutrients via various types of heterotrophic feeding. Their plastid genomes markedly differ...
10.
Fu L, Monro A, Van Do T, Nuraliev M, Averyanov L, Wen F, et al.
PeerJ
. 2019 Jan;
7:e6188.
PMID: 30648016
(Urticaceae) comprises several hundred herbaceous species distributed in tropical and subtropical Africa, Asia, Australia and Oceania. The greatest species richness occurs on limestone karst in Southeast Asia. Taxonomic revisions of...