Researcher interests: The main aims of our research are designed to investigate the nature of nuclear-organellar interactions, which link mitochondrial genome status and expression and plant phenotypic response.
FACULTY / SCHOOL: Faculty of Science
Selected Publications
the complete plastid genome sequence and the photosynthetic activity of the putative mycoheterotrophic orchid limodorum abortivum (2019)|
Israel Journal of Plant Sciences|
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ectopic transplastomic expression of a synthetic matk gene leads to cotyledon specific leaf variegation (2018)|
Frontiers in Plant Science|
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control of organelle gene expression by the mitochondrial transcription termination factor mterf22 in arabidopsis thaliana plants (2018)|
PLOS ONE|
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plant mitochondria group introns splicing a window into the evolution of the nuclear spliceosomal machineries (2018)|
Book of proceedings of The Second All-Russian Scientific Conference with international participation "Regulation Mechanisms of Eukariotic Cell Organelle Functions"|
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rna metabolism and transcript regulation (2018)|
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analysis of the roles of the arabidopsis nmat2 and pmh2 proteins provided with new insights into the regulation of group ii intron splicing in land plant mitochondria (2017)|
International Journal of Molecular Sciences|
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the first mitochondrial genomics and evolution smbe satellite meeting a new scientific symbiosis (2017)|
Genome Biology and Evolution|
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the reverse transcriptase rna maturase protein matr is required for the splicing of various group ii introns in brassicaceae mitochondria (2016)|
The Plant Cell|
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respiratory complex i and embryo development (2016)|
Journal of Experimental Botany|
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organellar maturases a window into the evolution of the spliceosome (2015)|
Biochimica et Biophysica Acta|
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