Branding/Logomark minus arrow-point-to-down Citation Combined Shape Icon/Bookmark-empty Icon/Copy Icon/Collection Icon/Close Copy 7 Icon/List no author result Created with Sketch.
Loading Scinapse...
Lucia Hadariová
Charles University in Prague
2Publications
2H-index
5Citations
Publications 2
Newest
2018 in Current GeneticsIF: 3.57
Lucia Hadariová2
Estimated H-index: 2
(Charles University in Prague),
Matej Vesteg2
Estimated H-index: 2
(Matej Bel University)
+ 1 AuthorsJuraj Krajčovič15
Estimated H-index: 15
Chloroplasts are generally known as eukaryotic organelles whose main function is photosynthesis. They perform other functions, however, such as synthesizing isoprenoids, fatty acids, heme, iron sulphur clusters and other essential compounds. In non-photosynthetic lineages that possess plastids, the chloroplast genomes have been reduced and most (or all) photosynthetic genes have been lost. Consequently, non-photosynthetic plastids have also been reduced structurally. Some of these non-photosynth...
2 Citations Source Cite
Anna M.G. Vanclová1
Estimated H-index: 1
(Charles University in Prague),
Lucia Hadariová2
Estimated H-index: 2
(Charles University in Prague)
+ 1 AuthorsVladimír Hampl21
Estimated H-index: 21
(Charles University in Prague)
Abstract Euglenophytes obtained their plastids from a primary green alga related to extant genus Pyramimonas . The relatively recent establishment of this new organelle is an intriguing evolutionary phenomenon worth studying and comparing with other secondary plastids with a regard to their similarities and differences. A remarkably fast evolution driven by rapid intron gain and diversification is observed in euglenid plastid genomes which often tend to swell in size and rearrange while keeping ...
2 Citations Source Cite
1