… In order to resolve the puzzle of genetic variation within this … the combined group genes
encoding organelle targeted proteins. … Nannochloropsis genomes reveal evolution of microalgal …

… Here, we review the main genetic manipulation tools and present some examples to
explain the potential of Nannochloropsis spp. as a green cell bio-factory. The use of genetic …

… Gene Ontology (GO) and KEGG pathway analyses revealed 65 GO terms and 428 … genomes
[29], and this study is the first application of this tool in the genome assembly of microalgae. …

… platform for the pan-genomic analysis of microbes and … of an interactome which could
reveal phylogenetic diversities, … genes (36,254 and 438 RNA genes from organelle genomes)…

… , supported by genes of … changes to organelle genome content in diatoms compared to
other stramenopile lineages. We further identify a previously undocumented transfer of a novel …

… ONT a systematic study of de novo genome assembly with control the quality of assembled
genomes as well as reads by the ability to reproduce SNVs and deletion of gene found in …

… gene arrangement in O. regia was similar to that in Trachydiscus minutus, Nannochloropsis
oceanica, and Nannochloropsis … In this study we analyzed mitochondrial genome …

… Much of the early history of algal taxonomy that we present below is a brief summary of
that of Moestrup (2006). This introduction is intended to demonstrate how taxonomy changes …

… This study illustrates the growth potential for Nannochloropsis spp. when grown with raw
plant substrates. The presence of this trait in both freshwater [20] and marine microalgae …

… Scatterplot of sampled latitude, and growth temperatures, of all geolocalised algal genomes
and transcriptomes within the pan-genomic dataset assembled for this study. Taxa are …