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+[[!meta title="A nearly-complete genome of Ciona intestinalis type A (C. robusta) reveals the contribution of inversion to chromosomal evolution in the genus Ciona."]]
+[[!tag Ciona genome]]
+
+Genome Biology and Evolution, 2019 Oct 17, evz228, doi:10.1093/gbe/evz228
+
+Yutaka Satou, Ryohei Nakmura, Yu Deli, Reiko Yoshida, Mayuko Hamada, Manabu Fujie, Kanako Hisata, Hiroyuki Takeda, Noriyuki Satoh
+
+A nearly-complete genome of Ciona intestinalis type A (C. robusta) reveals the contribution of inversion to chromosomal evolution in the genus Ciona.
+
+[[!pmid 31621849 desc="More complete assembly (HT, standing for Hoya T-strain) where most protein-coding genes are included in chromosomal contigs. Finds and discusses inversions within Ciona robusta genomes and between Ciona robusta and savigniy."]]
recent introgression then happened 15,000 years ago ([[Roux and coll.,
2013|biblio/23564941]]).
+Latest _Ciona robusta_ genome: version HT ([[Satou and coll.,
+2019|biblio/31621849]]) is a reassembly of the KS genome using Hi-C and PacBio
+additional data, in which over 95 % of the dequences is included in
+chromosomes.
+
Mitochondrial gene order differs even within the _Ciona_ genus ([[Gissi,
Iannelli and Pesole 2004|biblio/15114417]]).
-_Ciona savignyi_ uses the same mitochodrial genetic code as of other ascidians
-studied before ([[Yokobori, Watanabe and Oshima, 2003|biblio/14738316]]).
-
[[!inline pages="tagged(Ciona)" actions="no" limit=0]]
SR1 bacteria ([[Campbell and coll, 2013|biblio/23509275]]).
- In the hemichordate _Balanoglossus carnosus_ ([[Castresana and coll.,
1998|biblio/9799263]]): ATA → Ile, AGA → Ser, AGG → ø and AAA → ø.
+ - _Ciona savignyi_ uses the same mitochodrial genetic code as of other ascidians
+ studied before ([[Yokobori, Watanabe and Oshima, 2003|biblio/14738316]]).
+
```
AGA AGG ATA AAA TGA