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Table 1 Mitochondrial genomes sequenced in the present study and associated sources of samples

From: Assessment of mitochondrial genomes for heterobranch gastropod phylogenetics

Taxon

mt contig length (bp)

Protein coding genes (13)

tRNAs (22)

rRNAs (2)

Complete

Missing genes

Sample accession

Provenance

Acochlidium fijiense

14,098

13

20

2

Nearly

trnS2, trnK

ZSM Mol-20130988

Fiji, Viti Levu, Lami River, collected by M Schrödl & E Schwabe, August 2006

Clione limacina

14,599

12

17

1

Nearly

trnl, atp8, trnS1, trnD, rrnL, trnY, trnR

ZSM Mol-20081086

Antarctica, ANDEEP SYSTCO Expedition on R/V Polarstern, ANTXXIV/2 cruise station PS 71/038-04, collected by E Schwabe & H Flores, January 2008

Ilbia ilbi

13,944

12

21

2

Nearly

atp8

MRG10019-03

Shoreham Beach 18 March 2017, collected by A Falconer

Microdiscula charopa

12,965

13

21

2

Yes

 

MRG828-06

Dutton Way, Portland 2 March 2017, approx 2 m deep, collected by A Falconer

Omalogyra atomus

12,413

10

20

1

No

atp8, rrnS, trnY, nad4l, trnV

ZSM Mol-20142011

France, Pyrénées-Orientales, Banyuls-sur-Mer, from red algae in upper intertidal, collected by B Brenzinger & TP Neusser, July 2014

Psilaxis radiatus

12,154

12

15

1

No

atp8, trnN, trnS1, tncC, trnF, trnY, rrnL, trnQ, trnV

ZMBN 94175

Museum of Zoology at the University of Bergen

Ringicula conformis

14,017

12

22

2

Nearly

nad4l

None

Malta, off Ġnejna Bay, 31 May 2017

Rissoella morrocayensis

11,085

12

5

1

No

trnS1, rrnL, trnI, trnN, trnC, trnF, trnY, trnQ,

ZMBN 99933

Museum of Zoology at the University of Bergen

Runcina ornata

13,862

13

22

2

Yes

 

ZMBN 87949

Museum of Zoology at the University of Bergen

Tylodina cf. corticalis

14,614

13

21

1

Yes

trnK, rrnL

USNM 1442311

French Polynesia, Moorea, NW side Cook’s Bay, collected by C McKeon, G Paulay, J O’Donnell and C Meyer, 12 June 2006

Valvata cf. cristata

14,495

13

21

1

Nearly

trnR, rrnL

ZSM Mol-20170210

Germany, Munich, pond on ZSM grounds, collected by B Brenzinger, March 2017

  1. Yes: genome circularizes via overlapping ends, missing genes likely missed by annotator
  2. Nearly: all genes listed on a single scaffold, but scaffold does not contain a full mitochondrion
  3. No: mitochondrion either exists on two discontinuous scaffolds or is missing multiple protein coding genes