Distoechodon tumirostris ND1, ND2, COX1, COX2, ATP8, ATP6, COX3, ND3, ND4L, ND4, ND5, ND6, and CYTB genes, complete sequence; mitochondrial.
Seq-submit ::= {
sub {
contact {
contact {
name name {
last "Zhang",
first "HuaHao",
middle "",
initials "",
suffix "",
title ""
},
affil std {
affil "Jiujiang University",
div "College of Pharmacy and Life Science",
city "Jiujiang",
country "China",
street "Xunyang district",
email "zhanghuahao_0824@126.com",
postal-code "332000"
}
}
},
cit {
authors {
names std {
{
name name {
last "Huahao",
first "Zhang",
initials "Z."
}
}
},
affil std {
affil "Jiujiang University",
div "College of Pharmacy and Life Science",
city "Jiujiang",
country "China",
street "Xunyang district",
postal-code "332000"
}
},
date std {
year 2024,
month 4,
day 15
}
},
subtype new,
tool "table2asn 1.28.943"
},
data entrys {
seq {
id {
genbank { accession "C_AA001637", version 1}, gi 0670650650016371
},
descr {
user {
class "1.0",
type str "AutodefOptions",
data {
{label str "UseLabels",data bool TRUE },
{label str "LeaveParenthetical",data bool TRUE},
{label str "SpecifyNuclearProduct",data bool TRUE},
{label str "MaxMods",data int 0},
{label str "FeatureListType",data str "List All Features"},
{label str "MiscFeatRule",data str "Delete"},
{label str "HIVRule",data str "WantBoth"},
{label str "ModifierList",
data fields { {label str "OrgMods",num 1,
data strs {"isolate" }}}}}},
source {
genome mitochondrion,
org {
taxname "Distoechodon tumirostris",
orgname {
gcode 1
}
},
subtype {
{
subtype country,
name "China"
},
{
subtype collection-date,
name "2021-06-07"
}
}
},
molinfo {
biomol genomic
},
pub {
pub {
pmid 38102128,
article {
title {
name "Maternal dominance contributes to subgenome
differentiation in allopolyploid fishes"
},
authors {
names std {
{
name name {
last "Xu",
first "MinRuiXuan",
initials "M."
}
},
{
name name {
last "Liao",
first "ZhenYang",
initials "Z."
}
},
{
name name {
last "R",
first "Jordan",
initials "J."
}
},
{
name name {
last "Du",
first "Kang",
initials "K."
}
},
{
name name {
last "Li",
first "GuoYin",
initials "G."
}
},
{
name name {
last "Chen",
first "ZhiQiang",
initials "Z."
}
},
{
name name {
last "Wang",
first "YingHao",
initials "Y."
}
},
{
name name {
last "Gao",
first "ZhongNan",
initials "Z."
}
},
{
name name {
last "Agarwal",
first "Gaurav",
initials "G."
}
},
{
name name {
last "HC",
first "Kevin",
initials "K."
}
},
{
name name {
last "Shao",
first "Feng",
initials "F."
}
},
{
name name {
last "Pang",
first "Shuai",
initials "S."
}
},
{
name name {
last "E",
first "Adrian",
initials "A."
}
},
{
name name {
last "van",
first "Jozefien",
initials "J."
}
},
{
name name {
last "Lin",
first "HongMin",
initials "H."
}
},
{
name name {
last "J",
first "Scott",
initials "S."
}
},
{
name name {
last "Bird",
first "Kevin",
initials "K."
}
},
{
name name {
last "E",
first "Chad",
initials "C."
}
},
{
name name {
last "Xu",
first "JinGen",
initials "J."
}
},
{
name name {
last "Yu",
first "GuoHua",
initials "G."
}
},
{
name name {
last "Yang",
first "JianYuan",
initials "J."
}
},
{
name name {
last "Dai",
first "SiFa",
initials "S."
}
},
{
name name {
last "Nelson",
first "Andrew",
initials "A."
}
},
{
name name {
last "Braasch",
first "Ingo",
initials "I."
}
},
{
name name {
last "Zhang",
first "XiaoGu",
initials "X."
}
},
{
name name {
last "Schartl",
first "Manfred",
initials "M."
}
},
{
name name {
last "P",
first "Patrick",
initials "P."
}
},
{
name name {
last "Han",
first "MinJin",
initials "M."
}
},
{
name name {
last "Zhang",
first "HuaHao",
initials "H."
}
}
}
},
from journal {
title {
jta "Nature Communations"
},
imp {
date std {
year 2023,
month 12,
day 15
},
volume "14",
issue "1",
pages "8357",
pubstatus ppublish
}
},
ids {
doi "10.1038/s41467-023-43740-y",
pubmed 38102128
}
}
}
},
user {
type str "Submission",
data {
{
label str "AdditionalComment",
data str "ALT EMAIL:zhanghuahao_0824@126.com"
}
}
},
user {
type str "Submission",
data {
{
label str "AdditionalComment",
data str "Submission Title:mitochondria"
}
}
},
user {
type str "StructuredComment",
data {
{
label str "StructuredCommentPrefix",
data str "##Genome-Assembly-Data-START##"
},
{
label str "Assembly Method",
data str "NOVOPlasty-4.3.1"
},
{
label str "Sequencing Technology",
data str "Illumina"
},
{
label str "StructuredCommentSuffix",
data str "##Genome-Assembly-Data-END##"
}
}
},
create-date std {
year 2024,
month 4,
day 15
}
},
inst {
repr raw,
mol dna,
length 16615,
topology linear,
seq-data ncbi2na '83F3086E510E7002D4134C019C9B27C31024C11E08EF08EAD708
07593930293AD585F3CD277C541F11390B7590D5B8B395F0D5715AA18A26A4D29103FC950865E9
42511550A83D24B8C04F094C2E007E1D2D2AF08A96B0076E525166BC0622954BE32451A6C0ABAF
0A024210FFF02503A57FA5B4C67DCAED60950CC602C9FC102545E1546007880407A8F23154739D
25301721B50710F21B595AB1C624F27E0150285E1AE5D2155722897BDC81630556F017451F7253
549733165B6D27C57B82B0C02C2403A9105481B4AD8AEC99182EA080EA713FDCD120471813904E
032E7E0A28FCB2C00A0922ED7FE0569DE299B111656D1DD57B40190408C7C114091E10AA290B6C
13AC2EC5A0AE47E8F0152A6E9E2D2D093747C45882135390BE8D15E25012727C147CCC15043BC3
0401385C11CC07014FFFC5E2CEA21200AF414090C800B1642A02780880E01054CC247000408F01
7EC5FF934E3F2524574240885FCBF80558052B89C55884973F03F2A7056DDEE9008BA82275AB20
B8485C5817AE327AF97880E8C82F4976C45503400C413C210C2A033188BCBC0AAB1255DC1028C4
17C128A30234C33300447BFCBA970092537032026F0274848082FCF3DE3040DF3D570C334A7054
E744E8223CE700E2C1082179DF750910BB3148DA10147A03C1815054222C3B8104030508015443
C070DBC15447A2E73CC0A021C0202A0A076901109765EFC5001365D790701E2CCA2B525E54B871
ABD06966B3FE16E40AC990D1FB7FC0C885ECE0E9C062A7C1EDD55F42D2E03E3735B9209AB30531
08620857FA27C2B100D4146F0987410024007CBA04E03FC5F6BEA9859A2800425D62E83A94055C
014220137709448137850038D69C30258D06050BC572A304990D77548B5336188ABF185D8EFA34
A135C3AE49673C2AF6FEF418F02D71B8DE2F485A2C352B4BF737B0E71FF5CB180A368022A9731F
0246551570F0E0040C0F0302A2A500541454030A931EABA4893AC0F980A5C257F0148AF40D77D5
2FCE7011DC3034DC34155C9733EC56D71C92C97D70570F81902C728CCE41C602A1506CB285F1A1
F71054D961A2C01CF4F02052D655DC4D7553F73DF259553DF91E15C94E11CE2454E54C5F152C3E
1741728B5CF4D72573425F92CC753DCA34A389340F403191C3EA95C626BA54043F5CE0B0976870
D7DCDEC3CFF74AAACC571013F0C495080B3F8F3C95597853C964338C4DD057A48040D8914F6370
48A883481CB75A7D06C8B3928A14F6573DF7C960CE404FF1E30315CD25B9CFFCA04D1135144D5A
2F0410F25D30502591C7373ECF5CE2C625D31518F58CE141D31176EE0007D7D570472572C7384E
F95E50D91C9297D5510730F4A07B9583972A147F8C8BA5CCAA700D574BDF2020AAB6054E542234
01DF2E7D771147F708EAB49C3427F6A54C5581386BC0B575D4D0E055C6C76635CF3525CA3CA051
7C17F9C9D51E1C765E0CA1C80F0457A43CF57C32441145155992C8251C4031F7C15094792490C3
CCFE42441019783C4AA0E213030CCD035DF9C910C3CF3E57247C03E872450C47DE0C520B5C428F
217FC128F0FF3413840076553F95C3CF48C95096C85431C7079FCA0C33513C3EAA38AA8F034054
1C60035C9F1D743E44CEA7838F3CF750CE559270571D95CA06C4DF4E135924F5F17C004D359440
0F0477E432DE3400950D7041051E572CF1ED3CA2971453C128F4E500E3C3DC4207A401205F54F1
6510F325F2595C7097F1F71719779C663047043F55C1305074345578605404150D757547C5B371
443677287DE50C1549CF78C70517281F28C134850897D02770B20B8037DCB578C217108B737E4F
F78F90340EFFCF01C297F723A8297635C4077CBC127099D09498935371FF565CE972829A80255A
4873C371B77A3F90D433BF7D146A9EB8C288A1F0177B7DAA71056597019DA715C5EE90F119E3DF
F710144084FAC57F37ECFEB97896832EA059DC25F74F62583C2D05E8D1F7A98E140FC43BCFBC79
5397DB0C3FDFCCB0C50F7CFA2AF680787EC59C30FA265E1324F5460C041309F787DC555DFD75E7
1E9F7DE8B629E89EA12AE04BF1594764A437E5465A24D6C85C18FF74751724AECD343FCA24341F
4D1C41CF0CE0165253F74B14045DCFEFE27B1FB0496C7DF7DED5E52D7279E83C431F7C48580DF0
4513DFE15A4A28AA150F73341173DE3DF6945482FCCF7CDF15A3FA8D3F446FB25C73D29000815F
6BCCCA0CBF894E3A736B75CA3F3ECE254513BD1EDA0E86C8476E4C7F13590430F3E735412BB80B
3F278F2511D4E8AB7340E2011539CE257E8FCDF5CFC4B2BA1D1283ED7250F4D1D84FB5F4611B3C
ECBE447D473B1CD0CAE5B3F9CF32497DBD1E3D55EFC4A331DE061178100353F68BCCFCFAEC05F1
FDF54411F5CADE928394618C7587152197395CE0312CD353E8D1F3F472C92C3CEF5CF4DF38825F
659C0620B35D2C81C14E101B20E1F469E57514CD113F8A0524F6D42F43407062028283E0556CC7
AFD094B44C1477B47F7DC084F2C031903C4D17ED8AE03E4AF0357B3B7C27FC27C3A44D5190728F
5086693456F32081F7D1F538519DC30DB3DF0F2C5F2C7F33CF3E43AFD0501F1410B137C8754203
6036CE073FC527B4D72FF8F9DC5357D83FCC5F32180D0E15537043C094CA13438C782738B1121C
E085CA7F875C4C3D415085F114A50F5875C8848D160CB2F54C83652D6EC72EDE5821B1E477E25B
D4DDCAEC00C864B54A5870140797D3E5D1952BBBFC684BBDE03F9AA405127F3953ECBE092F51C8
13F60278D74F0C720865D1C809C3CDA1026FA5FF0940BFAE5C5851772E039541C055055E3F90F7
2CF74E0DB7F7473CD50700DF034451140E050550C2E0800440122578878538CB09FFD850F64254
DFD7283D57CF9CD90D91E53875DF54154534678B410D87CF1CD404E3D34363F1C341C38C55C0EC
A28440E247DCF25D1C32CF5F3C73C339CA5D7D4C47F44544110734F0132AFE5B9773A7E516C3CF
A8E60341412F95DA117DE520A0454F55C355B3C34D36010D25CFCD614F25F2BBD8704941F07929
4DCF0F41D365127B3DB5C71430E504BA437C16516F7FD75C11D720B64B2430F427C6CF6C71D709
771790801BF0E9514244E4CD33AF8D4254E14705A25B6B9DCF0C135A5C90DEBD47D4741C470E15
FA0C3DD71D7C433F438E1B84F35882A13D4294511145EC400ADC6F3A4C35EFCF1748ACF7DF5CA3
DF789FDC51D0B7245045207E8A39E15504A0F144F215FD82F5DD7C1127BDC724D28B04B44E2545
124F322A606004273D0D5C91F10D71CA1FC7F1E57D09CC833CE2917F443E4868B31A7713DFEE94
4A3D468713BCF368D34F5E9EDE5D71940D43147F1358114FDA7F8259E7E33E11FED86CB3873D77
1B35373E38A74C37F72CF02F2C40E1F50D3F2DFAF0154A808C38370D30535D1CF12C97CDF435E9
0DB37FF8F1440C054864800F35573839ABF8D7728DE761E57FD1C63DF5CB2435CF5D73F85C80D9
5D75F57E578A2341D441547A84F7FE251C4BDC3DCF0572870DCE0E0542BA5C838920CA8BCB5084
21778FDA74823CEBF0B530557CE114B13FC9FC9D24F4FF2870CA1C93D45915171DD6475EEFC828
30CF3773F3E472573A97C43F834109F7592550C71C727F77979824246A5F91F72C9449581D3A87
85971005F0DD710EF00B9E3D514F31EF5410DE1C1455C0E1CE041C41644C975C3E57CF25D138F0
0E04D20168E07335074C5F9C48D47741557DCB3E139E1F754F0C37C9C94034ED0558173496106F
CC4D15D745D3C405F5C34C93DA651E23CF3BFC4F33F82519D35415F3CF3C563AAC140781974192
8173FDCF7115C928D5C53C72D95C75C75043516815CDCC72C350CF549471D701D78A5300DE3A96
9E7C364FFCB00314731A2D45CE1C500913BE0954BE4AB532C72492D71C01CA2BC6830C60C30F39
C8547B502072CC54FCF35E91CEA93CD304A343FB7D840485F03778F971D37B0944CA1FB24A683D
C3501D4EA8F74A253CF70C3E546872EDF431CF7BF2704497381815125814C35F958ADC40C37D53
C124BF8E3D3670DC9437A471559C5C170CAA070C3CF10673F078D14E05364744AA4A04F0F124A7
1D5DCCEF5C337418A541140D134701D514F51158813F3C3257D178F52C3DD7EC9805207CEE29E3
BC72C2CCBF0500CF23EE3DC084A2F00D57C7450A0A1203430B1E70D7CE459AF00D669F5D19F702
8C12F4D4FADF28140077EB90B50BA09CE0D4105F0F334DF47CF72F7C435F31C55CF0411C054094
601560E242C446F0079ED2C5D3DF4D2DD75474E37D7234283A024D14407843830111133F84404D
27F03F853C757CFF455CF95DC6D178D4F722FE4738C4C4758D504C058FFD03371FF3D72C9CC3C5
72D12504133F49CF4FA7882AB6A34ED3D79C369E38C686248E50449257D296D371058B2B8CDA1C
37C24E978F643017C1D7880F41037DF7CD0007F84C12D55C36870D7E4904A00DA543DA5C4D7E1D
5F794E8A95C652CD6571D4742C532FBE4A0DF5CF0F65D45774C8810417A47043FB779F2891D144
73F1251FB97C1500E134000FB27F741352527A970C32D10FA1C0D0590724F5D44DE444E4F7F025
31CF7CE75A343CD44978386042335800EA297D105C317945D05C5F10FAC97A4F06A0553D725A3D
F7402394F3E095C045D717C197895C15F11C367134FC592DCCBF58B2CF7DB05328D5563D794F35
54F06204151CB0F05534061F978A093CF9287CF3C4DC1F5C57400454F30431494570072495D32C
14F3687FCB253A27C494C143010BC03455C43D571147DD0331CA71FD590C3D161D5D701D0DC15C
A10D0D94709D8501387E23C4A9402872470740C30CD003C726135062930D005C5C14DF5DF85705
F25B5DB0570FC0695822C5987C8558B89DC11442C8BC02C31D191030504D95450083130494551C
13651B04C801D7F054D04145420576C515574032569E50441570C0CC7244C549C4898755427DE8
029D2494096783090114424D5570303C000A1428C2022554C161C03544541559E71C7017024900
C29B28F2090490F01510702714304004C030B4C3DF9DA3FC16214B87E08145BECBD0710810C3A4
25C60015151C30036506191CB61754114DC13F5B38E01F6ADDD728F3B70F15035C16873D725311
C45DE1374164FF4D2CB51379623B81C69E1F3DB0CF465068934F7FF4DECDC4C4CD95BA5CC73A35
C7CC40885E013E8B2D79D79CBCC30497DBEBC6D754E2A40CD7DE2B944B0F10179CD64BD5CCCA21
39DB50E0DE2BA7DD2C8C390478463DF64F51F5F794FEDB6596414D79371DF5C460128D0105496A
F01D6192300DD7D454C7DD310217DCA3FB2C33CF257C4D1C91CF7558179CA2152007D15490159C
B4755444D0978B8C7D73F97194D718DCF58109CA28B5F9BCF3DDCD72E70CB2E50D711174010628
706F5954D1D0F5CF7815EBA48CC90F7C4E0DA2B317B20454C4D3CFA103E4D2F771FE473D74F7C9
51C928E2C801024F00E27E572C9F2DF024DADFB0D608DA2BC0F555C995200888FF075455E9D502
520F703C0737DE32E1733AFCB130CE4F33C4C393CB13333B3CD14F4FCFF0530242C706D421BD30
1C033C01D1030FCFF05EA0323FF55C03EB5D03FF5F800D0F08FC1CC133C3B2C2014507AFC11C2B
334E4E32B4A8400DB2BBACE8B83CF1F937A7D0FD1A1387B003D45768C3FEDE935AF0382E2C4C75
D3C5544E5A93DFF33932ABDD7FEBE5FD17E4DD22E4A740E33342B604CF5F9F0BF0F3B43CF8084C
1D08344CFFC1D0B9304CF4F5F7D07D55CCCCE5557FEBF799840555C55719D240D7BCD7ED015401
4282BD881B9A9C90BE033A9C9CD64F333331311364F0F45100F75033C9700FF73C'H
},
annot {
{
data ftable {
{
data gene {
locus "ND1"
},
location int {
from 2917,
to 3891,
strand plus,
id gi 0670650650016371
}
},
{
data rna {
type mRNA
},
location int {
from 2917,
to 3891,
strand plus,
id gi 0670650650016371
}
},
{
data gene {
locus "ND2"
},
location int {
from 4107,
to 5151,
strand plus,
id gi 0670650650016371
}
},
{
data rna {
type mRNA
},
location int {
from 4107,
to 5151,
strand plus,
id gi 0670650650016371
}
},
{
data gene {
locus "COX1"
},
location int {
from 5541,
to 7095,
strand plus,
id gi 0670650650016371
}
},
{
data rna {
type mRNA
},
location int {
from 5541,
to 7095,
strand plus,
id gi 0670650650016371
}
},
{
data gene {
locus "COX2"
},
location int {
from 7254,
to 7937,
strand plus,
id gi 0670650650016371
}
},
{
data rna {
type mRNA
},
location int {
from 7254,
to 7937,
strand plus,
id gi 0670650650016371
}
},
{
data gene {
locus "ATP8"
},
location int {
from 8022,
to 8189,
strand plus,
id gi 0670650650016371
}
},
{
data rna {
type mRNA
},
location int {
from 8022,
to 8189,
strand plus,
id gi 0670650650016371
}
},
{
data gene {
locus "ATP6"
},
location int {
from 8180,
to 8863,
strand plus,
id gi 0670650650016371
}
},
{
data rna {
type mRNA
},
location int {
from 8180,
to 8863,
strand plus,
id gi 0670650650016371
}
},
{
data gene {
locus "COX3"
},
location int {
from 8863,
to 9647,
strand plus,
id gi 0670650650016371
}
},
{
data rna {
type mRNA
},
location int {
from 8863,
to 9647,
strand plus,
id gi 0670650650016371
}
},
{
data gene {
locus "ND3"
},
location int {
from 9720,
to 10068,
strand plus,
id gi 0670650650016371
}
},
{
data rna {
type mRNA
},
location int {
from 9720,
to 10068,
strand plus,
id gi 0670650650016371
}
},
{
data gene {
locus "ND4L"
},
location int {
from 10139,
to 10435,
strand plus,
id gi 0670650650016371
}
},
{
data rna {
type mRNA
},
location int {
from 10139,
to 10435,
strand plus,
id gi 0670650650016371
}
},
{
data gene {
locus "ND4"
},
location int {
from 10429,
to 11809,
strand plus,
id gi 0670650650016371
}
},
{
data rna {
type mRNA
},
location int {
from 10429,
to 11809,
strand plus,
id gi 0670650650016371
}
},
{
data gene {
locus "ND5"
},
location int {
from 12023,
to 13858,
strand plus,
id gi 0670650650016371
}
},
{
data rna {
type mRNA
},
location int {
from 12023,
to 13858,
strand plus,
id gi 0670650650016371
}
},
{
data gene {
locus "ND6"
},
location int {
from 13855,
to 14376,
strand plus,
id gi 0670650650016371
}
},
{
data rna {
type mRNA
},
location int {
from 13855,
to 14376,
strand plus,
id gi 0670650650016371
}
},
{
data gene {
locus "CYTB"
},
location int {
from 14450,
to 15590,
strand plus,
id gi 0670650650016371
}
},
{
data rna {
type mRNA
},
location int {
from 14450,
to 15590,
strand plus,
id gi 0670650650016371
}
}
}
}
}
}
}
}