Procypris rabaudi 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_AA001623", version 1}, gi 0670650650016231
},
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 "Procypris rabaudi",
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 16593,
topology linear,
seq-data ncbi2na '333333333333B910FFCFFD403F1CF154015714007D400325611C
0CF704F3CB49C9B27C31024C91E08E708E2170807593910293AD585F3CD27F0741F11390B75905
4B83395D0D55256A86289A934A448CF25421972509445542A0F492E3013C2530B801F874BCBBC0
2A5AC01DB949459AF2188A572F8CF3069B02AEBC284040C0C0B40E957E96D319F7293582570460
2C1FC1033178551801E20101EA3C8C551CE7496C07C84D41C43C8ED652AC71893C9F00540A1786
BB748555C8A25EF72058C155BD05D147DCB45525CCC596DB49F15EE0AC300B0900EA4495006D2B
62BB264E0BA8203A9C4FF70D3204D1813914E012E7C0A28FCB2C00A0322ED4FE0569DE219B1116
56D1DD57B40193C00C7C310491618AA290B6C11AC2EC5A0AE47E8D0152A6E9E2F2D093747C4588
21353903E8D15E25012727C145C307010CC0C0300C054114007014FFFC5E2CEA21200AF4302432
032C590A809E022038041533093C009023C05DB17FE4D38FC94B31D0902217F2FE0156014AE271
562125CF0A9415B77BA4022EA081D6AC82E12171605EB8C9EBE5C2038320BD25DB1D540D013044
04211422033188BCBC0AAB1255FC10284417DD28A30234C313004C7BD4BA970092517012026F02
74848C02FCF3DE3000DF3D57011CF2141539713A088F39C038B0420A5617DD42442EC250368505
3E90F0607415088B0E62F3000142001510F054DBC15447A2E4FC0A021C0200A0A076901109765E
FC5001365D79044142CCA2B525E54B8710BD06966B3FE16E40AC990D1FB7FC0C885ECE0E9C062A
7C1EDD57F72D2E03E3715B9209AB3083108620857FA27C2B10074146F0907030024407FBA0CE0B
FC5F6BEA9859A2002425D62E87A830D5700508884DDC251204DE1404E35A704C858D06050BC572
A304990D57548B533618AABF185D8EFA34A135C3AE49673C2AF6FEF418F02D71B8DE2F485A2435
2B4BF737B0671FF5CB180A368022A9531F0246551570FCE0040C0C0B02A225005527A500C284C7
AAE9224EB03E60297095FF0522BD035DF54BF39C04D70C151F0D055727C4DB14B1C724B25F5E11
C3E0600B9EA33390718028501B2CA57CE871C415367868B0073D3C0816B59534134D54FFCFDC96
552C7E4705725305738914314317CD4B2585F05CAAD73F3DC95ED097E5B33D0F728D29E24D03D0
0CE670FA27F189EC95010FD3382F25CA1C3DD775B4D37FD2AA3115C404F4114542024DE3C7CD56
5E1472590CE3337411C96010162453F85C120A20D2072CDEBF43B20CE4A2853D91DF7D7A583194
135D78C0C57F496F73F7289744CD5013D481F1043C17CC3409E4F1CD4D33D738B1A974CD463D63
385070C45CB38001F5F5DF11F97DB1CE111E5794364724A1D55441CC04281EE5E0C542A51FE322
E0F32ABC0355D2F5C8082A0D81531D088D0077EB9F5FC451FDC292AD270C09FDA95315604E1AF0
2D5D7594381533B1F30D73CDC97E8728145705FE727747877C9F83297203C311C90D15570C9104
51455664B20905100CFDF054A516492430DF3D90B1040E5E0C12883804D0617340553E52C433D3
0797C91F00FA1F914311F7831482D712A3C85C504A1D3DDD45E1001D954FE574FBD01244353615
3475C11C728BCCD44F0FA28E28A1C05015071800D7A5C77D0D91132BE0C3CDB0D4B195441D15CB
647281333CD305D2493D7057001347041C03C311D904178D0005535C13410795CBDD7B4728A3C5
14744A3F31403870FF1081E1004297573CF94414C9DC16570F2DCC7DC7E61CE7190C11C14DDD50
C43C1D07156E18150105405DFC55C17EF4536595CA1C754304565B5C31C145CA8FCA30CF214025
F409FC2C82E00DF70D5E3C29710A0F07E4DD78F9034847FCF09C297C72388297635C4077CBC127
099D0149893D371FF565972C0C29A80255A48B3C371B7DA3F90D43B8CF451AA78CA08A1F0177B7
DAA71054597011DA515C5EE90D199E3DF7714144084FA457F37ECFEB97896832EA0597C25F74F6
A781F25056AD9F72B8E140FCC3BCDBC795197DB0C37DFCCB0E5ED7CFA28FE80787EC59D30FA275
E3324F5460C0C1309F7879D555D3D71C73C975DEBBE09EA968128E04B315957E4A01725464A24D
2C85E10FF74751FA6AEFD3635FAA4343FCD14414D04E0155E73F743140455EF6DE35B1D3C596C7
9C7DED5C56D7259683C431DF048D805F04513DF61524A68A2158D7F3411F3FE3DFEB4D482FCCF7
CD754ABFA0F3754EFB25C71D29000896FEBCCCA0EBF894C3253697DFABD3ECE254D133F16FA0C8
6E8476E4C7F13790430D3643D412BB00BBF27872511F468A34340E2011531CEA57EAFCDF5CFC4B
2BA1D1283EC735074D1F84DBDF4E11F1CECB2447D473B1CD0CAE7BBF94D32497FB91E3D55C707A
3315F44B978100353F6ABCCFCFA2F05D13DF54411F5EA7C929394618CF78F152193395CE0112FD
3436AD1C3F5F2C92C3CCF5CFCD738825F679C0620B3CDEC81C10C101B20E1F469E575D4C511318
20524FEF40F4340F06202A283E0554EE7AFD094944C1477B47F7DC084F2C0BB03C4D17ED08E036
4AF015793B7C07CE91150641CA3D4219A4D15BCC8207DF47D4614E4F0C3ECF5C3C917CB3CCCF3E
F90EBB41427C7040C4F721D5080D80FB381CFF1796D3FCB3C3E5715D5C64F7317CE8603C385545
C10F02432B450E31E0BC60CC48F3801728FE1DF332C5854237E55A843D61D72012345A32FBD432
0D54B5AB5CB379E08EC711DF89EF537729B003A192F52B63C050165F4D9746D4A0CF73A10E7780
FEE8903449FCC50FB6F824B1472047D801E34D3C31C82197672827033E84C24FA5FF094087AE1D
5851572E039443C054A57E3D9CDF2CF75E3C3FDF0534D50700DF0344FD140E050552C2E7800442
1E1D78878538CB09FFD850FE4254D337A835470F94D90F91C578B1FC541D4D376383C10587EF12
D42AE3F34363F10341E31C51C06EA28440E24F1CF24D9C30DFDC3443C331FA5C714CC5F4454411
27B47C3328FE7B147387E512C3CFA0C60341410D95CA1171E520A8454D71E354B1C3CF36010F2D
CFCF614F25728BDA7449C170592945E70F41D365125B3FBDF71430C504B2435C1651EC7FD71D11
FF20B24B2430D4A5CEDF6E7DF709733710801B70E9514244E5CD332F8D4254E14705A2736795CF
0C135A7C90DE3D47D4F410C7CC17CA1C35D71F7473B3438E1B8CF35882A17D42B4511975EE400A
1C633A0C3FCFCF17582EF7DF5EA3DF7A97DC51D09F275045207AAA39E17544A0D15472157D82C5
1D741125B3CF24D2ABC4B04E2545324F3A0AA06004253D0D7C93C14FF1EA3FC7D1647509CC831C
60995FC4366868BF3A7413DF6C944A3D468711BCF3E8D05F5C92CE5D71940D43147F13781147FA
7F8259E5E31E13FED86CB3873D771B37373E38A74C37F72CF00F2C42E1F50D112DFAF0154A808C
38370F3053FC3CF10495CD5C3DC90DB35FF871440C0548E4800734531839A3F8D4728DE561C53D
D5C6FFF5CB243DCF5F7FF85C80F95C71D5BC578A2141D441547A04F7FE27106B5C3DCF0572870F
CE0E8542BA7C838920CAA9CB500421778FD8748036EBF0751AD57CE115B13FCBFC9D24FCDF2970
CA1C93D458151F1CD2475CE5F82830CF3573F3E4F2573A91C43D837128F741255CC71D727F7797
9827265A5C91C72F947958151A048D871005F05DF10E700B3C3D510D3BCFD410FE3CD75540E1EE
041441C644975C3E7DCF2DC138F00E04D6296AE05D750C7C5E9C485673415575CB1C139E3C7D57
CC35C94940144F057814349610674CCF11D725D1C407FDC3CC93FA6512034F33FC4F3BD82511D3
5415F3CF3C563AA814058187439281F1F5CFF317C928D1F51D72C95C79D75043512A1BCD0E72C7
50CF4414F107C1D78A5333DE389E9E5C364F7CB40314F33A2F45EE1E500991B20955B24A7432F7
2492FF1C01DA68C6830C6CC32C31C8557340207A5C54F4D35C95DEAABCD305AB43F97D840485C0
3470F971D35B0944CA5CB24A2835C3D0154E28FF4AA434F70C3E5468F2CD3491CFFBF250449338
1A1512581CC35F958A5C40E3FF53C1643B8E3D9E705C94372475655C541F0CA227CC3CF10473D0
78D54E043DC7C5A5DA84F0D127A71D5CC4CF5F335418A541564D1344A1C414FD115881173C3257
1170556F35CF2E10052074CE28E39CFB0B30FC14033C8FB8F70232ABC0355F1D142828480D2C2C
79C35F19D6EBC0351A7D7EE7F40A304BD35BEB7CA05001DFAE40D42E02700E11C3CC474D1D7DF3
7FF4F70DCD4F1D14470150141083704C92010700D96D27593DF4F25D71474C37D701700120A4D3
4407843830115013F86C0CF27D03F8D1C7570DFED50D95CCEF178D0D720FE4738C4C4F585504D0
58F7F03171F13D72C94C34F72F12704133D41CFCFA78828BA83CCD3D71F368EB84686248E50449
257D096F371058BA884FA3C34C94E978F643017C1D7880D41037D15CD0027D84C18D55C3287E77
24904A00D2543FA5D4D5E1F57594E8A95C452ED6571D4F424732DBE4A0FF5C70F65F4577CC8030
50F2570617B73972893C175F3F12713B95E1500E334000FB27FF4134250F28F0C32D10FA3C0505
10724F5D44DE45465FFD0A533CF5EE75A3434F44970186042135800CA6B73F0CF315945D04C7D1
2DA49725704A0553D724A3FF7402190F3E095C045DF370197895C95C11C365134F4592CCC9FD87
2CC7DB0F32815463D71573550D06004151CB0D0753C061F978A093CF92870F344401F5C50C0045
0F30431414570032495FF2C10F92971CB2532072504E149090B0034550C7511114FDD0331CA3DF
D510D35161D7D401F01D35DA12D2594549F840138F2014DA140297247044041CE9003C40E13446
E838D004CDC14DF5FF0570DFA51675CC75FC07918225518741518B09D41104242BC02C11509103
052CC3D452183134494451C33751908C801D7D254D441454605F4CD15574002559470141562C0C
07084C17244818755425D68029D269409658B090014424F5550303C000B1498C0020554E961401
544541549E41450142A4900C29B28F209049070151050271C30C004C032B4C3DF9D21FC1621438
7E08145BEF3D071081430E90971800445574F00D9C106472F85C5245350CFD04E3807FAB571CA1
CE7C3C540FF07A5CF7C90C4F11748CDD0593DD34B6544DE5886C071A78F0D6413119C1A24D3DF7
D3793F331336562B731C68D7373302017804DA2CB5D75C72D38C125FEDA71B5D538A10335FF8AE
712C3C405D7359EC5313AA8CCF2F4383F8A28F74B2106413C118F7D93F47D75C53D3CF9E59043C
F45C73F751804A3404150FA1C0748E4840374F51531F44CC08DD7E8F6C3CC7DC95C11C72473FDD
705C728854801F455E5054F2D1555913C0520E33F5CF65C6735C6B43540427E8AEF76471CFF535
CBBC32CBD471C445D00418A1C13D65434543D73DE05F2C9213273DC1383EAACC52C8115BF3CF3E
840D93535CC7D91CF5DBFF354724A387200C091C8389F95CB27C9700936B7EC3582368AF01D757
2654802223FC1DD157A75409483DE0F01CFF7AAAAC1455F3ACCB133CE4C33C4F0EC72C4CCECF34
50F473FC14C090B1C0CF0ACE4C0933CF007480300CFF07E2C333C755003F85D03FF5F80C341CC0
FCF004CF0ECB0805141C3F3302B33CE4E320D2A10C0EEAAF910CE0F3C7A4DEBD73F4A04C1EC33D
45768C3CCDE93F8F0EBB2C4CEDDBC54539624F7FCCE4C1B37FFFAFD7F4FE13748B929D03BC3F0A
C813FD7ECEE30CC0E0F36C2130FC20F133CF0742E4C133CB37EF41F35F132E557FEBFF99840555
C555C6749835EF35FB40558050A2874206EC25042F8ACC0FA4D53CC0'H
},
annot {
{
data ftable {
{
data gene {
locus "ND1"
},
location int {
from 2986,
to 3960,
strand plus,
id gi 0670650650016231
}
},
{
data rna {
type mRNA
},
location int {
from 2986,
to 3960,
strand plus,
id gi 0670650650016231
}
},
{
data gene {
locus "ND2"
},
location int {
from 4176,
to 5220,
strand plus,
id gi 0670650650016231
}
},
{
data rna {
type mRNA
},
location int {
from 4176,
to 5220,
strand plus,
id gi 0670650650016231
}
},
{
data gene {
locus "COX1"
},
location int {
from 5607,
to 7160,
strand plus,
id gi 0670650650016231
}
},
{
data rna {
type mRNA
},
location int {
from 5607,
to 7160,
strand plus,
id gi 0670650650016231
}
},
{
data gene {
locus "COX2"
},
location int {
from 7309,
to 7992,
strand plus,
id gi 0670650650016231
}
},
{
data rna {
type mRNA
},
location int {
from 7309,
to 7992,
strand plus,
id gi 0670650650016231
}
},
{
data gene {
locus "ATP8"
},
location int {
from 8078,
to 8245,
strand plus,
id gi 0670650650016231
}
},
{
data rna {
type mRNA
},
location int {
from 8078,
to 8245,
strand plus,
id gi 0670650650016231
}
},
{
data gene {
locus "ATP6"
},
location int {
from 8236,
to 8919,
strand plus,
id gi 0670650650016231
}
},
{
data rna {
type mRNA
},
location int {
from 8236,
to 8919,
strand plus,
id gi 0670650650016231
}
},
{
data gene {
locus "COX3"
},
location int {
from 8919,
to 9703,
strand plus,
id gi 0670650650016231
}
},
{
data rna {
type mRNA
},
location int {
from 8919,
to 9703,
strand plus,
id gi 0670650650016231
}
},
{
data gene {
locus "ND3"
},
location int {
from 9776,
to 10124,
strand plus,
id gi 0670650650016231
}
},
{
data rna {
type mRNA
},
location int {
from 9776,
to 10124,
strand plus,
id gi 0670650650016231
}
},
{
data gene {
locus "ND4L"
},
location int {
from 10195,
to 10491,
strand plus,
id gi 0670650650016231
}
},
{
data rna {
type mRNA
},
location int {
from 10195,
to 10491,
strand plus,
id gi 0670650650016231
}
},
{
data gene {
locus "ND4"
},
location int {
from 10485,
to 11865,
strand plus,
id gi 0670650650016231
}
},
{
data rna {
type mRNA
},
location int {
from 10485,
to 11865,
strand plus,
id gi 0670650650016231
}
},
{
data gene {
locus "ND5"
},
location int {
from 12070,
to 13907,
strand plus,
id gi 0670650650016231
}
},
{
data rna {
type mRNA
},
location int {
from 12070,
to 13907,
strand plus,
id gi 0670650650016231
}
},
{
data gene {
locus "ND6"
},
location int {
from 13901,
to 14422,
strand plus,
id gi 0670650650016231
}
},
{
data rna {
type mRNA
},
location int {
from 13901,
to 14422,
strand plus,
id gi 0670650650016231
}
},
{
data gene {
locus "CYTB"
},
location int {
from 14497,
to 15637,
strand plus,
id gi 0670650650016231
}
},
{
data rna {
type mRNA
},
location int {
from 14497,
to 15637,
strand plus,
id gi 0670650650016231
}
}
}
}
}
}
}
}