Haliotis asinina (tropical abalone): 137283313
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Entry
137283313 CDS
T10448
Name
(RefSeq) meiosis regulator and mRNA stability factor 1-like
KO
K17573
meiosis arrest female protein 1
Organism
hasi Haliotis asinina (tropical abalone)
Brite
KEGG Orthology (KO) [BR:
hasi00001
]
09180 Brite Hierarchies
09181 Protein families: metabolism
01009 Protein phosphatases and associated proteins [BR:
hasi01009
]
137283313
Protein phosphatases and associated proteins [BR:
hasi01009
]
Protein serine/threonine phosphatases
Phosphoprotein phosphatases (PPPs)
Protein phosphatase-1
PP1-interacting proteins (PIPs)
137283313
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
MARF1_LOTUS
OST-HTH
NYN
RRM_MARF1
RRM_1
DUF6538
DUF7923
CUB_CDCP1_2
Motif
Other DBs
NCBI-GeneID:
137283313
NCBI-ProteinID:
XP_067670867
LinkDB
All DBs
Position
5:complement(26706314..26723516)
Genome browser
AA seq
1616 aa
AA seq
DB search
MGEDSPAIGVFWDIENCPVPKWKSALSVVQRIRDRFFHGHREAEFMCVCDILKERKDIIE
ELNSAQVDIIHISASSKNAADDKIKQSLRRFADTHPPHTKVILISGDVNFSMDLSDLRHR
KNFHVILIHRAHSHQSLIACANEHYCFEELVEDVPCRSPSKTFEGLSEVEVRGFPSHVHS
DKLRARLKKLSENCGGRITSITQDYALLKFSSHEVALRAQKRMDGEDVYGQKIIAQIPAT
SSTGDSTVGSPQTGYTKRSKLSMPGFGSPKHYNRHSSPSGDRRTFRNNSPYRGCLSAPVA
SGYTSSPEANHRQPDFEADKQSDSYSTNGKRPSREMLMLQQQRYQESQHKLNGGCGAGGD
AGDEMDNTGELDNHRYAQRSGHWSGDEKGKMQSYKRRHFSGSHSDEHTENYHYYSALSHN
SSFTCGSSSPNHNPQRARHGSGHYGNRPKSVPYELDYPYGSSWPPPQDNEFFHRGSPNFH
SYSPRRYNYMNSNQNNCNYQQNNYHNNFHNNINSSNSFQPIMPGVSPPGSPLTDGSSPQG
MGPVELVVTNLDYNISAKEWRKILFTTFHPHVKVLNVHVKTQLDNTCIGMIKVPTIEEAR
FAISQFHRKKIGYKRIQVSLKTDDAHTASVNIRAEAIALLQESKGNVLPLFKFIELFDKR
YHKSISVSELYKMRDTLDIREQGGAGRMVYLAPVLSKPPTPLEASDTDGEEVLEEPVCAS
HCPEGSVFYAEAMNSSMLPNVRIQLKTLAAQVHSMLQSHNGHMPLMSFPACYAAEFSPLV
SVKEGVPLEHLISCVPGIQVQVSRLGVKKVQWMENQPPQAIEFGRQSATASPLLSHQLGQ
ISREVTDLLKHSANCRMPVSKFIPAYHHHFGRQCRVADYGYTKLMELFEAIPYALQVLGT
GDRKILTLSHRAQIRRFTADLLKVLKGQPAKQLAVEEFAEAFEAVFGKTWDVTEYGVCYI
EDLLMEIPPSTLLMTVEEGKSFISVPKRDQTPDEIERTKQFALEVVDLLKHNPRCRMPFN
KFIPAYHHHFGRQCRVADYGFTKLTDLFEAVPQVVELEEEGDERLLRLTQPEIRKVLSEQ
ITNLLKIQPGHGMIKDELLPAFTRQFGFNLHLQDFQVVSLDALLARLRHIISIETYNNVE
YVVLMKTTELPPLALRVLQLLMDQSSGCLPLVELCSWYKTTFSEECDVQTIKEELVDFVH
VSGDDDGSAVIRLTALQTLARDIRHMLMRHGRIPLHQFDKIFFEVHGVEIKPALHGFDCT
HSLLQAIPHVVSVRGKGNRKYVQLSPAIKVPATLPASLKGSPARIFFSGDHKALNAGKGE
SSNDSGVNDGLDEDIDTSHVDVLSQPVPSAIPSPELRPALHHTKDLIQLDSPQDQDILYL
TDEEKRGQKTPLCLTPTSELLQFAAQCLVIRPPEGAGNSRSTSPAIDSQQGLTRNSALTL
AVTATESGDHDSSSSNELLELLKGGWWKASPEQLEEVSRTFRVTASGRESPADPALRSHG
HTPSIEPAEKLPNGEEAGSSANTATSTSVEVPAPESGSINTTLKDASSSFSSDESSEQNA
AHDVSFDEMFKMSMPLETSSTKSSTGSATDTPVSSPRKSRSRMAARFVNPIHNDSA
NT seq
4851 nt
NT seq
+upstream
nt +downstream
nt
atgggagaagattcccctgctataggagtgttctgggacattgagaactgtccagtccca
aaatggaaatcagccttgagtgtagttcagcggatacgtgaccgcttcttccatggtcat
cgagaggctgagttcatgtgtgtttgtgatatcttaaaagaacgcaaggacatcatagag
gaattaaactcagcgcaggtagatattatacacatcagtgccagcagtaagaatgcagct
gacgacaagattaaacagagtttacgacggtttgctgacacccatccgcctcacaccaaa
gttattctcatctcaggtgatgtcaacttttctatggacctctctgacctccgacaccga
aagaatttccatgtcatcctcatccatcgtgcacactctcaccagtccctcatcgcatgt
gctaacgagcactactgtttcgaggagcttgtagaggatgttccatgtcgatcaccatca
aagacatttgagggactttcagaagtagaagtgcggggcttcccctcccacgtgcactct
gacaaactgagagcccgactgaagaaactgtctgagaactgtggcgggcgtatcactagt
atcacccaggactatgccttgctcaagttcagcagccatgaagttgctctcagagctcag
aagagaatggacggagaggatgtgtatggccagaagattattgctcagataccagctaca
tccagcactggagacagcacagtaggatcacctcagacagggtatacaaagaggtcaaaa
ctttcgatgccaggttttggaagtcctaaacattataatcgacacagcagtccatccggg
gacagaaggacattccgcaataactccccatatcgcgggtgtctgagtgcacctgtagcc
agtgggtacacctcgagccccgaggccaaccacagacaacctgattttgaagctgacaaa
cagtcagacagctattcaacgaacgggaagcgaccaagtcgagagatgttgatgttgcag
cagcaacgctaccaagagagtcagcacaagctgaatgggggctgcggagcagggggagat
gctggggatgagatggacaatacaggtgaactggacaaccacagatatgctcagcgcagt
ggccactggtcaggagatgagaaagggaaaatgcagagctacaagagaagacattttagt
ggatctcattctgatgagcacactgagaactatcactattattctgcccttagccacaat
tccagcttcacttgtgggagcagcagccctaaccacaaccctcagcgtgcccgacatggc
agtggtcattatggaaatcgccccaagagtgtcccctatgagttggactacccatatggc
tcttcatggcctccaccacaggataatgagttcttccaccgagggagtccaaactttcat
tcatatagccctcgacgttacaactacatgaactccaaccaaaacaattgtaactaccaa
caaaacaactaccacaacaacttccataacaacatcaatagcagtaacagcttccagccc
atcatgcctggtgtgtcacccccaggctccccactcactgatggctcctcccctcaggga
atgggtccagtagagctggtggtcacaaacctcgactacaacatcagtgccaaggagtgg
aggaagatcctttttaccaccttccatcctcatgtcaaggttttgaatgtgcacgtaaag
acccagttggacaacacttgtataggcatgattaaagtccccaccattgaggaagcacgt
ttcgccatctcccagtttcacagaaagaaaattggctacaagcgtatacaggtcagcctg
aagacagacgatgcccacacagccagtgtgaacatccgggctgaagccatcgcactactg
caggagtctaagggcaatgtactgccactcttcaagttcattgaactgtttgacaagagg
taccacaagtccatcagtgtatcagagctgtacaagatgcgtgatacactagacatccgt
gagcagggcggagcaggtaggatggtgtatctggcacctgtgctttctaaacccccaacc
cctctagaggcatcagacacagatggggaggaagttctggaggagcctgtgtgtgccagt
cactgccccgagggaagtgtgttctacgcagaggccatgaactcgtccatgttgcccaat
gtccgcattcagttgaagacacttgctgcccaggtccactctatgctgcagtctcacaat
ggccacatgccacttatgagtttcccagcctgttatgctgctgagtttagtcccctggtg
tctgtgaaggagggggtgcccttggagcacctgatcagctgtgtgcccggcatacaagtg
caagtatctcgactgggtgtcaagaaggtgcagtggatggagaaccagcctccccaggca
atagagtttggtcgtcagtcagctacagctagtcccctcctgtcccaccagctggggcag
ataagccgtgaggtgaccgatcttctcaaacacagcgccaactgcagaatgcccgtgtcc
aagttcataccagcatatcaccatcatttcggacgccagtgtcgtgtagccgactatggt
tacacaaaactcatggagcttttcgaggctattccatatgctctgcaggttctaggtacc
ggagatcgcaagatcctgactttgagtcaccgtgctcagattcgtcgcttcactgctgat
ctactcaaggtgttgaaaggccagcctgctaaacagttggcagtagaggaattcgctgag
gcttttgaagctgtgtttggcaagacttgggatgttacggagtacggagtctgttacatc
gaggatcttctcatggagatccctccatcaactctgctgatgactgtggaggagggcaag
tccttcatttcggtccctaagagagaccagacaccagatgagatagagcgcactaaacag
tttgcactagaagtagttgatctacttaagcataacccacgatgtcgcatgccattcaac
aagttcatcccagcataccatcaccacttcggaagacagtgcagagtagcagactacggc
tttacaaagcttaccgaccttttcgaagctgtgcctcaggttgtagagctggaggaggag
ggtgatgaaaggctcctgcgactcacacagccagaaatcaggaaagttctatctgaacag
atcactaacctgctcaagatacaaccaggtcatggcatgataaaggatgaacttctacca
gccttcactcgtcagttcggcttcaaccttcatctacaagatttccaggtggtgtcactg
gatgctcttctggcaaggctaagacacatcatcagtattgagacttacaacaatgtggaa
tatgttgtgttgatgaagaccaccgagttgcctccccttgctctgcgtgtcctacagttg
ctgatggatcagagctcaggctgccttcccctggtggagctgtgcagctggtacaagacc
actttctctgaggagtgtgatgtccagaccatcaaggaagagcttgtggattttgttcat
gtgtcgggggacgatgacggctcggcagtgattcgcctgacagcgctgcagactctcgct
cgggacatccgccatatgttgatgcgccatggccgaatcccactccatcagtttgacaag
atattctttgaggtgcatggagtggagataaagccagcactgcatgggtttgactgcacc
cactccctcctgcaggccattccgcatgttgtgtctgtccgaggaaagggcaaccgtaaa
tacgtgcagctgtccccagccattaaagtgccagctacactgccagcctcactcaaaggg
agtccagctcgcatcttcttttctggggaccacaaggctttgaatgcaggaaaaggagag
tcctccaatgattctggggtcaatgatggtttagacgaggacattgacacgtctcatgtg
gatgtactgagccagccagtgccctcggccattccatcccctgagctcagaccagctctt
catcatacgaaggacctcattcagcttgactcaccacaagaccaggacatcctgtacttg
actgatgaggaaaagcgaggacagaagacaccactgtgtctgactcccacatccgaacta
ttgcagtttgctgcccaatgcctcgtcatccgaccgccagaaggtgctggcaacagtcgg
agcacgtcaccagccattgacagccaacagggactcactagaaatagtgcactgaccctg
gctgtcacggcaacggaatcaggtgaccacgactcctcttcatccaatgaactgctggag
ctactgaaaggaggctggtggaaggcaagcccagagcaactggaagaagtaagcagaact
ttccgtgtcacagcctctggacgagagagtccagctgaccctgcactccgtagccatggt
cacactcccagtatagagccagcggagaaattgcccaatggtgaagaggctgggtctagt
gccaacacagctacctccacttcagtggaagttcctgcccctgaaagtggcagcataaat
accactctgaaggatgcaagtagcagttttagcagtgatgaaagtagtgagcaaaatgct
gcccatgatgtgtcatttgacgagatgtttaagatgagtatgcccctggagaccagctct
actaagtccagcacagggtctgccacagacaccccggtttcctcaccaaggaagtcgcgc
tccaggatggcggcaaggttcgtcaaccccatacacaatgacagtgcttga
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