Austrofundulus limnaeus (annual killifish): 106522706
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Entry
106522706 CDS
T06063
Name
(RefSeq) MICAL-like protein 2
KO
K21068
MICAL-like protein 2
Organism
alim
Austrofundulus limnaeus (annual killifish)
Pathway
alim04530
Tight junction
Brite
KEGG Orthology (KO) [BR:
alim00001
]
09140 Cellular Processes
09144 Cellular community - eukaryotes
04530 Tight junction
106522706
09180 Brite Hierarchies
09182 Protein families: genetic information processing
04131 Membrane trafficking [BR:
alim04131
]
106522706
Membrane trafficking [BR:
alim04131
]
Exocytosis
Small GTPases and associated proteins
Rab associated proteins
106522706
Protein recycling
Rab GTPases and associated proteins
Other Rab GTPase associated proteins
106522706
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
bMERB_dom
CH
CAMSAP_CH
DUF5832
Motif
Other DBs
NCBI-GeneID:
106522706
NCBI-ProteinID:
XP_013871290
UniProt:
A0A2I4BU63
LinkDB
All DBs
Position
Unknown
AA seq
1169 aa
AA seq
DB search
MAAVKALQQWCRIQCEGYRDVSVTNMTTSFRDGLAFCALIHKHRPDLIDFNSLKKEDVYE
NNKLAFKVAEEELGIPALLDAEDMVALRVPDRLSILTYVSQYYNYFHGRSPIGGMGGIKR
PAEPVTDEPPGKKNQPVTSKVFGTSKPTRENSPPRSSNITRPSSSPKSVRNSTQDVGKSN
QTGTLSNKCTSCNQHVHLVQRHLVDGKLYHRNCAKLLPSNTSSPLRDLTANSYISKFSPQ
PEPSKANTVTPAPTPSTVGSSWLTKTSDTPSNGPAGLSTLSGSSAAKDTSTAFGSKPTAS
RDTTFTTKGSNAFAASPSSRPTSGSAPAAKESSTAFVSKPAASCETPSTAKGSSAFSTSL
FSKPSSGLSSAAKESPTIVLTKPTASQESTFTTKGSKAFSSSDTTFAAKGSSAFSTSPSK
PSSGLSSAAKESPRVFVSKPAASHDTKLGTKDAKAFSTSPSSKPSSGLSSAAKESPTAFL
TKPIASQETNFTTKGSSAFSTSPSSKPSSGLSSAAKESPTAFVYKPAASHDTKLGTKDTK
AFSTSPFSKPSSSLSSAAKESPAASLTKPTASQETNFTTKGSSAFPTSPSSKLSSGFSSA
AKESPAASLTKPTASRDTTFSPKGTKAFSASPSKPSSSLSSASKESPAAFLSKPAASRDN
KSTTKGSNAVSTSPFLQPASPPSPAEQKSPTGFLSKPTSSHDTTFSTTITISPAPTAAPS
TSVTAAKTQEAKLKFLQHTSNXEEKKTPTFNTDVHKGPSVTGKKQEVLPGQLVTVVINVN
DVDKGGVAAKTTAVAGRVKTKQENSDSNETKASAAAFISKNLFEETNNNNNKPAWTTVAL
KKTDNKSPAQAETPKKERGRVRLKADPSILSDLQLPEPRKPSPSPIGRRGLADRTQDKGR
LNVDKTSANTSENESPADWRLMLKPVSKDTKPQASSQTSPKPSANGATNTPKVSTRPSSS
SRITPTSPASLESQKEPKRNGAKAESTILKTKPDFIPTEEIIRELREIENNLNELEKTGI
ELEMKLRRSEEEGEDDSVMDELMVEWFSLIRNKQLAMRRESELVYIGKTQELEEEQPSVE
EALRRLMEKPEHLKTTWDKQKEEELMGKLLEIVNDRNAIVEGLDEDRLREEEEDEQLNQL
MKSFNLKKDKNKKKPTKFKLFSWGNKKDE
NT seq
3510 nt
NT seq
+upstream
nt +downstream
nt
atggcggccgtgaaggctctgcagcagtggtgccggatccagtgtgagggctaccgggat
gtttccgtcacgaacatgaccacgtccttcagggacggcttggctttctgcgccctcatc
cacaaacacagacccgacctgattgatttcaattctctgaagaaggaagatgtctatgaa
aacaacaaactggccttcaaggttgcagaagaagaactgggaattccggcgttgttggac
gcagaagacatggtggctctaagggttcccgaccgactcagtattctgacgtatgtctct
cagtactacaactacttccacggacgctctcccattgggggtatgggagggataaagcgt
ccagcggagcccgtcaccgacgaaccacctggaaagaagaaccaacccgtcacatctaag
gtgttcggcacttctaaacccaccagagaaaacagtcctcctcgttcttccaacatcaca
agaccctcttcttcaccgaaatccgtcagaaattcaacacaggatgttgggaaatccaat
cagaccggcaccttgagcaacaaatgtacgtcatgcaaccaacatgtacacttggtgcag
cgacatctagtggacgggaagctgtatcacaggaactgtgcaaagttgctaccatcaaac
acaagttcgcctcttcgggatttaacagcaaacagttatatttccaagtttagtcctcaa
ccagagcccagtaaggctaacacagtaactccggctcccacgccgtcgacagtgggatca
tcgtggttaacaaagacatctgacaccccttcaaatggccccgctggattatctacttta
tcgggttcctctgctgcgaaggacacctcaacagcatttgggtccaaaccaacagcatcc
cgtgacacaacctttaccacgaagggctccaacgcatttgcagcttcgccgtcttcacgg
cccacgtcaggctctgctcctgctgctaaggaaagttcaacagcttttgtgtctaaacct
gcagcttcatgtgagacrccatcaactgcaaaaggttctagtgcattttctacttcactt
ttttcaaagccgtcatcaggccttagttctgctgctaaagaaagtccaacaattgttctg
actaaacccacagcttcacaggagagtacctttacaacaaaaggctccaaagcattttct
tcttcagacactacctttgcagcaaaaggttctagtgcattttctacttcaccttcaaag
ccgtcatcaggactcagttctgctgctaaagaaagtccaagagtgtttgtgtctaaacct
gcagcttcacatgacaccaagttaggcacaaaagatgccaaagcattttctacttcacct
tcatcaaaaccatcatcaggacttagttctgctgctaaagaaagtccaacagcatttttg
accaaacctatagcttcacaagagactaactttacaacaaaaggttctagtgcattttct
acttcaccttcttcaaagccttcgtcgggacttagttctgctgctaaagaaagtccaaca
gcatttgtgtataaacctgcagcttcacatgacaccaagttaggcacaaaagacaccaaa
gcattttctacttcgcctttttcgaaaccttcatcragccttagttctgctgctaaagaa
agtcctgcagcttctctgaccaaacccacagcttcacaagagactaactttacaacraaa
ggttctagtgcatttcctacttcaccttcttcaaagctgtcgtcaggttttagttctgct
gctaaagaaagtccagcagcttctctgaccaaacccacagcgtcacgtgatactacgttt
agcccaaaagggaccaaagcattttctgcttcaccttctaaaccttcatcaagccttagt
tctgcttctaaagaaagtccagcagcttttctgtccaaacctgcagcttcccgtgacaat
aagtctaccacaaaaggctccaatgcagtctctacatcaccatttttgcagcctgcatca
cccccgagccctgctgagcagaaaagtccgacaggttttctgtccaaacccacatcttca
cacgacactacctttagcacaaccatcaccatcagccctgctccaacggctgctccttct
acctccgtcactgcggccaagacgcaagaggccaagctaaagtttcttcaacatacatct
aatcwcgaagagaaaaagacgccgaccttcaacactgatgtacataaaggtccgtccgtg
actggtaagaagcaggaagtcctcccaggtcagcttgtaacggtggttatcaatgttaac
gatgtggataagggtggagtcgcagctaaaacgactgctgtggctggcagggtgaagaca
aaacaggaaaactctgacagtaatgagacaaaagcctcagcagcagcttttatctccaaa
aacctgtttgaggagaccaacaataacaacaataagccagcatggacaactgtagctctc
aagaaaacggataataaatctccggctcaagctgagacgcctaagaaggagagaggcagg
gtgaggctgaaggcagacccatccatcctctctgacctgcagcttccggagccccggaag
ccttctcccagtccgattggccggagaggactggcagacaggactcaagacaaaggaagg
ttaaacgtggacaaaacctcagccaacacatcagaaaatgagtctcctgcagactggagg
ttgatgctcaaacctgtctccaaagacaccaaacctcaggcttcttcacagacctctcct
aaaccgtcggctaacggagccacaaacacgccaaaggtttccaccaggccttcctccagc
tccaggattactccgacttctccagcatcactggaatctcaaaaagagccaaagagaaat
ggcgccaaggcagagtcgacgatcctgaagacaaaaccagacttcatccccacagaggaa
atcataagagagcttcgggaaattgaaaacaatctgaacgaactggaaaagacgggaatc
gagctggaaatgaagctgcgcaggagcgaggaagagggtgaagatgactctgtcatggat
gagcttatggtcgaatggttcagcttgatcagaaacaagcagttggccatgcgtcgtgag
tctgagctggtatacattgggaaaactcaggaactggaggaagagcaacccagtgttgag
gaggcgctcaggagactgatggagaaaccagagcatctgaagaccacctgggacaaacag
aaagaagaggagctgatggggaaactgttggagattgttaatgacaggaacgccattgtg
gagggtctggacgaggaccgactcagggaggaagaggaggatgagcagctaaaccagctg
atgaagagtttcaacctcaaaaaagacaaaaacaagaaaaagcccaccaagttcaaactg
ttcagctggggaaacaagaaggacgagtga
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