Siniperca chuatsi (mandarin fish): 122879990
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Entry
122879990 CDS
T08948
Name
(RefSeq) LOW QUALITY PROTEIN: protein diaphanous homolog 1-like
KO
K05740
diaphanous 1
Organism
schu
Siniperca chuatsi (mandarin fish)
Pathway
schu04510
Focal adhesion
schu04810
Regulation of actin cytoskeleton
schu04820
Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:
schu00001
]
09140 Cellular Processes
09144 Cellular community - eukaryotes
04510 Focal adhesion
122879990
09142 Cell motility
04820 Cytoskeleton in muscle cells
122879990
04810 Regulation of actin cytoskeleton
122879990
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
04812 Cytoskeleton proteins [BR:
schu04812
]
122879990
Cytoskeleton proteins [BR:
schu04812
]
Eukaryotic cytoskeleton proteins
Actin filaments / Microfilaments
Actin-binding proteins
Formins
122879990
BRITE hierarchy
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Ortholog
Paralog
GFIT
Motif
Pfam:
FH2
Drf_FH3
Drf_GBD
FH3_FHOD1-3
Drf_DAD
IL11
Motif
Other DBs
NCBI-GeneID:
122879990
NCBI-ProteinID:
XP_044060619
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Position
LG8:15665663..15767736
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AA seq
1211 aa
AA seq
DB search
MDPHSGNSASAPGPKKEKKSKKNYEDGDGKKKFTLKRLIPDELERFTSIRMKKDKEKPGH
VPGQRHSSAASYEINAPSAMLHDHSDEYVLELFEQMLVDMNLNGEKQQPLREKDIMIKRE
MVSQYLHTSKAGQDQKEGSKSAMMYIQELKSDYRDTQLLSCLESLRVSLNNNPVSWVQNF
GNEGLALLLNLLKRLQEEKDEYPMMGVKCQHEIIRCLKAFMNNKYGLKSMLESDEGIPLL
VKAINPRVPHMMVDAVKLLSAISILEHPENLHERVLEAITEEAERRDIERFQPLLAGMNI
HNIALKGGCMQLINALISRGEELDFRIHIRSELLRLGLRDQLTEVRTIENEELRVQLTVF
DEQAEDDSEDLKARLDDIRIEMDDVREVFEILVNTVKDSKAESHFLSLMQHLLLIRNDYM
ARPQYYKLMDECIAQIVLHRNGADPDFKCRNLSLNIEGLIDNMVDQTKVEASETKANELE
KKLDAELTARHELQVELKKLEGDYEQKLQDLSQEKEQLASSKLDREKENQGLQQQLSTLQ
QQIEKLSKDLEEAKTKVVTVTVPVPTPSFPPPPPAPPLPGQNAGMPPPPTPPPPLPGHAG
MPVPPPPPPLPGHASIPPPPPPPPLPGMPGPPPPPPPPGMPGPPPPPPLLGMGPPPPPPP
PGGPGIPPPPPGPGMPPPPPFGSWGAPAPPPLPFGLKPKKEYKPEVQLKRANWRKIGPED
LSENSFWTKAREEQFENNELFAKLTLAFSSQTKTTKAKTEHDGVDEKKQMQKKKVKELKV
LDSKCSQNLSIFLGSFRLPYEDIKNAILEVNEKILTESMAQNLIKQLPLPEQLSVLGEMK
DEYDDLAESEQFGVVMSSVKRLMPRLQAILFKLQFEEQLNNIKPDVVSVTAACEELRKSQ
TFSKLLEIILLVGNYMNSGSRNGKAFGFSISYLCKLRDTKSADLKQTLLHFLADVCQEHY
PEVMSFTDELIHVEKASRVSAETLQKNLELMGRQIKNLEKDLETFPPPQSDKDLFVEKMS
SFVGLAHEQYEKLDLLHKNMEKQYTDLGEFFVFDPRKISVEEFFGDLNTFKNMFQQAVKE
NQKRKEAEEKIKMAKLAREKAEKEKEEKLKKNQLLDINAEGDETGIMDGLLEALQSGAAF
RRKRGPRQAANHRRAGHAVTSILAKELMQEDTPSSSKVPTKKKRSEEKEEPKLEGAESLE
ELLEAATPRSH
NT seq
3636 nt
NT seq
+upstream
nt +downstream
nt
atggatccacattcggggaattctgcctcagctcctggtcccaagaaagagaagaaatca
aagaagaactacgaggatggagatgggaaaaagaaatttacactcaaacggctgattcct
gacgagttggagcgtttcaccagcataaggatgaaaaaggacaaggagaagcctggccat
gtgccaggtcagcgacactcttcagctgctagctatgagatcaatgctccgagtgctatg
ctgcatgatcattctgatgaatatgtcctggaactcttcgaacagatgctggtggatatg
aacctgaatggggagaagcagcagcctctaagggaaaaagacattatgatcaaacgagag
atggtctcccagtacctccacacatctaaagctggccaagaccagaaggagggctccaaa
tcagccatgatgtacatccaggagttaaagtcagactaccgagacacacagctgctgagc
tgtctggaatctctgcgagtctcactcaataacaaccctgtcagttgggtgcagaacttt
ggaaatgaggggctggccctgctgctgaatctgcttaaaagactacaggaggagaaagac
gagtacccaatgatgggagtgaaatgtcaacacgagatcattcgctgtctaaaagctttc
atgaacaacaagtatggtctaaaatccatgctggagtcagatgagggaattcctctgctg
gtcaaagccatcaaccctagggtgcctcatatgatggtggatgctgtcaagctgctctct
gccatatcaattttggaacatcctgagaaccttcatgagcgtgttttggaggccattaca
gaggaggccgagagacgggacattgagaggtttcagcctctcctggctggcatgaacatt
cacaacattgctcttaagggtggctgcatgcagctaatcaacgccttgatcagccgggga
gaagagttggacttcaggatccatattcgctctgaactgctaagattgggactcagagac
cagctgacggaggtgcggacgatagaaaacgaagagctgagggtgcaactcacggtgttt
gatgagcaggctgaagatgactctgaggacctcaaagcacgtcttgatgacatccgcatt
gagatggatgatgtgagggaagtgtttgagatcctagtcaacaccgtgaaggactccaag
gcagaaagccacttcctgtccctgatgcagcacctgctgctgattcgtaatgattatatg
gccaggcctcagtactacaagctgatggatgagtgtatcgctcagatcgtgcttcacagg
aatggagcggaccctgacttcaagtgccgtaatctcagcctcaacattgagggcttgata
gacaacatggtggaccagaccaaggtggaagccagcgagaccaaggcaaatgagctggag
aagaagctggatgcagagttgacagcacgccacgagttgcaggtggagctgaagaaactg
gagggtgactatgagcagaagctgcaggacttgagccaagagaaggaacagttggcctct
tctaagctggaccgagaaaaggagaaccagggactacaacaacagctaagcactctgcaa
cagcagattgaaaagctgtctaaggatctggaagaggccaagactaaagtagtcacagtt
actgttcctgtgccaacacccagttttccccctccaccacctgccccgcctctccctggc
cagaatgcaggtatgccccctcctcctaccccacccccaccactaccaggccatgcaggc
atgccggttcccccaccccctcctcctttaccgggtcatgccagtattccgcctcctcct
ccgccacctcctttaccaggcatgccaggacctccaccacccccgcccccccctggcatg
ccaggaccgccaccccctccacccttactggggatgggacctcctccaccaccaccaccg
cctgggggtcctggtatccctcctccaccaccaggcccaggcatgcctccacccccaccg
tttggtagctggggtgcccctgcaccacctccactgccttttgggctcaagcctaagaag
gagtacaagcctgaggtccagctgaagagagccaactggagaaagattggacctgaggac
ctctctgagaacagtttctggaccaaggcaagagaggagcaatttgaaaacaatgagctc
tttgccaaactcaccttggccttctcctcacagacaaagaccactaaagccaaaacggag
catgatggcgtagacgaaaagaagcagatgcagaagaagaaggtgaaggagctgaaggtt
cttgactccaagtgttcacagaacctttccattttcctgggatcattccgtctcccttat
gaagacatcaagaacgccatcctggaggttaatgaaaagatcctcacagagtccatggct
cagaacctgatcaaacaactgccattaccagagcagctgagtgtgctgggagagatgaag
gatgaatatgatgacttggctgagtccgagcagtttggagtagtgatgtccagcgtgaag
cggctaatgccacgacttcaggccatcctgttcaaactgcagtttgaggagcagctgaac
aacatcaagccagatgtggtgtctgtgacggccgcctgcgaggaactcaggaaaagccaa
accttctccaagctgctggagatcatcctccttgtcgggaactatatgaattctggctcc
cgcaatggaaaggcatttggtttttccatatcatacttgtgcaagctgcgtgacaccaaa
tcagctgatctgaagcagacattgctccatttcctcgctgatgtgtgccaggagcattat
cctgaagtcatgagctttacagatgagctcatccatgtggaaaaggccagcagagtttct
gccgagacacttcagaagaaccttgagctaatgggccgtcagatcaaaaatctggaaaaa
gatctggaaaccttccctccgccacaaagtgacaaggacctgtttgtggagaagatgtcc
agttttgtgggtctcgcccatgagcagtatgagaagctggatctgctgcataagaatatg
gagaagcaatataccgacctgggagaattctttgtctttgatccgagaaaaatctccgta
gaggaattctttggcgacctcaacacctttaaaaacatgttccagcaagcagtgaaggag
aatcagaagaggaaggaggctgaagagaagatcaaaatggccaaactggccagggaaaag
gcagagaaggagaaggaggagaaactcaagaagaaccaactccttgacatcaacgcagag
ggtgatgaaactggtatcatggatggcctgttggaggcgctgcagtccggcgctgctttc
aggagaaagcgaggaccacggcaagcagccaaccaccgacgagctggtcatgcagtgacc
agcatcctggccaaagagctgatgcaggaagacacgccttcatccagcaaagtgcccact
aagaagaaaaggtcagaggagaaggaggagcctaaactagaaggagcggagtcattagaa
gagttactcgaggctgctactcctcggtcccattag
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