KEGG   Hippocampus comes (tiger tail seahorse): 109520705
Entry
109520705         CDS       T04969                                 
Name
(RefSeq) breast cancer anti-estrogen resistance protein 1-like
  KO
K05726  breast cancer anti-estrogen resistance 1
Organism
hcq  Hippocampus comes (tiger tail seahorse)
Pathway
hcq04148  Efferocytosis
hcq04510  Focal adhesion
hcq04810  Regulation of actin cytoskeleton
Brite
KEGG Orthology (KO) [BR:hcq00001]
 09140 Cellular Processes
  09141 Transport and catabolism
   04148 Efferocytosis
    109520705
  09144 Cellular community - eukaryotes
   04510 Focal adhesion
    109520705
  09142 Cell motility
   04810 Regulation of actin cytoskeleton
    109520705
SSDB
Motif
Pfam: CAS_C Serine_rich SH3_1 SH3_9 SH3_2
Other DBs
NCBI-GeneID: 109520705
NCBI-ProteinID: XP_019733663
Position
Unknown
AA seq 1488 aa
MSVTNVLAKALYDNAAESPDELSFRKGDILTVLERDTQGLDGWWLCSLHGRQGIVPGNRL
KVLVGMYDKQQDHGSPSTTDPASSCPTSQMQRPLHPQSDFNQPPAPAQYTPMQSVYSTPN
LAQPKSDSIYMIPPLHGPKPNPQILYHVPSGPSGPPLKAKTDLSVKAPAPIQCEVSGEDV
YQVPPSLGLGLNQGITQAASSVLPGAGKDVYQVPSSLEKSTWKDSKTPGKGLSATQGGYV
YDTVKPDRDQYDVPLRHQFSTQQDVYDVPPTRDIFHTQVYDFPPTVSKEVSVAHLIKEET
YDVPSHLSNKKPQASTLPGQYMYSSPNDDHKPNVMHDEDVYDVPPPTLTKKHRGRDKVSQ
LAEEIYNFPARVHHGGQPPLDVYDIPREQEERGESECTNIYDVPPQVVRDAQLPGEELHR
AFKRLSASSTGSTLSNNSASSLDMLPVTDNELFSSSPAPFTGKPLLLDLDPAMERLSRLQ
QAVELSVSVMMSFITSNWRSPDNLEGNLPAIHQAADRVCFTLRDFLEFSRGAVTNAGQAT
DRSLQTKLGRQVGKLEEVFQSLIAQTQSLDAISWLHTELAKPQPGGDVLDQLIMTVRGIP
DDAKQLASFLHGNASLLFKRSHQQQLPLPPLPGGISSHVAGSESGSYQAGERVNIQSRPL
PSPPKFAAAEEEGGVDTPYETTEEGWMEDYDYVHLQGKEEFEKSQRQLMEKGSIIKNKTQ
LEQQQIKQFERLEQEVSRPINNDMTGWIPSLIHPPGNTLTKNVSSKLCHADRQLLLFYLE
QSEQNFTTINNAIDAFFTAVNSNQLPKIFVAHSKLVILSAHKLVFIGDTLSRQAKSPEVR
AEVGQSSNTLCNKLKDVYNCLSSSCGRPCFLSILRKYIRCWALFRKELMLPSHFMSWEAV
VLRNLKVLMVDAGQLDHLKGSFGSPDCVACLVFGTVTLSKGSQGKQRLAIQIIGHPGLHI
PHSITEITALSSILTPVNQSLCVKTLKPGYEFQVVRDAQLPGEELHRAFKRLSASSTGST
LSNNSASSLDMLPVTDNELFSSSPAPFTGKPLLLDLDPAMERLSRLQQAVELSVSVMMSF
ITSNWRSPDNLEGNLPAIHQAADRVCFTLRDFLEFSRGAVTNAGQATDRSLQTKLGRQVG
KLEEVFQSLIAQTQSLDAISWLHTELAKPQPGGDVLDQLIMTVRGIPDDAKQLASFLHGN
ASLLFKRSHQQQLPLPPLPGGISSHVAGSESGSYQAGERVNIQSRPLPSPPKFAAAEEEG
GVDTPYETTEEGWMEDYDYVHLQGKEEFEKSQRQLMEKGSIIKNKTQLEQQQIKQFERLE
QEVSRPINNDMTGWIPSLIHPPGNTLTKNVSSKLCHADRQLLLFYLEQSEQNFTTINNAI
DAFFTAVNSNQLPKIFVAHSKLVILSAHKLVFIGDTLSRQAKSPEVRAEVGQSSNTLCNK
LKDIVISTKTAALQYPSPGAARDMSEKVRELAGCTQQFKMVLGQLLML
NT seq 4467 nt   +upstreamnt  +downstreamnt
atgtctgtcaccaatgtgctggccaaggctttgtatgacaatgctgcagaatctcctgat
gaactatccttccgcaagggggacatcctgaccgtcttggaacgtgacacgcaaggactc
gatggctggtggctttgttcacttcatggtcgccaaggcattgtccctggcaaccgtctt
aaggttcttgttggcatgtatgacaaacagcaagatcatggaagtcctagcacaacagat
ccagcgtcatcgtgtcccacttcccagatgcagcgacccctccacccgcagagtgatttc
aatcaacctccagccccagctcaatacacaccaatgcagtctgtttactccacgcccaat
ctagcacagcccaaatctgattccatctacatgattccaccattgcatggccccaagccc
aatccccaaattttgtatcatgttccctctggcccaagtggaccacctcttaaggccaag
acagacctgagcgttaaggccccagcaccgattcagtgtgaagtatcaggggaggatgtt
tatcaggtgccaccttctttaggtctggggctaaaccaggggattacccaggcagcttct
tcagttttgccaggcgctgggaaggatgtgtaccaggtgccttcctctctagaaaagagc
acctggaaagatagcaagacacctggtaagggtctttctgctactcaaggaggctatgtc
tatgacacagtgaagccagaccgtgatcagtatgatgttccactcaggcatcaattttca
acccagcaggatgtatatgatgtgcctcccacccgtgacatattccacacacaggtttat
gatttcccacccacagtcagtaaagaagtttctgtcgctcatctaataaaagaggagacc
tatgatgtgccctcccatttgtccaacaagaaaccgcaagcctccactcttcctgggcag
tacatgtatagcagtccgaatgatgatcacaaaccaaatgtaatgcacgatgaagatgtc
tacgatgtgccaccccctacgctcaccaaaaaacacagaggaagagataaagttagccag
ctggccgaggaaatctacaattttccagctcgcgtgcaccatggagggcaacctcccctg
gatgtttatgacatcccaagagagcaagaggagcgaggagagagcgaatgcacaaatatc
tacgatgtcccgccacaggtcgtccgtgatgcccaattgccaggtgaggagctgcacagg
gcattcaagcggctctcggcctccagcacagggagcacactgagcaacaactcggcttca
tccttggacatgctccctgtcaccgacaatgagctgttctcatcatctcctgccccattt
actggaaaaccccttctgttagacctggacccggccatggagcgcctttcccgccttcaa
caagccgttgagttaagtgtctccgtcatgatgtcattcatcacgagcaactggcgaagc
ccggataacctggaggggaatcttccggccattcaccaggccgctgaccgggtgtgtttc
actctccgggactttctcgaattttcccggggtgccgtaacaaatgcgggccaggccacc
gaccgctccctgcagaccaaattgggccgacaggtgggcaaattggaggaggtctttcag
agtttaattgcgcagactcaaagtttagatgccatttcttggttgcatacagaacttgcc
aaaccacaaccaggtggggatgtcttagatcagctaataatgacagtgcgtggaatccca
gatgacgccaaacagctggcttcctttctccacggcaatgcctcgttgctcttcaaacgc
agtcaccagcaacagttaccgcttcctccattgccaggagggattagctcccacgtggca
ggatcagaaagtgggagctatcaagcgggagagcgagtaaacattcagtcgcgaccttta
ccctcgcccccgaagtttgctgctgcagaggaagagggaggtgttgacacaccctatgag
accaccgaggaaggatggatggaggattatgactatgtgcatctacagggtaaggaagag
tttgagaagagccaaagacaactgatggagaaaggcagcatcatcaaaaacaagacacag
ttggagcagcaacagatcaaacagtttgaacgactagagcaggaagtgagtcgaccgatc
aacaatgacatgactgggtggattccatcgttgattcacccaccaggcaacacgctgacg
aaaaatgtctcctccaagttgtgccacgccgaccgacaacttctgcttttctacctcgag
cagtctgagcagaacttcacaaccattaacaatgctatcgatgccttttttactgccgtc
aactccaatcagctgcccaagatctttgtggctcacagcaagcttgtcatccttagcgca
cacaagctagttttcattggcgacacgctatcccgtcaggccaagtcaccggaagttcga
gccgaggtcggccagagcagcaacaccctctgtaataagctcaaagatgtatataactgt
ctcagcagctcctgcggcaggccctgcttcctcagcatcctcaggaagtacatccgctgc
tgggccttgttcaggaaggagttaatgttgccctcccacttcatgtcctgggaggctgtg
gttctcaggaacttgaaggtcttgatggttgatgcagggcagttggatcatttgaagggc
agctttggatctccggattgtgttgcctgcctggtatttggtaccgtcacgttgagtaag
ggctcacagggaaaacaacggttagcaattcaaatcattggccaccctggtctacacatt
cctcattctattacagagattaccgcgctgagcagtatcttgactccagtcaatcagtct
ctttgtgtaaagacacttaaacctggttatgaatttcaggtcgtccgtgatgcccaattg
ccaggtgaggagctgcacagggcattcaagcggctctcggcctccagcacagggagcaca
ctgagcaacaactcggcttcatccttggacatgctccctgtcaccgacaatgagctgttc
tcatcatctcctgccccatttactggaaaaccccttctgttagacctggacccggccatg
gagcgcctttcccgccttcaacaagccgttgagttaagtgtctccgtcatgatgtcattc
atcacgagcaactggagaagcccggataacctggaggggaatcttccggccattcaccag
gccgctgaccgggtgtgtttcactctccgggactttctcgaattttcccggggtgccgta
acaaatgcgggccaggccaccgaccgctccctgcagaccaaattgggccgacaggtgggc
aaattggaggaggtctttcagagtttaattgcgcagactcaaagtttagatgccatttct
tggttgcatacagaacttgccaaaccacaaccaggtggggatgtcttagatcagctaata
atgacagtgcgtggaatcccagatgacgccaaacagctggcttcctttctccacggcaat
gcctcgttgctcttcaaacgcagtcaccagcaacagttaccgcttcctccattgccagga
gggattagctcccacgtggcaggatcagaaagtgggagctatcaagcgggagagcgagta
aacattcagtcgcgacctttaccctcgcccccgaagtttgctgctgcagaggaagaggga
ggtgttgacacaccctatgagaccaccgaggaaggatggatggaggattatgactatgtg
catctacagggtaaggaagagtttgagaagagccaaagacaactgatggagaaaggcagc
atcatcaaaaacaagacacagttggagcagcaacagatcaaacagtttgaacgactagag
caggaagtgagtcgaccgatcaacaatgacatgactgggtggattccatcgttgattcac
ccaccaggcaacacgctgacgaaaaatgtctcctccaagttgtgccacgccgaccgacaa
cttctgcttttctacctcgagcagtctgagcagaacttcacaaccattaacaatgctatc
gatgccttttttactgccgtcaactccaatcagctgcccaagatctttgtggctcacagc
aagcttgtcatccttagcgcacacaagctagttttcattggcgacacgctatcccgtcag
gccaagtcaccggaagttcgagccgaggtcggccagagcagcaacaccctctgtaataag
ctcaaagacattgtcatcagtacaaagacagcagcactgcaatatccatcacctggagcg
gccagggacatgagtgaaaaggtgagggagctggcaggatgtacccagcaattcaaaatg
gtgcttggacagctgttgatgctatag

  All links  
Ontology (1)   
   KEGG BRITE (1)   
Pathway (3)   
   KEGG PATHWAY (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (31)   
   KEGG ORTHOLOGY (1)   
   RefGene (27)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (43)   

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