KEGG   Strongylocentrotus purpuratus (purple sea urchin): 583151
Entry
583151            CDS       T01019                                 
Name
(RefSeq) DNA topoisomerase 2-binding protein 1
  KO
K11824  AP-2 complex subunit alpha
Organism
spu  Strongylocentrotus purpuratus (purple sea urchin)
Pathway
spu04144  Endocytosis
Brite
KEGG Orthology (KO) [BR:spu00001]
 09140 Cellular Processes
  09141 Transport and catabolism
   04144 Endocytosis
    583151
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:spu04131]
    583151
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:spu04147]
    583151
Membrane trafficking [BR:spu04131]
 Endocytosis
  Clathrin-mediated endocytosis
   AP-2 complex
    583151
Exosome [BR:spu04147]
 Exosomal proteins
  Exosomal proteins of colorectal cancer cells
   583151
SSDB
Motif
Pfam: BRCT PTCB-BRCT BRCT_2 TopBP1_BRCT0 RTT107_BRCT_5 ECT2_BRCT0
Other DBs
NCBI-GeneID: 583151
NCBI-ProteinID: XP_030829081
Position
Unknown
AA seq 1558 aa
MSTKVKFVVDGSVEQDLMLKAAQSVQSARLPTEKITGIDVLQLKSKDKHLYVCGQFSGEA
FEHLANIKCRIVGPQCVVSCLELQIAVPNVPHPINNIAMQDVVVSCSSIEKAQRAHIHQL
LEWMGGRVSKDLTEMVTHLVVGEVGSKKYHVAANLKKQIMLPDWIEVAWEESQTRHFSAT
SEAFLSEYRCPAFKGCIICVTGVESSQRQDVRQRVPQSGGYYTGELKYNECTHLIVGAAR
GPKFEFARKWKIHTVSINWFYDSIEAGYCLDEQLYNVLSQERPTSTPVKANQNQRLSTLG
DISAINVSSINPVNETAVSESNITMETSRLAPPPRPQSGLEELEKLDLAACEAEMFLDGC
KIFLSGFSGQHLEKLRKVVNAGGGTRFNQINENVSHVIIGNNIEEHVEELKGLPNRPLLV
SVHWLLECAKQGRQVSEGDFLLKDILDVEEAGKENEITFKLPGNQQPKRVSKVGARKKSD
EHTVEEEDILSQYLPNATSTGAGGNDSTMIQEENTDRTLGDENKSRGDDDDDDDDDETQI
DENEGGEDEGDGERSGIFAGKKFVVTGFPPEQYHEVCEMIPSQGGVVLPLNTRTIPDYAV
VPIIGSPVKITVGEIVTNCWLQMSLEGEALLEPSSNDLFTPIPIMKEAMPLRDCVISISQ
YCYVERDCLLHIAELLGARCQEYFVRKAVNNLEANTHLLLRDPEGTKYVAAKKWKVPAVT
RHWLLDCARTGKKRPEKNYLVDLPQKASTDLSTSTKEDPSPRKESPKAEEAPPAQTKPPS
LQKQPEKPSEDHPPKTPKSVTINEKSLVQEMSKASTPAGRPIRNKSLEMVKQPITNKTVD
QVKGQTPGGRESTPSRILRPGFKPSFDLDDAVAALDSPGMPAGKGYRRKSSLPLEEFFHQ
NIANALQMGSNTKGGAEDEDDDIVFKEEEPAPGILHGVVICVSKKLSRKQGDYNDIAVAL
GAEYHWTYDEHCTHFIFQGKANDTAKEFRLAKSQGKIIVSSHWLLACQEENKRLDETCYP
HTFNPKLSLSVVASQSRTPARSKRSKVAPPASATPLAPKPPPPATPLAPKPPPPMEKKEE
ELEADTMSDDELLRAVEIEEQSKTPGDHGTSIKQDLQKQLEDIMPSSLNLRGSRRRGRRP
GSSASISMAGDSADDSTGGRRSTRSRAKRGPEKKESDAGKDLGQHVEASQSVQITWDDPT
SRREKEKVMAQIKRTDNGHAEPEQHGEDVQQEEEHVMQDQGATKTDFARPSTSSHKAEDS
PPTPTPKAPPIRLPPAKPAVAPQPMDETQDDPQQEVLTKQTALPPKFLFTGMGAHEKIDY
SALIEELGGEVKDAQYFDASCSHIIVGIPTRNEKYLAALATGKWVLHKSYLEACRVERAF
VEEEPHEWGNRTDLSKLNETGKKMAVAATRWRMRIQDQEKMGSIIGAFDGWKVLLLVEKS
KEMCFKRLLEAGGAKVLAVRPPFTSHLDASHAFFDLHKVKVTADAVAIEELVQSGIMCLK
PEYIADYLVQDPCPDPENYIINEAKPILQKLVDQAGSATKRRGSELATTPRNKRTRHR
NT seq 4677 nt   +upstreamnt  +downstreamnt
atgagcacaaaggtgaaatttgtggtggatgggtccgtggagcaggacttgatgttaaaa
gcagctcagtcggtccaaagtgcccgtcttccaacagagaaaatcaccggtattgatgtc
ttgcagctgaaaagcaaggacaagcacctatatgtctgtggtcagttttctggggaagct
tttgaacacttggccaatataaagtgcaggattgtaggacctcagtgtgttgtatcatgt
ctggagcttcagatagcagttcccaatgtcccgcatccaatcaacaacatagccatgcag
gatgtagtggtcagctgctcaagcatagaaaaggcacagagggcacatatccatcagcta
ttggaatggatgggagggcgtgtttccaaggacctgactgaaatggtcactcatctggtc
gtaggagaagttggctccaagaaatatcatgttgctgccaacctgaagaagcagattatg
ttgccagactggatagaagtagcatgggaagagagtcagaccaggcatttcagtgcaaca
tccgaagcattcctgagtgaatacaggtgtcccgcattcaaagggtgcattatctgtgtg
actggtgtggagtcttcgcaacgacaagatgtcaggcaacgtgtgcctcaatctggtggc
tactacacaggagagcttaagtacaacgagtgtacccatcttatagtaggtgctgcacga
ggcccaaagtttgaatttgctaggaagtggaagattcatacagtttcaatcaattggttt
tatgacagtatagaggctggttactgtctggatgaacaactctataatgtgctctcacaa
gaacgaccaacttctaccccagtcaaggctaatcaaaaccaaaggctcagcacccttggt
gatatcagtgcaataaatgttagcagtatcaatcctgtaaatgagacggctgtaagtgag
tctaatatcaccatggaaaccagtcgtctggccccacctcctcgacctcagagtggctta
gaggagctggaaaagcttgatcttgccgcatgtgaagcagagatgtttcttgatggttgt
aagattttcttgagtgggttctctgggcaacatctggagaagcttcgtaaagtagtgaat
gcaggaggtggaactcgcttcaatcagataaatgagaatgtgtctcatgttatcatcgga
aacaacatagaggagcatgttgaagagttgaagggtttaccaaacaggccattattagtg
tccgtccactggttgctagagtgtgctaagcaaggcagacaagtctctgaaggtgacttt
ctgctcaaggatatcctggatgttgaagaggctggcaaggagaatgaaatcactttcaaa
cttcctggtaatcaacaaccaaagagagtatctaaagtaggtgcaaggaagaagtctgat
gaacacactgtagaagaagaagatatattgagccagtacttaccaaatgctacatccaca
ggtgcaggaggcaacgactccacgatgattcaagaagaaaacacagacagaactctgggt
gatgaaaataagagcagaggagatgatgatgatgatgatgatgatgatgagacacagata
gatgagaacgaaggaggagaggatgagggagatggagaaaggagtggaatctttgcaggg
aagaagtttgttgttactggtttccctcctgagcaatatcatgaagtgtgtgaaatgatc
cctagtcaaggaggtgtggtattacccctcaacacacgaaccatccctgactacgcagtg
gttcctatcattggttcacctgtcaagatcactgtaggtgagatagtgactaactgctgg
ctacagatgtctttggaaggagaggcgctgttggaaccgtccagcaatgatctcttcact
cctatccccatcatgaaggaagccatgccgttacgggattgtgtcatatctataagtcag
tactgctatgtggagcgtgactgtctcctgcacattgctgagctgcttggagcacggtgt
caggagtactttgttaggaaagctgtcaacaaccttgaagcaaacactcacctgctgcta
agagaccctgagggtaccaagtatgtggctgctaagaagtggaaggtgcccgctgttact
agacattggctgctggactgcgctaggacggggaagaaacggccagagaagaactatctt
gttgaccttccacagaaagcatcaactgacctttctacttcaaccaaagaggacccatca
ccacgaaaggaatcaccgaaagctgaagaagcccctccagcacaaacgaaacccccatca
ttgcagaagcaaccagaaaagccttctgaggatcatcctccgaagacacccaagagtgtg
acaatcaatgagaagtctcttgtgcaggagatgtccaaagcatccactcctgcaggtcgg
cccatcaggaacaaatccctcgagatggtgaagcagccaatcacgaacaagactgtagac
caggtcaaaggtcagactcccggcggcagagagagtacccctagcaggatcttgcgtcca
ggtttcaaaccctcgtttgacttggatgatgccgtagcagccttagattcccctgggatg
ccagcagggaagggttatcgaaggaagtctagcttgccattggaggaattcttccatcag
aacattgccaatgccctacagatggggagcaacaccaaaggaggggcagaggatgaagat
gatgatattgttttcaaagaagaggagcctgcaccaggtattctccatggagtagtcatc
tgtgtgagtaagaaactgagcaggaagcaaggagattacaatgacattgccgtggcgttg
ggagcagagtaccactggacgtatgatgaacattgcacccatttcatctttcagggtaaa
gccaatgacacagccaaagagttccgtctagcgaagagtcaagggaagatcattgtttct
tcccactggctgcttgcttgtcaggaggaaaataaaagactagatgaaacctgctatcca
cacaccttcaaccctaaacttagtctgtctgttgtggcttcccaaagtcgtacaccagct
cgttccaagaggtcgaaggtcgcaccccctgcatcggctacacctctagcccccaaacca
cctccaccggctacaccactcgcccccaaaccacctccacccatggagaagaaagaagag
gagttggaggcagatacaatgtccgacgatgaactcctgagggcagtagagattgaagaa
cagagcaagacaccgggggatcatgggacatctatcaaacaagatctgcagaaacagcta
gaagacatcatgccgtctagtctgaacctaagaggtagtcgtaggcggggtagacggccg
ggtagcagcgcatccatctcaatggctggagactctgcggatgatagtactggtggaagg
agaagcacaaggtccagagccaaacgtggcccagagaagaaagagagtgatgctggcaaa
gacttgggtcaacatgtggaggcttctcagagtgtccagatcacatgggatgaccctact
agtcgcagggagaaagagaaggtcatggcacagatcaaacgtacagacaacggtcacgct
gagcctgaacagcatggggaggatgttcagcaggaggaagagcatgttatgcaggaccaa
ggagcaactaagactgacttcgctagaccaagtacaagttcccacaaagcagaagacagc
ccacccacccctactcccaaagctccgcccatcagactgccccctgccaagcctgctgta
gctcctcagccaatggatgagacacaggatgatccacagcaagaggttttgacaaagcag
acagccttgcctcccaagtttttgttcactggaatgggtgctcacgagaagattgattat
agcgccctcattgaggagcttgggggagaagtcaaagatgctcagtactttgatgcttct
tgctctcatatcattgtaggaatcccaactaggaatgagaagtatctagctgcattggct
acgggcaaatgggttctacataaatcctatctggaggcttgcagagtagaaagggccttt
gtcgaggaggagcctcatgagtggggtaatagaactgatcttagcaagctgaatgagacc
ggtaagaagatggctgtagctgccacaagatggaggatgagaatccaggaccaagaaaag
atgggttcaatcattggagcgtttgatggatggaaggtcctgctgcttgttgagaagagt
aaagagatgtgcttcaagcgtctcctagaggcaggcggcgctaaagtcctggctgttaga
ccacccttcaccagccatctcgatgccagccatgctttctttgaccttcacaaggtcaag
gtcacggctgacgcggttgccattgaggagttagtacagtctggtatcatgtgtttgaag
ccagaatacattgcagactatctggtccaagatccatgcccagatccagaaaactacatc
atcaatgaggctaagcccatcctacagaaacttgtagaccaagccggatcagcaactaaa
cgcagaggatctgaacttgctacaacacctaggaataagagaactagacatcgctag

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (25)   
   KEGG ORTHOLOGY (1)   
   RefGene (21)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (14)   
   RefSeq(nuc) (2)   
   GenBank (6)   
   EMBL (6)   
Protein domain (6)   
   Pfam (6)   
All databases (52)   

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