KEGG   Homo sapiens (human): 54549
Entry
54549             CDS       T01001                                 
Symbol
SDK2
Name
(RefSeq) sidekick cell adhesion molecule 2
  KO
K16353  protein sidekick
Organism
hsa  Homo sapiens (human)
Brite
KEGG Orthology (KO) [BR:hsa00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04515 Cell adhesion molecules [BR:hsa04515]
    54549 (SDK2)
Cell adhesion molecules [BR:hsa04515]
 Immunoglobulin superfamily
  Sidekick 1/2
   54549 (SDK2)
SSDB
Motif
Pfam: fn3 I-set Ig_3 Ig_2 Pur_ac_phosph_N ig V-set C2-set_2 Interfer-bind Ig_C17orf99
Other DBs
NCBI-GeneID: 54549
NCBI-ProteinID: NP_001138424
OMIM: 607217
HGNC: 19308
Ensembl: ENSG00000069188
UniProt: Q58EX2
Structure
Position
17:complement(73334384..73644445)
AA seq 2172 aa
MWGLLIWTLLALHQIRAARAQDDVSPYFKTEPVRTQVHLEGNRLVLTCMAEGSWPLEFKW
LHNNRELTKFSLEYRYMITSLDRTHAGFYRCIVRNRMGALLQRQTEVQVAYMGSFEEGEK
HQSVSHGEAAVIRAPRIASFPQPQVTWFRDGRKIPPSSRIAITLENTLVILSTVAPDAGR
YYVQAVNDKNGDNKTSQPITLTVENVGGPADPIAPTIIIPPKNTSVVAGTSEVTLECVAN
ARPLIKLHIIWKKDGVLLSGGISDHNRRLTIPNPTGSDAGYYECEAVLRSSSVPSVVRGA
YLSVLEPPQFVKEPERHITAEMEKVVDIPCQAKGVPPPSITWYKDAAVVEVEKLTRFRQR
NDGGLQISGLVPDDTGMFQCFARNAAGEVQTSTYLAVTSIAPNITRGPLDSTVIDGMSVV
LACETSGAPRPAITWQKGERILASGSVQLPRFTPLESGSLLISPTHISDAGTYTCLATNS
RGVDEASADLVVWARTRITKPPQDQSVIKGTQASMVCGVTHDPRVTIRYIWEKDGATLGT
ESHPRIRLDRNGSLHISQTWSGDIGTYTCRVISAGGNDSRSAHLRVRQLPHAPEHPVATL
STVERRAINLTWTKPFDGNSPLIRYILEMSENNAPWTVLLASVDPKATSVTVKGLVPARS
YQFRLCAVNDVGKGQFSKDTERVSLPEEPPTAPPQNVIASGRTNQSIMIQWQPPPESHQN
GILKGYIIRYCLAGLPVGYQFKNITDADVNNLLLEDLIIWTNYEIEVAAYNSAGLGVYSS
KVTEWTLQGVPTVPPGNVHAEATNSTTIRFTWNAPSPQFINGINQGYKLIAWEPEQEEEV
TMVTARPNFQDSIHVGFVSGLKKFTEYFTSVLCFTTPGDGPRSTPQLVRTHEDVPGPVGH
LSFSEILDTSLKVSWQEPGEKNGILTGYRISWEEYNRTNTRVTHYLPNVTLEYRVTGLTA
LTTYTIEVAAMTSKGQGQVSASTISSGVPPELPGPPTNLGISNIGPRSVTLQFRPGYDGK
TSISRWLVEAQVGVVGEGEEWLLIHQLSNEPDARSMEVPDLNPFTCYSFRMRQVNIVGTS
PPSQPSRKIQTLQAPPDMAPANVSLRTASETSLWLRWMPLPEMEYNGNPESVGYKIKYSR
SDGHGKTLSHVVQDRVERDYTIEDLEEWTEYRVQVQAFNAIGSGPWSQTVVGRTRESVPS
SGPTNVSALATTSSSMLVRWSEVPEADRNGLVLGYKVMYKEKDSDTQPRFWLVEGNSSRS
AQLTGLGKYVLYEVQVLAFTRIGDGSPSHPPILERTLDDVPGPPMGILFPEVRTTSVRLI
WQPPAAPNGIILAYQITHRLNTTTANTATVEVLAPSARQYTATGLKPESVYLFRITAQTR
KGWGEAAEALVVTTEKRDRPQPPSRPMVQQEDVRARSVLLSWEPGSDGLSPVRYYTIQTR
ELPSGRWALHSASVSHNASSFIVDRLKPFTSYKFRVKATNDIGDSEFSEESESLTTLQAA
PDEAPTILSVTPHTTTSVLIRWQPPAEDKINGILLGFRIRYRELLYEGLRGFTLRGINNP
GATWAELTSMYSMRNLSRPSLTQYELDNLNKHRRYEIRMSVYNAVGEGPSSPPQEVFVGE
AVPTAAPRNVVVHGATATQLDVTWEPPPLDSQNGDIQGYKIYFWEAQRGNLTERVKTLFL
AENSVKLKNLTGYTAYMVSVAAFNAAGDGPRSTPTQGQTQQAAPSAPSSVKFSELTTTSV
NVSWEAPQFPNGILEGYRLVYEPCSPVDGVSKIVTVDVKGNSPLWLKVKDLAEGVTYRFR
IRAKTFTYGPEIEANVTTGPGEGAPGPPGVPIIVRYSSAIAIHWSSGDPGKGPITRYVIE
ARPSDEGLWDILIKDIPKEVSSYTFSMDILKPGVSYDFRVIAVNDYGFGTPSSPSQSVPA
QKANPFYEEWWFLVVIALVGLIFILLLVFVLIIRGQSKKYAKKTDSGNSAKSGALGHSEM
MSLDESSFPALELNNRRLSVKNSFCRKNGLYTRSPPRPSPGSLHYSDEDVTKYNDLIPAE
SSSLTEKPSEISDSQGSDSEYEVDSNHQKAHSFVNHYISDPTYYNSWRRQQKGISRAQAY
SYTESDSGEPDHTTVTNSTSTQQGSLFRPKASRTPTPQNPPNPPSQQSTLYRPPSSLAPG
SRAPIAGFSSFV
NT seq 6519 nt   +upstreamnt  +downstreamnt
atgtgggggcttttgatctggacactgctagctctgcatcagatccgcgcggccagagcc
caagatgatgtgtccccgtatttcaagacagagcctgtgcggacacaggtgcacttggaa
ggaaaccgcctggtgcttacatgcatggccgagggcagctggccactggagttcaagtgg
ctccacaacaacagggagctgaccaagttctccctggaatacagatacatgatcaccagc
ctggaccgcacccacgctggcttttaccgttgcatcgtgcggaaccgaatgggggccctg
ctgcagcggcaaaccgaggtccaggtggcctacatggggagctttgaggaaggtgagaag
caccagagcgtctcccacggagaagcagctgtcatccgtgccccgcgcatcgccagcttc
ccccagccacaggtgacctggttccgggacggccgcaagatcccgcccagcagccgcata
gccatcacgctggagaacacccttgtcatcctgtcaacggtggcccctgacgcaggtcgc
tactatgtgcaggctgttaacgacaaaaacggggataacaagaccagccagcccatcacg
ctcaccgtggagaatgtaggggggcctgcagaccccatcgcacccaccatcatcatccca
cctaaaaacaccagcgtggtggccggcacctcagaggttaccttggagtgtgtggccaat
gccaggcccctgatcaagctacatatcatttggaagaaggacggggtattgctgtcgggc
ggcatcagtgaccacaaccgccggctcaccatccccaaccccaccggcagtgacgccggc
tactacgagtgtgaggctgtcctgcgcagcagcagcgtcccctctgttgtccggggcgcc
tacctctcagtgctggaaccgcctcagtttgtcaaggagccagaaagacacatcactgcg
gagatggagaaggtggtggacatcccctgtcaggccaaaggtgtgccgccgccctccatc
acctggtacaaggacgcagccgtggtggaggtggagaagttgacccgcttccggcagcgc
aacgacgggggcctgcagatcagcggcctggtgcccgatgataccggcatgttccagtgc
ttcgcccgcaatgcagccggcgaggtgcaaacttccacctacctggctgtcaccagcatc
gcccctaacatcaccagaggccccctggacagcacggtgatcgatggcatgtcagtggtg
ctagcatgtgagacctcgggggcgccccgaccagctatcacttggcagaaaggggagcgc
atcttggccagtggctctgtgcagctgcctcgcttcacacccctggagtcgggcagcctc
ctcatcagccccacacacatctccgatgcggggacctacacctgcctggccaccaactct
cggggggtcgatgaggcctcagcagacctagtcgtttgggctcggacccgcatcaccaag
cccccccaggatcagagtgtcatcaagggcacccaggcctccatggtgtgcggagtgacc
cacgacccccgagtaaccatcaggtacatctgggagaaggacggggccaccctgggcacg
gagagccatcctcgtatccgcctggacagaaacggctccctgcacatctcacagacgtgg
tcgggagacatcggcacgtacacctgccgggtgatctcagcaggaggcaacgactctcgc
agtgcccacctgcgagtcaggcaactgccccacgcgcccgagcacccagtggccactctc
agcaccgtggaaaggcgagccatcaacctgacgtggaccaagccctttgatggcaacagc
cccctgatccgctacattctggagatgtcggagaacaatgccccctggactgtactcctg
gccagtgtggaccccaaagctacctcagtgacagtcaagggcctggttcctgcacgctcc
taccagttccgtctttgtgccgtcaacgacgtggggaaaggacagttcagcaaagacacc
gagagggtctccctccccgaggagccccccacggcccctccacagaacgtcatcgccagc
ggtcgaaccaaccagtccatcatgatccagtggcagccgcctcctgagagccaccagaat
ggaattctcaagggttacatcatcaggtactgcctggccgggctgcccgtggggtaccag
tttaagaacatcacggatgctgatgtgaacaacctgctgctggaggatctcatcatttgg
accaactacgagatcgaggtggctgcttacaacagcgctgggctgggggtctacagcagt
aaagtcaccgagtggacgctgcagggagttcccacggtccctccgggcaatgtgcacgcg
gaagccaccaattccacgaccatccgcttcacctggaacgcccccagcccccagttcatc
aacggcatcaaccagggctacaagctgatcgcctgggagccggaacaggaagaggaggtt
accatggtgaccgcccggcctaactttcaagacagcatccacgtgggcttcgtgtctggc
ctgaagaagttcaccgagtacttcacctcagtgctgtgtttcaccacccccggggacggg
ccacgcagcaccccgcagctggtgcgcacccatgaggatgtgcctgggcccgtgggacac
ctgagcttcagtgagatcctggacacatcgctgaaggtcagctggcaagagccgggagag
aaaaatggcatcctcacagggtaccggatctcctgggaggagtacaatcgaaccaacacc
cgtgtgacccactacctgcccaacgtgaccctggagtaccgtgtcacgggcctcaccgcg
ctcaccacctacaccatcgaggtggccgccatgacctcaaagggccagggccaagtgtcc
gcctccaccatctcctctggggtgcccccagaactcccagggccccccaccaacctgggc
atttccaacatcggcccccgctctgtgaccttgcagttcaggccaggctacgatgggaaa
acctccatctcccgctggctggtggaagcccaggtaggcgtggttggggagggagaggag
tggttgctgatccaccagctctccaatgagcccgatgcccgctccatggaggtgcccgac
ctcaaccccttcacctgctacagcttccgcatgcgccaggtgaacatcgtgggcaccagc
ccccccagtcagccttctagaaagatccagaccctgcaggcaccccctgacatggcccca
gccaatgtgtctctgcgcacagccagtgagaccagcctgtggctgcgctggatgcctctc
ccggagatggaatacaatgggaaccctgagtccgtgggctataagatcaagtacagccgg
tcagacgggcatggcaagacgctgagccacgtggtgcaggaccgtgtggagcgggactac
accatcgaggacctggaggagtggacagagtaccgcgtccaggtccaggccttcaacgcc
atcgggagcgggccctggagccagacggtggtgggcaggacccgggagtcagttccctct
tccggccccaccaatgtgtctgcactggccaccacctccagcagcatgctggtgcgctgg
agcgaggtccccgaggctgatcgcaacgggctcgtgctgggctataaggtgatgtataag
gagaaggactcggacacccagccccgattctggctggtggaaggcaactcgtctcgcagt
gcccagctcaccggcttgggcaaatacgtgctctatgaagtccaggtgctggccttcaca
cgcatcggggacggcagccccagccaccctcccatcctggagcggacgctggatgatgtc
ccaggaccacccatgggcatcctgttcccagaggtgcggaccacgtctgtgcggctgatc
tggcagccccctgccgcccccaatggcatcattcttgcttaccagatcacacaccggctc
aacaccaccacggccaacaccgccactgtggaggtgctggcacccagcgcccggcagtac
acagccacgggcctcaagccagagtctgtctacctgttccgcatcacggcccagacccgc
aagggctggggagaagctgccgaggccttggtggtgaccaccgagaagagagaccgtccg
cagccccccagcaggccgatggtgcagcaggaggatgtgagagcacgcagcgtgctgctg
tcctgggagccagggagcgacgggctctcccctgtgcgctactacaccatccagacccgc
gagctgcccagcggcaggtgggcactgcactcggcctccgtgagccacaatgcctccagc
ttcattgtggacaggctgaagcccttcacgtcctacaagttccgagtgaaggcgaccaat
gacattggcgacagcgagttcagcgaggagtcggagtcactgaccaccctgcaggctgcc
cccgatgaagcacccaccatcctctccgtgacgccccacaccaccacctccgtgctaatc
cgatggcagccgccagcagaggacaagatcaatggcatcctcctgggcttccggatccga
taccgggagctgctctatgaaggactgaggggcttcacgcttcgaggcatcaacaaccca
ggggccacatgggctgagcttacctccatgtactccatgcggaacctgagccggcccagc
ctcacgcagtacgagctggacaacctgaacaagcacaggcggtacgagatacggatgagc
gtgtacaacgctgtgggtgaggggccctccagccccccgcaggaggtctttgttggggag
gcagtgcccacagcagcacctcgtaacgtggtcgtccacggcgccacggccacacagctg
gacgtgacttgggagccacctccgctggacagccagaatggagacatccaggggtacaag
atttatttctgggaagcccagcgggggaacctcacagagcgagtgaagacgcttttcctg
gctgagaacagcgtgaagctcaagaacttgactggctacacggcctacatggtcagcgtg
gccgccttcaacgccgctggggatgggcctcggagcacccccacccaaggccagacccag
caagcagcccccagcgctcccagctcggtcaagttcagtgagctgaccacaacctcagtg
aatgtgtcctgggaagccccgcagttccccaatggcatcctggagggctacaggctggtg
tacgagccctgcagccccgtggatggagtcagcaagatcgtgaccgtggacgtgaagggg
aacagccccctgtggctgaaggtgaaggacctggcggagggggtgacctacaggttccgc
atcagagccaagaccttcacctacgggccggagatcgaagccaacgtcaccacgggcccc
ggagaaggtgccccaggaccgcctggcgtgcccatcatcgtgcggtacagctctgccatc
gccattcactggtccagcggagacccgggcaaagggcccatcacccgctacgtcatcgag
gccagaccttcagacgagggactatgggacatcctcatcaaagacatccccaaggaggtg
agctcctacacgttcagcatggacatcctgaagccgggcgtgagctatgacttccgggtc
atcgcggtcaacgactatggtttcggcacccccagcagcccctcccagtctgtgccagcc
cagaaagccaaccccttctatgaggagtggtggttcttggtggtcattgccctggtcggc
ctcatcttcatcctgcttctggtcttcgtgctcatcatccggggccagagcaagaagtac
gccaagaagacagactcggggaacagtgccaagtctggagccctaggccacagcgagatg
atgagcttggatgaaagcagcttccctgccctggaactcaacaacaggcggctctccgtc
aagaactctttctgccgaaagaacggcctgtacaccaggtctccccccaggcccagccca
ggcagcctgcactactcggatgaggatgtcaccaaatacaacgacctcatccctgcagag
agcagcagcctgacggagaagccctcagaaatctccgactctcagggaagtgacagcgag
tacgaggtcgactcaaaccaccagaaggcccactcctttgtcaaccactacatcagtgac
cccacatactacaactcgtggcggcgacagcagaagggcatctcgagggcacaggcctac
agctacacggagagcgactcgggtgagccagaccacaccaccgtcaccaacagcaccagc
acccagcagggcagcctctttcggcccaaggccagtcggactccaacgccccagaacccc
cctaaccccccaagtcagcagagcaccctctaccgtccccccagcagcctggccccaggc
tcccgggctcccatagcaggattttcatcatttgtttga

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Ontology (2)   
   KEGG BRITE (2)   
Disease (1)   
   OMIM (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (16)   
   KEGG ORTHOLOGY (1)   
   RefGene (8)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   HGNC (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (2)   
   OC (1)   
Protein sequence (11)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (9)   
DNA sequence (28)   
   RefSeq(nuc) (10)   
   GenBank (9)   
   EMBL (9)   
3D Structure (4)   
   PDB (4)   
Protein domain (10)   
   Pfam (10)   
All databases (73)   

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