KEGG   Homo sapiens (human): 26166
Entry
26166             CDS       T01001                                 
Symbol
RGS22, CT145, PRTD-NY2
Name
(RefSeq) regulator of G protein signaling 22
Organism
hsa  Homo sapiens (human)
SSDB
Motif
Pfam: RGS DUF4286
Other DBs
NCBI-GeneID: 26166
NCBI-ProteinID: NP_056483
OMIM: 615650
HGNC: 24499
Ensembl: ENSG00000132554
UniProt: Q8NE09
Position
8:complement(99960936..100106049)
AA seq 1264 aa
MPEKRLTAEPPTITEEEFEDSLATDDFLVDYFNEFLSLPTFSEAIRFNADYGVFEVANDA
PQFLEKQLKKILQNQQPRNPIYDVVRKGKNEVKPVQMNAPDEDETINVNYNIMCLSREEG
IKWIKKERLPAFLESDCYFEYRLAKLVSQVRWSKSGMNFTVGSNFSPWIVKKPPSLPPPA
TEEDNLVIMKKFYVSLGEASYTQTKDWFALAKQSQQTVSTFSLPCCVPYNKLKSPAISSV
SENFIFDDGVHPRTKKDPSKTNKLISEFEEEEGEEEEVSVSLQDTPSQALLRVYLEKKQD
VDESLTMHFSTCEEFLSSYIYFILRGAIQQIVGKPVGETPDYINFNNITKVSFDDCFESI
HGKNFLSELVQTTKERSEEIEQTSLSSKNESAGPESRADWCISHRTYDIGNRKEFERFKK
FIKGTLGERYWWLWMDIERLKVLKDPGRHQRHLEKMKKCYLVSNGDYYLSAEILSKFKLL
DGSQWNEEHLRNIQSEVLKPLLLYWAPRFCVTHSASTKYASAELKFWHLRQAKPRKDIDP
FPQMATLLPLRPKSCIPQIPEIQKEEFSLSQPPKSPNKSPEVKTATQKPWKRELLYPGSS
KDDVIEKGSKYMSESSKVIHLTSFTDISECLKPQLDRRYAYTEEPRVKTVSDVGALGGSD
MENLLQSLYVENRAGFFFTKFCEHSGNKLWKNSVYFWFDLQAYHQLFYQETLQPFKVCKQ
AQYLFATYVAPSATLDIGLQQEKKKEIYMKIQPPFEDLFDTAEEYILLLLLEPWTKMVKS
DQIAYKKVELVEETRQLDSTYFRKLQALHKETFSKKAEDTTCEIGTGILSLSNVSKRTEY
WDNVPAEYKHFKFSDLLNNKLEFEHFRQFLETHSSSMDLMCWTDIEQFRRITYRDRNQRK
AKSIYIKNKYLNKKYFFGPNSPASLYQQNQVMHLSGGWGKILHEQLDAPVLVEIQKHVQN
RLENVWLPLFLASEQFAARQKIKVQMKDIAEELLLQKAEKKIGVWKPVESKWISSSCKII
AFRKALLNPVTSRQFQRFVALKGDLLENGLLFWQEVQKYKDLCHSHCDESVIQKKITTII
NCFINSSIPPALQIDIPVEQAQKIIEHRKELGPYVFREAQMTIFGVLFKFWPQFCEFRKN
LTDENIMSVLERRQEYNKQKKKLAVLEDEKSGKDGIKQYANTSVPAIKTALLSDSFLGLQ
PYGRQPTWCYSKYIEALEQERILLKIQEELEKKLFAGLQPLTNFKASSSTMSLKKNMSAH
SSQK
NT seq 3795 nt   +upstreamnt  +downstreamnt
atgcccgagaagaggctcaccgcggagccaccaactattacagaagaagaatttgaagat
tctctggcaacagatgatttccttgtagactactttaatgaattcctaagccttccaacc
ttttcagaggcaattagatttaatgcagattatggagtttttgaagtagctaatgatgct
ccacaatttctggaaaaacaactgaaaaaaattctacaaaaccagcaacctcgaaatccc
atttatgatgttgtaaggaaaggaaagaatgaggttaaacctgttcaaatgaatgccccc
gatgaagatgagaccattaatgtcaactacaatattatgtgtctcagtcgtgaagaaggt
attaagtggatcaaaaaagaaagacttccagcatttctggaaagtgattgttactttgaa
tacaggttagccaaattggtctcacaagtaagatggagcaagtccggcatgaatttcaca
gtaggatcaaatttttctccctggatcgtgaaaaaaccacccagtctaccacctcctgcc
actgaagaagataatcttgtaattatgaaaaagttctatgtatcacttggtgaggcttcc
tatactcaaacaaaagattggtttgcattagcaaaacaaagtcagcaaacagtatcaacc
ttttcgttaccctgttgtgtaccctacaacaaacttaaatcaccagctatttcatctgtt
tctgagaattttatctttgatgatggagttcaccctaggacaaaaaaggacccatctaaa
accaacaaattgatttctgaatttgaagaagaagaaggagaagaagaagaggtgtctgta
tctctacaagacactccttctcaagctcttctgagagtataccttgaaaagaaacaggat
gttgatgaaagcctgacaatgcatttctcaacatgtgaagaatttttaagctcctatata
tactttattttgagaggagcaattcagcaaattgttggaaagccagttggagaaacccca
gactatataaacttcaacaatataacaaaagtgtcatttgatgattgttttgagtctatt
catggcaagaattttttaagtgaattagttcaaactacaaaggagaggtcagaagagata
gaacaaacaagtttaagttcaaagaatgagagcgctggaccagagagcagggcggactgg
tgtatttctcataggacttatgacattggcaatagaaaggagtttgaaagatttaagaaa
tttataaaaggtacattgggagagagatattggtggctatggatggatattgagaggtta
aaagttcttaaggatcctggaagacatcaaagacatcttgagaagatgaaaaaatgctat
ctagtgagcaatggagattactacctttctgcagaaatcttatcaaaatttaaactgtta
gatggatcacagtggaatgaagagcatttaagaaatattcagtctgaagttttaaaacct
ttacttctgtattgggcaccaagattctgtgttactcattcagcctcaacaaaatatgct
agtgctgaactgaaattctggcacctccgtcaagcaaaaccaaggaaggatattgaccct
tttccacaaatggcaaccctcttgccattaagacccaaatcttgcattccacagatacct
gagatccagaaagaagaattcagcttatcacaacctcctaaatctcccaataaatcacct
gaagtaaaaacagcaactcaaaagccttggaagcgggagcttttgtatccaggttcttct
aaggatgatgtgattgagaaagggtcaaagtacatgtcagaaagcagcaaagtcattcat
ttaacatcttttactgacatttctgaatgtctcaagccccagctggatagaagatacgct
tatacagaagaacctagggttaaaaccgtgtcagatgttggtgccttgggaggatctgac
atggaaaatttgttgcaatctttgtatgtagaaaatagagctggattcttctttactaaa
ttctgcgagcattcagggaacaagttgtggaagaacagtgtgtacttttggtttgacctg
caggcttatcatcagcttttctaccaagaaacacttcagccttttaaagtatgcaagcaa
gcgcaatatctttttgccacatacgttgctccttctgccactcttgacattggactccaa
caggaaaagaaaaaagaaatttatatgaaaatacagccaccatttgaagacctttttgac
acagcagaggaatatatccttctcctccttcttgagccatggacaaagatggtaaaatcg
gaccaaattgcttataaaaaggtggagctggtggaagaaactcgacagttagactccaca
tacttcagaaagctacaggctttgcataaagagacattttccaagaaagctgaggacacc
acttgtgaaattggaactggcattttatcactctctaacgtctctaaacgaacagaatat
tgggataatgttcctgcagaatacaagcattttaagtttagtgatctgcttaacaacaaa
ctggagtttgaacatttccgtcagtttcttgagactcattcttcaagcatggatcttatg
tgctggacagacattgagcagttccggagaataacttacagagatcgaaatcaaaggaag
gcaaaatctatatacattaaaaacaaataccttaataaaaaatatttctttggacccaac
agtccagcttctctgtatcagcagaaccaggtaatgcatttaagtggtggctgggggaag
attcttcatgagcagcttgatgcacctgttctagttgaaatccagaagcatgtgcaaaat
aggctagaaaatgtatggctgccattgtttcttgcaagtgaacagtttgcagcacgtcag
aagataaaggtacagatgaaagacatagcagaagagctcttactacagaaggctgaaaag
aaaatcggggtctggaagcctgtggagagtaagtggatctcttcatcttgtaaaatcatt
gcttttcgcaaagcattattgaatccagttacttcaagacaatttcaacgttttgtggct
ctaaaaggagatttattggaaaatggtttactcttttggcaagaagtacaaaaatataag
gacttgtgccattctcattgtgatgagtctgtcatccagaagaagattacaactattatc
aactgctttattaattccagtattccaccagctttacaaattgacattccagtagagcaa
gcccagaagattattgaacaccggaaggagttaggaccatatgtatttagagaggcacag
atgacaatttttggggttctgtttaaattctggcctcagttctgtgagtttaggaagaat
ttaacagatgaaaatattatgagtgttttagagagaagacaagaatataataagcagaaa
aaaaaattggcagtcctagaagacgaaaaatctggaaaggatggaatcaaacaatatgca
aatacttcagtgcctgctatcaaaactgctttactcagtgattccttcctaggcctccaa
ccatatggccgacagccaacctggtgctactcaaagtatatagaagccttagaacaggag
agaattcttcttaagatccaagaagaactagaaaaaaagttgtttgcaggcttgcaacct
ctcacaaattttaaggctagctcttcaactatgtctttgaaaaagaatatgtctgcccac
agcagccagaagtga

  All links  
Disease (1)   
   OMIM (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (23)   
   RefGene (15)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   HGNC (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (3)   
   OC (1)   
Protein sequence (29)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (27)   
DNA sequence (49)   
   RefSeq(nuc) (27)   
   GenBank (11)   
   EMBL (11)   
Protein domain (2)   
   Pfam (2)   
All databases (105)   

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