KEGG   Gallus gallus (chicken): 422636
Entry
422636            CDS       T01006                                 
Symbol
SHROOM3
Name
(RefSeq) protein Shroom3 isoform X2
  KO
K18625  protein Shroom
Organism
gga  Gallus gallus (chicken)
Brite
KEGG Orthology (KO) [BR:gga00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:gga04812]
    422636 (SHROOM3)
Cytoskeleton proteins [BR:gga04812]
 Eukaryotic cytoskeleton proteins
  Actin filaments / Microfilaments
   Actin-binding proteins
    Others
     422636 (SHROOM3)
SSDB
Motif
Pfam: ASD2 ASD1 PDZ
Other DBs
NCBI-GeneID: 422636
NCBI-ProteinID: XP_004941220
CGNC: 8728
Position
4:complement(49737836..49874664)
AA seq 2027 aa
MRMLDNINTSISSSESGITHRGRYIYLEALLQGGAPWGFTLKGGLENGEPLIISKIEEGG
KADSLPSKLQAGDEVVNINEVQLSSSRREAISLVKGSYKKLKLVVRRDTHAAKGCTDPCP
CLLSPDRVTTDFQPSKPTWPGGVKLRLKTRRSETPGRPHSWHSTKLLENQPDPSMMQISQ
GMLGTPWLQSYHSSSSTSDLSGYEHGYLRRSPDQYSSQGSMESLDHSSPGYHPCHLSPAK
STNSIDQLSHLHSKRDSAYSSFSTNSSIPEYAASPFSKEHSCSTDSMRSRGSLPEGMKQA
DIRYVKTVYDSQRRISEEYEVKSSALLPSSEARASLDGRGHGRLHNFSRNNTAPSWMQPG
QGCSDSESKPHKGPPLPPTRSDSYAAIRHHERPSSCSGLDLNKPSRSQLKGSWSPLVSPL
SQGPLLKTHYGEGQLHTVVEKSPESSPTVKPKQSYSQPGQPLLPTGVYPVPSPEPHYAQV
PQPSASNNGTLFPALAKESGYSPSLPASYDKGAASSTLGFDENGNQSTTNRLAVFYEPPD
AERKHDATAKLVQEKPHNTAGPEVYLSMSRKEELLPSYKVAHSNRDTVSPAQASKHSFQA
PQIQPRDAGERKNPYQPREDREDESQADKNGNVQINERDAATHLQWGHSKSRQYSFSSLQ
NIPESSRRQSSSEPCENYSSAKLSYLNSSSKEERDHRGQWSNADPQAFVRQDEGKSMAPS
HAVEPKYEEIPLQHPKTSDLGRSRLSSSSTQGVLYGKPDPSKSRCSVLEKVNKFEQREQS
TQRPQSAGVPSFGQHYGLSRVSQPSSTKSSPNSPEDTRSKLGTQLPSEMSGVSSPSVRNR
KLEEADWRCVELQMAASAKLARCNEYYGPCPESEVQVRVAQLPRSKSTFQLGGEPEKEVL
WKDNIQDAHGSQLDTPFNRAYRNSIKDAQSRVLRATSFRRISPPFANMPKRTIQRPASAH
VGMRSMAPSPHTPKERHSVTPTEGSLSALDHSRTPHILRIGGRKRLTAEQKKRSYSEPEK
MNEVGISDGEPSPFSFQKKGLHFVFPENTVADRRKIFERDGKASSTVSLSKPELKQLQQN
ALADYIERKTGKRPSSQDIGLLRERSHSSYLQAGGQDSQSLSSASSMNSLQDQNLFRQRE
FTEWIARTGRVSSTLPPGLTGCFDGSGDEQKKGHRDSSIMSRSKTDRCWDYRAKMEVTKG
TQTDPLRPQGQPCYGKKERSFETPGKSGKSVSVEDLLDRYDNQQRNAYVPVHTRSRSSPT
ADKNHQDLLRRESSEFGAMVRDPFYVISAGARSSNKKERSHSEKMTFTSYYPHPPHVSEI
GAGSSSLTKNHKVSELSRQDSRSSAFVPSPAEARSHYPEQKQGFKSMLLIPSASSQSSPS
TPAQTPSDLQATGDGQALRQHHAKQDAFPPGGSSTTQTQSLDALQDRSLEAPAEEIVCRR
KAGQLQRSLPPRVMWAHSVKDNSLPHAVVPPPADGPKFSQRWQSLPTQSSTSSDPETPSP
QATTHLRISESCLQLTPPPLLQDDEDDEVFIMPSQPAVTAPAFSPPLPPHPLPELSSCTS
VNGTEEFPPPPPPTALEEYGAAGDKSIRLTEDKVSFKSFSKALAKREITGLGTNSSENNW
SFSPSLSKRTNSSPTVDKQHRSATSSEGPQSSNGEPTTQPEGNHREPAVITRESENGSAD
SGTLNTCPPVKTKKKSPEDIKSEALAKEIVHKDKSLADILDPDSKMKTTMDLMEGLFPSG
TSLLKENNMKRKMTQKKASRTVAEDNMKEEKEAPVTLVTCPAYYNVSAPKAELLNKIKDL
PEEVGEEEDLLDINEKKAELIGSLTHKLEILKEAKEGLLADIKMNNALGEEVELLISELC
KPNEFDKYKMFIGDLDKVVNLLLSLSGRLARVENVLSSLGENANSEERSSLNEKRKLLAG
QHEDARELKENLDRRERVVLDILGNYLSEEQLQDYQHFVKMKSALLIEQRELDDKIKLGQ
EQLKCLMESLPTDFTPRDATAAAALAAALATSAGVNGKTLPAVSSSL
NT seq 6084 nt   +upstreamnt  +downstreamnt
atgaggatgttggacaatattaacaccagcatatcatcttcggagagcggcataacccac
aggggaagatatatctacctggaggcgctgcttcaaggaggcgctccatggggattcaca
ctgaagggcggactggagaacggggagccattaatcatctcaaagattgaagagggaggt
aaagcagactccctgccttctaagctgcaggctggcgacgaggtggtgaacatcaatgag
gtgcaactgagcagctccaggagagaggccatttccctagttaaagggtcctacaagaaa
ctcaagctagtcgttcgcagggacacacatgctgcgaagggatgcaccgacccgtgtccc
tgcctgctcagtccagaccgcgtgaccactgactttcagcccagcaaacctacgtggccg
gggggagttaagttaaggctgaagaccaggcggagtgaaactccgggccgacctcactcc
tggcattcaaccaaacttttggagaaccaacccgatcccagcatgatgcaaatatctcag
ggtatgcttggcaccccttggcttcagtcctaccactccagctcctcaaccagcgatctc
tctggttatgagcatggctatctgaggagaagccctgaccagtacagttctcagggcagc
atggaaagcttggaccactcctcccctggctaccatccttgtcacctgtccccagccaaa
tccaccaacagcatcgaccagctctcccacctgcacagcaagagagattcagcttacagc
tccttctccaccaactccagcattcctgagtacgccgcttcgccgttcagcaaggagcac
tcgtgctccacagacagcatgcgctcccgcggcagcctgccggagggcatgaagcaagct
gacatcaggtatgtcaagacagtctatgattcccagcgaaggatttctgaggagtacgag
gtgaaatcctctgctttgcttccaagcagtgaggcccgggcctctctggacggccgtggc
catggcagactccacaacttcagccggaacaacacagctccctcctggatgcagccaggc
cagggctgctcagacagcgaaagtaaaccccacaagggacctcccttgcctcccactcgc
agcgacagctacgcagccatcaggcatcacgagagacccagctcatgttctggccttgat
ctgaacaagcctagccgaagccagctgaaagggtcctggtctcctcttgtcagccccctc
tcccagggacctctgctgaagacccactatggggaagggcagctgcatacagtggtggag
aagagcccggagagcagccccacagtgaagcccaagcagagctattcccagccagggcag
cccctgctgcctactggggtctacccagtaccttctccagagccacactatgcccaggtg
ccccagccttctgcaagcaataatgggactctttttccagctctggccaaagaaagtggc
tactctccatctcttccagcctcatatgacaaaggtgcagccagcagcaccctgggcttt
gatgagaatggaaaccaaagtactacaaacaggttggctgttttctacgagcccccagat
gctgagagaaagcacgatgccacagcaaagcttgtccaggaaaaacctcataacacagca
ggtccagaagtctacttaagcatgtcaaggaaggaggagttgttaccctcttacaaggta
gcacacagcaaccgagacactgtgagtcctgcacaggcctctaaacacagctttcaagcc
ccgcagatccagccaagagatgccggtgagagaaaaaacccctaccagcccagagaggac
cgggaagatgaatcccaggcagacaaaaatggcaacgtgcagataaatgagagagatgct
gccactcacctccagtggggtcacagcaaatccaggcagtatagcttctcttctttgcag
aacatccctgagagctccaggaggcaaagcagctctgagccatgtgaaaattattccagt
gccaagctgtcctacttgaacagcagcagcaaagaggagagggatcacaggggacagtgg
agcaatgcagacccgcaggcctttgtgaggcaggacgagggcaagagcatggccccatcc
catgctgttgagccaaaatacgaggagattcctttgcagcacccaaagacctctgatctt
gggaggagccggctcagctctagcagcacccaaggtgttctttatggcaaaccagatccc
agcaagtcccgctgctctgtgctggagaaggtcaacaaatttgagcagcgagagcaaagc
actcagcggccccagagtgctggcgttcccagctttggccagcactatgggctcagcagg
gtaagccagccttccagcaccaagagctctccaaacagcccagaggacacgcggagcaaa
cttggcacccagctgcccagtgagatgagcggggtctccagcccctctgtcaggaacagg
aagttggaagaggctgattggcgctgtgtggagctgcagatggcagcttcagcgaagctg
gcaagatgcaatgagtactatggcccgtgtcctgaaagtgaagtgcaggtaagggtggct
cagctaccaagaagcaaaagcacattccagctaggaggggagcctgagaaagaagtcctc
tggaaggacaacatccaggatgcccacgggtcacagctggacacaccattcaacagggcc
tacagaaacagcattaaagatgcacagtcccgagtgctgagggccacctccttccggcgc
atcagccccccgtttgcgaatatgcccaagaggacgattcagcggcctgcctcggctcat
gtgggcatgaggagcatggcaccatctccccacaccccaaaggagagacacagcgtcacg
ccaacggaaggcagcctctctgccctcgaccactccaggacaccgcacatcttgcgcatc
gggggccggaagcggctgacagcggaacagaagaagcggtcttactcagagccagagaag
atgaatgaggtgggcatctctgatggggagccctcacctttctccttccagaagaaaggc
ctccattttgtattcccagagaacacggtggctgacaggcgtaagatctttgaaagggat
ggcaaagcttcttccacagtcagcctctctaagccagagctcaagcaactccagcagaat
gccctcgccgactacattgagcgcaaaacgggcaaacgaccatcctcacaggacattggg
ctgctcagggagcgatcccacagctcctacctgcaagcaggtggccaggacagccagagc
ctttcctctgcctccagcatgaattctctccaggatcagaacctcttccgccagagagag
ttcactgagtggatagccaggacagggcgggtgtcttccacccttcctccggggctgacg
ggctgctttgatgggagtggggatgagcagaagaaaggacaccgggacagctcgatcatg
agcagatcgaaaacagacaggtgttgggattacagagccaaaatggaggtcaccaaaggt
acgcagacagatcctctgcgcccacaaggccaaccttgctatgggaagaaggagcggagc
tttgaaacacccgggaaatctgggaaatcagtgtctgtggaagacttgcttgatagatat
gacaatcagcaaaggaatgcatatgtccctgtgcacacacgttccagatcgtcccccaca
gcggataaaaaccaccaggacctgctgagaagagaaagcagtgaatttggtgccatggtg
agagatcctttctatgtaatcagtgcaggagccaggtcttccaacaagaaagaaagaagc
cactcagaaaaaatgacatttacaagttattatccccatccgccccacgtcagtgagatt
ggcgctgggtcttcctcactgaccaagaaccacaaagtctcagaactttccagacaagat
agcaggagttctgcatttgttccatctccagcagaggcaaggagtcactatcctgagcaa
aagcaaggctttaaatccatgctcctcattccttctgcatctagccagtcctcccctagt
acacctgcccagactccctccgacttgcaggccacaggcgatggccaggctctgagacag
catcatgccaaacaagatgcttttcctccagggggcagcagtactactcagacacagtct
ttggatgctcttcaggataggtccctcgaggctcccgcagaggagattgtgtgcagaagg
aaagcagggcagctgcaaagatccctcccacccagagtgatgtgggctcactcagtcaaa
gacaacagcttgccgcatgctgtggtgcctcctccagcagatgggccaaagttctcccag
aggtggcagtcccttccgacacagagcagcacttcctctgacccagagactccttctccc
caggcaacaactcacctccggatctcagagtcatgcctgcagctcacacctccgccgttg
ctgcaggatgatgaagacgatgaggtgttcatcatgccttcccagcctgctgtcactgct
ccagccttctcacccccactgccaccccatcctcttcccgagctgagctcttgcacttca
gtgaatggcacggaggaattcccacctcctcccccaccaactgcacttgaggaatatggg
gcagctggagacaaatccatcaggctcacagaggacaaagtgagcttcaaaagcttttcc
aaagccctggccaagagggagataacagggttgggcacgaatagcagtgaaaataattgg
tccttctcaccatctttatcaaagaggactaattcttcacctactgtggataagcagcac
cgatcagctacttcctctgaagggcctcaaagctctaatggagaacccacgactcaacct
gagggcaaccacagagaaccagcagttatcaccagagagtcagaaaatggcagcgcagac
tctgggacgctcaacacatgtcctccagtgaagacaaagaaaaaaagcccagaggatatt
aagtcagaggctttagcaaaagagattgtccataaagacaagtctctggctgatatcctg
gatcctgactccaaaatgaagacaaccatggacctaatggaagggcttttccccagtgga
accagcttgctgaaggagaacaacatgaaaaggaagatgacacagaagaaagctagcagg
acagtagcagaagataacatgaaagaagaaaaggaagctcctgtaaccctggtcacctgc
cctgcttattataatgtttcagcacccaaagcagaactactgaataaaatcaaagacttg
ccagaagaagtaggggaggaggaggacctgctggacatcaacgagaagaaggctgagctc
atcgggagcttgacccacaaactggaaatcctgaaggaagcgaaggaaggcttacttgca
gacatcaaaatgaataatgctcttggagaggaggtggagctgttgatcagcgagctatgc
aaaccaaacgagtttgacaaatacaagatgttcatcggcgatttggataaggtggtgaac
ctcttgctttctctctcaggacgcctggcccgggtagagaatgttctcagtagcctaggg
gaaaatgccaacagtgaagagcggagctctctgaatgagaagaggaaactgctggctggc
cagcatgaagatgcccgggagttgaaggaaaaccttgaccgtcgagaacgggtggttttg
gacatcctgggcaactacctctctgaggaacagctccaggactaccagcactttgtaaag
atgaagtccgcgctcctcatagagcagcgagagctagatgataaaatcaaactgggtcag
gagcagctcaagtgcctgatggaaagcctccccacagacttcacgcccagggatgcaaca
gcagcagctgccctagctgcagcacttgctacctctgctggagtcaacggtaaaacactt
ccagcagtctcatcctcactctaa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (67)   
   KEGG ORTHOLOGY (1)   
   RefGene (62)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   CGNC (1)   
   OC (1)   
Protein sequence (32)   
   RefSeq(pep) (32)   
DNA sequence (38)   
   RefSeq(nuc) (32)   
   GenBank (3)   
   EMBL (3)   
Protein domain (3)   
   Pfam (3)   
All databases (143)   

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