KEGG   Cricetulus griseus (Chinese hamster): 100765337
Entry
100765337         CDS       T02813                                 
Symbol
Rreb1
Name
(RefSeq) ras-responsive element-binding protein 1 isoform X1
  KO
K20210  ras-responsive element-binding protein 1
Organism
cge  Cricetulus griseus (Chinese hamster)
Brite
KEGG Orthology (KO) [BR:cge00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03000 Transcription factors [BR:cge03000]
    100765337 (Rreb1)
Transcription factors [BR:cge03000]
 Eukaryotic type
  Zinc finger
   Cys2His2 others
    100765337 (Rreb1)
SSDB
Motif
Pfam: zf-C2H2 zf-C2H2_4 zf-H2C2_2 zf-C2H2_6 zf-H2C2_5 zf-C2H2_REST zf-C2H2_11 zf-met zf-C2H2_16
Other DBs
NCBI-GeneID: 100765337
NCBI-ProteinID: XP_027266170
UniProt: G3HD91
Position
3:257525476..257651248
AA seq 1748 aa
MTSNSSIGLEGSDLPSINTMMSAVMSVANVTENGGSPQGIKSPTKPPGPNRIGRRNQETK
EEKSSYNCPLCEKLCTTQHQLTMHIRQHNTDTGGTDHSCSICGKSLSSASSLDRHMLVHS
GERPYKCTVCGQSFTTNGNMHRHMKIHEKDSCSTTAAAPPSPLKRRRLSSKRKLSHDAES
EREDLAPAKKMVEDGQSGDLEKMADEVFHCPVCFKEFVCKYGLETHMETHSDNPLRCDIC
CVTFRTHRGLLRHNALVHKQLPRDAMGRPFIQNNPSIPAGFHDLGFTDFSCRKFPRISQA
WCETNLRRCISEQHRFVCDTCDKAFPMLSSLILHRQTHIPADQGRDKLQTKTLAGDTQDQ
KVFLTFLGLQHTKDIRPAPPEESLLDDNQAIQLQTLKCQLPQDPGCTNVLSLSPFEAASL
GGSLTVLPATKEGLKHLSLQPFQKGFIIQPDSSIVVKPISGESAIELADIQQILKMAASA
PPQISLPPLSKAPATPLQAIFKHMPPLKPKPLVAPRTVVATSTPPPLINAQQASPGCISP
SLPPQSLKFLKGSVEAASNIHLLQSKSGVQPNTTTQLFLQQPGVELPGQPEMKTQLEQDS
IIEALLPLNMEAKIKQEITEGDLKAIMTGPSGKKTPAMRKVLYPCRFCNQVFAFSGVLRA
HVRSHLGISPYQCNICDYIAADKAALIRHLRTHSGERPYICKICHYPFTVKANCERHLRK
KHLKATRKDIEKNIEYVSSSAAELVDAFCSPETVCRLCGEDLKHYRALRIHMRTHCNRGL
GGCHKGRKPFECKECNATFAAKRNCVHHILKQHLHVPERDIESYVLATDGGLGPTDTPTE
TSARGEEGSCIAFGECKPLATFLEPQNGFLHTSPNQPLPSHISVKLEPASSFAVDFNEPL
DFSQKGLALVQVKQENVSSLLNSSSSALYDCSMEPIDLSIPKSIKKGDKDTVVPSDAKKP
EPESGKAEQLSPCPPPCPTLSVTVEPKGSLENPTGTIVAVSTTANLEPHTQPLQGSVQLA
VPIYSSALISSPPLLGNSALLNNPALLRPLRPKPPLLLPKPPMTEELPPLASIAQIISSV
SSAPTLLKTKVADPGPSITSSNTVATDSLGSSIPKVITTPTDITSPKESSELPPTASSPE
EALPIEQGPSGSSRKRGRKRGMRNRPLTNSGGVDLDSSGEFASIEKMLATTDTNKFSPFL
QTAEDDIQDDVSGAPADHHGPSDEEQGSPAEDRLLRAKRNSYANCLQKINCPHCPRVFPW
ASSLQRHMLTHTGQKPFPCQKCDAFFSTKSNCERHQLRKHGVTTCSLRRNGLIPPKEGDV
GSHDSTDSQSDTDALTTPGEVLDLTAQDKEQLPSEGAVELSPATQDLTVKEAKAEAAPPE
NEEEKSAEEKPEEECSIEESAGNTDAPEEDTASNQSLDLDFASKLMEFKLAESEAGTVDS
QGTAQQDQKHTCNTCGKNFKFLGTLSRHKKAHSCQEPKEEKEAPLPENESASRATEGPSP
SPEPEEKPAESPAIGPTLGTREASVEKQSEETEGPSDGEGTAEKRGSSDKTPKTDSPKST
ATKADKRKKVCSVCNKRFWSLQDLTRHMRSHTGERPYKCQTCERTFTLKHSLVRHQRIHQ
KARHSKHHGKDSDKDERAEEDSEDESTHSANNPVSENEADSAPSTSNHVAITRSRKENSG
KDCNQEEKAAAEQPSEPSHSTPKEQVSSGETDPQSPAALVQDLLELCTKRPAPILAATDS
ASQLLGME
NT seq 5247 nt   +upstreamnt  +downstreamnt
atgacgtcaaattcatccattggtttagaaggctcagacctgccttccatcaacaccatg
atgtcagcagtaatgagcgtagcaaatgtcactgagaatggtgggagcccccagggcatc
aagtcccccacgaagcctccaggaccaaatcggattggcagaaggaaccaggagacgaaa
gaggagaagtcttcttacaactgtcccctatgtgaaaagctttgcaccacccagcaccag
ctgaccatgcatatccgtcagcacaacacagacaccggaggaactgaccactcatgcagc
atctgtgggaagtctctgagctctgccagctccctggatcgtcacatgctggtgcactct
ggcgaaaggccttacaagtgtacagtgtgtggtcagtctttcaccaccaatggcaatatg
cacagacatatgaagatccatgagaaggacagctgcagtactacagctgcagcccctcca
tcccctctcaagcgtaggcggttgtcctccaaaaggaaactgagtcatgatgccgagtca
gagagagaagacctagcaccagctaaaaagatggtagaagatgggcagtcaggtgatttg
gagaagatggctgatgaagtctttcactgcccagtgtgcttcaaggagtttgtttgcaag
tatggactggagacccacatggagacccattcagataacccattaagatgtgatatttgc
tgtgtaaccttccgcactcatcgggggctactgcgccacaatgcactcgtccacaagcag
cttcccagagatgccatgggaagacctttcatccagaacaacccttcaattcctgctggc
ttccatgatttagggtttactgatttctcctgtaggaagtttcctcggatttctcaggcc
tggtgtgaaacaaacctacgaaggtgcatcagcgagcagcaccggttcgtgtgtgacacc
tgcgacaaggcattccccatgctgtcttcactcatcctgcacaggcagacccacatccct
gctgatcagggccgggataagctccagaccaagaccctggctggcgatacccaggaccaa
aaggtcttcctgacctttctgggcctgcagcacaccaaagacatcaggcctgcacctcct
gaggagtccctgctagacgacaaccaagcaatacagctccaaacactcaagtgtcagcta
cctcaggaccctggatgcaccaatgtactgagtctgtctccttttgaagctgcttcttta
ggtggttctctaacggtcctcccagctaccaaggagggcttgaaacatctgtccctgcag
cccttccaaaagggcttcatcatccagccggacagtagtattgtggttaagcctatttca
ggagagtcagccattgagctagcagatatccaacagattctaaagatggcagcttcagct
cctccacaaatcagtcttccgccactttccaaggctcctgccacccctcttcaggcaatt
ttcaaacacatgcctcctttgaagccaaagcctttggtcgcaccccggacagtggtagcc
acatctacacccccacctctcatcaatgcacagcaggcatccccaggttgtatcagccct
agccttcctcctcaatccctgaagttccttaaggggtcagttgaggctgcctccaacatt
catctgctccaatccaagtctggggtccagccaaacaccaccacacagctcttcctacag
cagcctggagtggagttgccaggccagcctgagatgaagacacagctagaacaggatagc
atcattgaggccctgctgcccctaaacatggaggcaaagatcaagcaggagataacagag
ggtgacctcaaggccatcatgacaggccccagtggcaaaaagacccccgccatgcgcaag
gttctctacccctgccgcttttgtaaccaggtgtttgctttctctggagttctacgtgcc
catgttcgctcccacctgggcatctcaccctaccaatgcaacatctgcgactatattgct
gcagacaaagccgctcttatccgccaccttcgcacacacagtggggaaaggccctatatc
tgcaagatctgccactacccattcacagtcaaagccaactgtgagcggcacctgcgcaag
aaacacctcaaggccacccgaaaggatattgaaaagaacatagaatacgtgagcagcagc
gcggcagagctggtggatgccttctgctccccagagacggtgtgcaggctgtgtggtgag
gatctgaagcactaccgtgcactgcgcattcacatgcgaacacactgcaaccgaggcctg
ggtggctgccacaaaggccgcaaaccttttgagtgcaaggaatgcaacgccacctttgca
gccaagcgcaactgtgtccatcacatcctcaagcagcacctgcacgtgcccgagcgtgac
attgagagctatgtgcttgccacagatggtggccttggccccacagacacacccacagag
acctctgccagaggagaagaggggagctgcattgcttttggtgaatgcaaacccctcgcc
actttcctggagccccaaaatggctttcttcacacaagccccaaccagcccttgccttcc
cacatctctgtcaagttggagccagccagcagctttgcagtggacttcaacgaacccctt
gacttttcacagaagggcctggcactggtccaagtgaagcaggaaaatgtgtcctccttg
ctgaactcttcctcctctgccctctatgactgctccatggagcccattgacctgtccatc
cccaagagcataaagaaaggagacaaggacacagttgttcccagtgacgccaagaaacca
gaaccagaatctgggaaagctgagcagctctctccctgtccaccaccctgccctaccttg
tcagtgactgtggagcccaaagggagcctggaaaaccccacaggcactatagtggccgtc
tccaccactgccaacctggaaccccacactcagcctctccagggctccgtgcagctggct
gtccccatctattcttcagctctcatcagcagtcctcccctcctgggcaactctgccctc
ttgaacaacccagccttgcttcggcccttacggccaaagcctccccttctcttgccaaag
ccccccatgacagaggagctgcctccactggcttccattgcccagatcatctcgtctgtg
tcctcagcccctactctgctgaaaacaaaggtagctgaccctgggccgtcgatcaccagc
agtaacactgtggccacagacagcttaggaagctctatccccaaagttatcaccaccccc
actgacatcacaagccctaaagaatccagtgaactaccccctacagccagcagcccagag
gaagccttgcctattgagcaagggccatctggctcatccaggaagaggggtaggaaaagg
ggaatgagaaaccggcccctcaccaacagtggtggtgtggacctcgactccagtggagaa
tttgctagcatcgagaagatgctggccaccacagataccaacaagttcagtccatttctg
cagactgcagaagatgacattcaggatgatgtgtctggagcccctgcagaccaccatggg
cccagtgatgaggagcagggtagccctgcagaagacagattgctgagagcaaagcggaac
tcctatgccaactgcctgcagaagatcaactgtccccactgtccccgggtcttcccttgg
gccagctccctccagaggcacatgctcacacacactggtcagaaacccttcccttgtcaa
aaatgcgatgccttcttttctaccaaatctaactgtgaacgccaccagttgcgcaaacac
ggagttaccacctgctccctgagaagaaacgggcttattcccccaaaagagggtgatgtt
ggatcccatgatagcacagacagccagtcagacacagacgcattgaccacaccaggtgag
gtgctggatcttacagcacaggataaagagcagctgccatcagagggagccgtggagctc
agcccagccacacaggacctcactgtcaaagaggccaaagcagaggcagcccctcctgaa
aacgaggaagaaaagagtgcagaagagaagccagaggaagagtgcagcatagaagagagt
gccggcaatacagatgccccggaagaggacaccgccagcaaccagagcctggatcttgac
tttgccagcaagctgatggaattcaagctggcagaaagtgaggcaggcactgtggacagc
caaggcacagcccagcaggaccagaagcatacctgcaatacctgtggaaaaaacttcaag
tttctgggcaccctaagccgccacaagaaggcacacagctgccaggagcccaaggaggag
aaggaggcacctttgccggagaatgagagtgctagcagagcaacggagggaccctcccct
tcccctgaacctgaggagaagcctgccgaatccccagcaataggtccaaccctaggaacc
agggaggcctcagtggagaaacagagtgaagaaacagagggtccctctgatggggaaggc
acagctgagaagaggggcagcagtgacaagacaccaaagacagactcccccaaaagcacg
gccactaaggcagacaaaaggaagaaggtgtgcagcgtatgcaacaagcgcttctggtcc
ttgcaggacctcacccggcacatgaggtcacacacaggagaaaggccatacaagtgtcag
acctgtgagcgaaccttcaccttaaagcacagcctagtgcgacaccagcggatccaccag
aaagccaggcacagcaaacaccatgggaaagacagcgacaaggacgagcgggctgaggag
gacagtgaggatgagtccacccatagtgctaacaaccctgtctcagagaatgaggccgac
tcagctcctagcaccagcaaccatgtggccatcaccaggagccggaaagaaaactcgggg
aaggattgtaaccaagaagagaaggctgcagcagagcagccatctgagcccagccacagc
acccccaaggagcaggtgtcttcaggggaaacagacccccagagcccagcagcccttgta
caagacttgctggagctgtgcaccaagaggcctgccccaatcctggcagccaccgacagt
gcctcacagctcctggggatggaatga

  All links  
Gene (39)   
   RefGene (36)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (14)   
   UniProt (1)   
   RefSeq(pep) (13)   
DNA sequence (27)   
   RefSeq(nuc) (13)   
   GenBank (7)   
   EMBL (7)   
Protein domain (9)   
   Pfam (9)   
All databases (89)   

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