KEGG   Homo sapiens (human): 26098
Entry
26098             CDS       T01001                                 
Symbol
EDRF1, C10orf137
Name
(RefSeq) erythroid differentiation regulatory factor 1
Organism
hsa  Homo sapiens (human)
SSDB
Motif
Pfam: TPR_2
Other DBs
NCBI-GeneID: 26098
NCBI-ProteinID: NP_001189367
OMIM: 620463
HGNC: 24640
Ensembl: ENSG00000107938
UniProt: Q3B7T1
Position
10:125719709..125764139
AA seq 1238 aa
MGDAKEAGAEGPPAGAAARGGLSLLSQGESEESSAQGSALFLGGNEVKSRAVVKYSSAPP
RTAFARLEEKTDLKLPPANWLRESAKLGPAGTTILGNSKKSKPFSSFGMAYDFIDSVGND
VDVVSDSENIKKLLKIPYSKSHVSMAVHRIGRTLLLDELDIQELFMRSSQTGDWTWLKEF
YQRLIDQKWQRKKKSKEHWYQKAILSKFLYYSINGDGAAQPVSSTAEQQESSSSDQTNDS
EGASWPAPFEMPSSVSEDPSASSQGSEPLEPSYIVGHVASAPKEQNLITLFNDGEHSQGL
KNDFVRNILWTFEDIHMLVGSNMPIFGGGRYPAVSLRLRDNNKPINVLTGIDYWLDNLIC
NVPELVMCFHVNGIVQKYEMIKTEEIPNLENSNFSTKVIKDIAQNILSFLKSNCTKEGHT
YWLFKASGSDIVKLYDLTTLCEETEDKYQNPFTMPVAILLYKVACNMMMKKNQNKKHYGT
IRTLLLNCLKLLDKSRHPQIIASANYMLSELFQLDEPKKEENSESPLNENSDESYSEEEE
EMPDSDENGSYSTSSDPSDDSKAVAIIKSVGELSVPEKYKSIHQIRPSCAFPVCHDTEER
CRLVLSYVLEGLKSVDSSIKKESDLPAADPSTPIPLKYEDESSRGGPEGLEKQMALFLDK
MGSLQKGNYSSQSGMIPGSWQHKMKLQLILKSSKAYYVLSDAAMSLQKYGRALRYIKLAL
QSHDTYCCLCTNMLSEVLLFLSQYLTLCGDIQLMLAQNANNRAAHLEEFHYQTKEDQEIL
HSLHRESSCQGFAWATDLSTDLESQLSVSCKCYEAANEILQFSDLKSQNPEHYVQVLKRM
GNIRNEIGVFYMNQAAALQSERLVSKSVSAAEQQLWKKSFSCFEKGIHNFESIEDATNAA
LLLCNTGRLMRICAQAHCGAGDELKREFSPEEGLYYNKAIDYYLKALRSLGTRDIHPAVW
DSVNWELSTTYFTMATLQQDYAPLSRKAQEQIEKEVSEAMMKSLKYCDVDSVSARQPLCQ
YRAATIHHRLASMYHSCLRNQVGDEHLRKQHRVLADLHYSKAAKLFQLLKDAPCELLRVQ
LERVAFAEFQMTSQNSNVGKLKTLSGALDIMVRTEHAFQLIQKELIEEFGQPKSGDAAAA
ADASPSLNREEVMKLLSIFESRLSFLLLQSIKLLSSTKKKTSNNIEDDTILKTNKHIYSQ
LLRATANKTATLLERINVIVHLLGQLAAGSAASSNAVQ
NT seq 3717 nt   +upstreamnt  +downstreamnt
atgggggatgccaaggaggccggagccgagggtccgccggccggggccgccgctcgagga
gggctcagcctcctgtcccagggagaatccgaggaatcttctgcacagggatcagcttta
tttcttggaggcaatgaagtgaagagccgagctgtggtgaaatactcttctgcccctcct
cgaacagcatttgcacgccttgaagagaaaacagacttgaaactcccacctgccaactgg
ttacgagagagtgccaaactagggccagcaggaactaccattcttggcaacagcaagaaa
agcaagccattttcaagctttggcatggcatatgactttattgattcagtgggaaatgat
gtggatgttgtctctgactctgaaaacataaaaaaactcctgaaaattccctacagcaag
tcgcacgtgagcatggcagtacaccgcataggaaggactctcttactagatgagctagat
attcaagaactctttatgagatcgtctcagactggtgactggacatggttgaaagagttt
tatcaaagactcattgatcagaagtggcagaggaagaaaaagagcaaagagcactggtat
caaaaggcaattctttccaagtttttatattacagtatcaatggtgatggagccgctcag
cctgtctcatccaccgcagaacagcaggaatcgtccagttcagatcagacaaatgattcg
gaaggggcttcatggcctgctcccttcgaaatgccttcttcagtttctgaagatcccagt
gcttccagtcagggaagtgagcctcttgaaccctcatacatagtggggcatgtggcctca
gcccccaaagaacaaaacctgattactttattcaatgacggggagcacagtcagggtctt
aaaaatgattttgttcggaatattctatggacatttgaagatatccatatgttggtcggc
tccaacatgcccatatttggaggaggcagatacccagcagtcagcttacgtctcagggat
aacaacaaaccaattaatgtgctaactggaattgactattggttggacaacttgatatgc
aatgtgccagagcttgtgatgtgttttcatgtaaatggaattgtacagaaatatgaaatg
ataaagacagaagaaattcccaatttggaaaattctaatttttctactaaagtcataaaa
gacattgcacagaatattttatcatttttgaaatctaattgtaccaaagaaggacatacc
tattggctctttaaagcaagtggcagcgatatagtgaagctctatgacctcactactctt
tgtgaagaaactgaagacaaataccaaaatccattcacaatgccggtagccattctcttg
tacaaggttgcttgcaacatgatgatgaagaagaatcaaaataagaaacactatggaact
attagaacattgcttcttaattgtctgaaattactggacaaaagtaggcatcctcaaatt
attgcttccgccaattacatgctttcagaactttttcaattggatgaacctaaaaaggaa
gaaaattcagaatctcctttaaatgagaattctgatgaaagttatagtgaagaggaggaa
gagatgcccgacagtgatgaaaatggatcctatagcaccagctctgatccatcagatgat
agcaaagcagtagctataatcaagtctgttggagaactatcagtaccagaaaaatacaaa
tctattcatcaaatcagacccagttgtgcatttccagtttgccatgacacagaagagcgc
tgtagacttgtgcttagctatgttctagagggtttaaaatctgtcgatagcagcatcaaa
aaagaaagcgaccttccagcagctgaccccagcactccaatcccgttaaaatatgaagat
gaatcctcaagagggggtcccgaggggctagagaagcagatggccttgtttttggacaaa
atgggctcccttcagaagggcaattattccagtcaatctggaatgatccctggctcttgg
caacataaaatgaaacttcagctgattctcaagtcatcaaaggcctattatgttttgtcc
gatgctgccatgagtcttcagaaatacggaagagcattacgatacattaaattagctttg
caaagccatgatacttattgctgcctctgcaccaatatgctttccgaagtgctgttgttt
ctctctcaatatttgacactttgtggtgatatccaactaatgctggcccagaatgcaaat
aatagagcagcacaccttgaagagtttcattaccaaacaaaagaagaccaggagatcctg
catagccttcacagagagtccagttgccaaggatttgcatgggcaactgatttgtctaca
gacttagaaagtcaactctctgttagttgtaaatgttatgaggctgctaatgaaatcttg
cagtttagtgacttgaaaagccaaaatccagaacactatgtacaagtattaaagagaatg
ggtaacattagaaatgaaattggtgtgttttacatgaatcaggctgctgcattacagagt
gagagactagtgagcaaatctgtgtctgctgccgagcaacagttgtggaaaaaaagcttt
tcttgttttgaaaagggaattcacaactttgaatcaattgaggatgccaccaatgccgcc
cttttattatgtaacacgggaaggctcatgcggatttgtgcgcaggcccactgtggtgca
ggggatgaactgaaacgtgaattttcaccagaagaaggcttgtattataataaggctatt
gattactatttgaaagcgctaaggtcattgggaacacgagacatacacccagctgtttgg
gattcagtgaactgggaattgtccactacttactttactatggcaactctacagcaagat
tatgctccgttatctagaaaagctcaggagcagattgagaaagaagtcagtgaggccatg
atgaagtccctaaaatactgcgatgtggattcagtgtctgctcgacagcccctttgtcag
tatcgagctgcaaccatccatcacaggctggcctccatgtaccacagctgtctgaggaat
caggttggtgatgaacaccttaggaaacaacaccgggtgctggcagatcttcattacagc
aaggccgcaaagctgtttcagctgctgaaagatgctccctgcgaactgcttagagtacag
ctagagagagtagcatttgctgaatttcagatgaccagtcagaatagcaatgttggaaag
ttgaaaacactatctggggctcttgatataatggtgagaactgagcacgcattccagctt
atccagaaggagcttatagaagaatttggccagcctaagagtggtgacgccgctgcagct
gctgatgcttctcctagtctcaatcgagaagaagtgatgaaactcctcagtatatttgag
tctcggttgtcatttcttctccttcagtccattaaactgctatcttcaactaaaaagaaa
acaagcaataacatcgaagatgacacaattctcaaaaccaacaagcacatttactcccag
cttttgagagcaactgcaaataaaaccgcgactcttctggaaagaatcaacgttatcgtc
cacctgctgggccagcttgccgccggcagtgcagcgagcagcaatgccgttcagtga

  All links  
Disease (1)   
   OMIM (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (14)   
   RefGene (7)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   HGNC (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (2)   
   OC (1)   
Protein sequence (16)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (14)   
DNA sequence (42)   
   RefSeq(nuc) (18)   
   GenBank (12)   
   EMBL (12)   
Protein domain (1)   
   Pfam (1)   
All databases (75)   

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