KEGG   Nannospalax galili (Upper Galilee mountains blind mole rat): 103738295
Entry
103738295         CDS       T03372                                 
Symbol
Gpatch8
Name
(RefSeq) G-patch domain containing 8
Organism
ngi  Nannospalax galili (Upper Galilee mountains blind mole rat)
SSDB
Motif
Pfam: G-patch zf-C2H2_jaz SF3a60_Prp9_C G-patch_2
Other DBs
NCBI-GeneID: 103738295
NCBI-ProteinID: XP_008836413
UniProt: A0A8C6RYE0
Position
Un
AA seq 1502 aa
MADRFSRFNEDRDFQGNHFDQYEEGHLEIEQASLDKPIESDNIGHRLLQKHGWKLGQGLG
KSLQGRTDPIPIVVKYDVMGMGRMEMELDYAEDATERRRVLEVEKEDTEELRQKYKDYVD
KEKAIAKALEDLRANFYCELCDKQYQKHQEFDNHINSYDHAHKQRLKDLKQREFARNVSS
RSRKDEKKQEKALRRLHELAEQRKQAECAPGSGPMFRPTTVAVDEEGGVEDKEESSTNSG
ISTIASCGVGSEFSTDKGGPFTAVQITNTTGLAQAPGLTSQGISFGIKNNMGTPLQKLGV
SFSFAKKAPVKLESIASVFKDHAEEGTSEDGTKPEEKGSDQGVQKVGDTDGSGNLDGKKE
DEDPQDGGSLASTLSKLKKMKREEGTGGTEPEYYHYIPPAHCKVKPNFPFLLFMRASEQM
EGDNSSQSKNAPESKKSSSPKPKGCIKGAASQGAEKSISEVSEQQETLVAEPSEPGSRTE
TKKATGDISEQSLESQKTSESQACDSNPSKEASQAAPAGKASQEGPKHATGPFFPVLSRD
ESTALQWPSELLIFTKAEPSISYSCNPLYFDFKLSRNKDARAKGTEKPKDIGGSSKDPLQ
SLDPGEPNRSKEEEENAVHSSEDRMDEPASGAACSSLSKQEPGGSQGSETEDTGRSHPSK
KERSGKSHRHKKKKKHKKSSKHKRKHKADMEEKSKAESGEKSKKRKKRKRKKKSSAPADS
ERGPKPEPPGSGSPAPPRRRRRAQDDSQRRSLRAEEGSSGKKDEGGGSSSQDRGGRKHKG
EPPASSCQRRAGTKHSSRSRHRSQPSSGDEDSDNASSHRLHQKSPSQYSEEEEEEEEEEE
EEEEDSGSEHSRSRSRSGRRHSSHRSSRRSYSSSSDASSDQSCYSRQHSYSDDSYSDYSD
RSRRHSKRSHDSDDSDYASSKHRSKRRKYSSSDDDYSLSCSQSRSRSRSHTRERSRSRGR
SRSSSCSRSRSKRRSRSTTAHSWQRSRSYSRDRSRSTRSPSQRSGSRKGSWGHESPEERR
SGGRDFIRSKIYRSQSPHYFRSGRGEGSGKKEDGRDDTKGAGPPSQNSNTGTGRGSESDC
SPEDKNSITARLLLEKIQSRKVERKPNVCEEVLATPNKAGLKYKDPPQGYFGPKLPPSLG
NKPVLPLIGKLPATRKPNKKCEESGLERGEEQEQSEPEEGTLGNSDAPFGHQFPSEETAG
PLSDPPLEEPKSEEATADHSVAPLGTPAHTDCYPGDPAISHNYLPDPSDGDTLESLDSSS
QPGPVESSLLPIAPDLEHFPNYAPPSGEPSIESTDGTEDASLAPLESQPITFTPEEMEKY
SKLQQAAQQHIQQQLLAKQVKAFPASAALAPATPALQPIHIQQPATASATSITTVQHAIL
QHHAAAAAAAIGIHPHPHPQPLAQVHHIPQPHLTPISLSHLTHSIIPGHPATFLASHPIH
IIPASAIHPGPFTFHPVPHAALYPTLLAPRPAAAAATALHLHPLLHPIFSGQDLQHPPSH
GT
NT seq 4509 nt   +upstreamnt  +downstreamnt
atggcggaccgcttctcccgcttcaacgaggaccgagactttcagggtaatcactttgat
caatatgaagaaggacacttggaaattgaacaagcatcacttgacaagcccatagaatcg
gataatattggacaccgcttactccagaaacatgggtggaagctgggccagggattggga
aaatctcttcaggggagaacagaccctattccaatcgttgtcaagtatgatgtcatgggc
atgggtcgcatggaaatggagctggattatgccgaagatgctactgaaaggcgccgtgtc
ctagaagtggaaaaagaagatacagaagagctaagacaaaagtacaaggattatgttgac
aaagaaaaggctattgcaaaagctttggaagatctcagagccaacttctactgtgaactc
tgtgataaacagtatcagaaacatcaggaatttgacaaccacatcaactcctatgatcat
gcacataagcagagattaaaagatctcaagcagagagagtttgcccgaaatgtctcttca
agatcccgcaaggatgaaaagaaacaagaaaaagcccttcggcggctccatgagttggca
gagcaaagaaaacaagctgaatgtgcacctggaagtggtcccatgttcagaccaaccaca
gttgctgtagatgaagaaggtggagttgaggataaagaagaatcatcgacaaacagtggc
ataagtaccattgcttcttgtggcgtaggatctgaattctccacagataaaggaggcccc
ttcactgcagtacagatcactaataccactggactggcacaggctcctggattaacctcc
caaggtattagctttggcattaagaataatatggggaccccactacaaaaattgggagtg
tcattttcctttgccaagaaggctcctgtcaaacttgaatcgatagcatcagttttcaag
gaccatgcagaagaagggacctctgaagatggaacaaagcctgaggagaagggttctgac
caaggagtgcagaaggtgggtgacactgatgggagcggtaatcttgatggtaaaaaggaa
gatgaagaccctcaggatggagggtctcttgcctcaacactgtccaagttaaaaaagatg
aagcgagaagagggaactggaggtacagagccagagtattaccactacatccccccagca
cactgcaaagtgaagcctaattttcctttcttactttttatgagagccagcgaacaaatg
gaaggtgataacagttcacagtcaaagaacgccccagagagcaaaaaaagcagttctcct
aagccgaagggttgcattaagggggcagcaagtcaaggagcagaaaagagcatcagtgaa
gtgtctgaacagcaggagacccttgtggctgaaccctcagaacctggaagcagaactgag
acaaagaaggccacaggggatataagtgagcaaagtttagagagtcagaagacttcagag
agccaagcatgtgactctaatccttctaaggaagcttctcaggccgcgccagcaggaaaa
gcaagccaggagggacccaaacacgcaactggcccgttcttcccagtgttgagcagagat
gaaagtactgccctccagtggccatcagaactattaattttcaccaaggcagaaccctcc
atttcctacagttgtaatcctttgtactttgactttaaactttcaaggaacaaagatgct
agagctaaagggacagaaaagccaaaggatataggaggttcctcaaaagatcctctccag
agccttgatcctggagagccaaatagaagcaaggaagaggaagagaatgcagtccattcc
tcagaagacagaatggatgaacctgcttcaggagctgcctgtagcagcctgagcaagcag
gagcccgggggcagccagggatcagagactgaagacacaggaagaagccatcctagcaag
aaagaacgatcaggcaagtcccacagacacaaaaagaaaaagaaacacaaaaaatccagt
aagcacaaacggaaacacaaggctgacatggaagagaaaagtaaggcagagtctggggag
aaatctaagaagcgcaagaagcgaaaacggaagaagaagtcatcagccccagctgattct
gaacgaggacccaaaccggaacctcctgggagcggcagccctgcaccaccaagaagacgg
cgtcgagctcaagatgattcccagcggagatccctccgtgccgaagaagggagcagtggc
aagaaggatgaagggggaggcagcagctcccaagatcgtggtgggaggaagcacaaaggg
gagcctccagcttcctcctgccagcggagggctggcaccaaacatagcagccggtctcgc
catcggagccagcccagtagtggagatgaggatagcgacaatgcttcttcacacagactg
caccagaagtctccgtcccagtatagtgaggaggaggaagaggaagaggaggaagaggag
gaggaggaggaagactcaggcagtgagcattcccgtagccgctctcgatctggccggcgc
cactcctcacaccgttcatcccggcgttcttactctagcagctcagatgcctcttcagac
caaagctgctatagtagacagcacagttactctgatgatagctacagtgactacagtgac
cgatcacgaaggcactccaagcgctcgcatgactcggatgactcagattatgccagctcc
aaacaccggtcaaaacgacgcaaatactcatcatcagatgacgactatagcctcagttgc
agccagtcccgaagccgatctcggagtcataccagggagcgctcaagatcccggggccga
agccgcagtagcagctgtagtcgaagtcggagcaagaggagaagccgcagcaccacagcc
cacagctggcagcgaagccgcagctatagtcgggaccgcagtcgcagcaccaggagccca
tcccagagatcaggctccagaaagggatcgtggggtcacgagagccccgaggagcggcgt
tctggtggtcgggacttcattcgctcaaagatctaccgctctcagtctccccactatttc
cgatccggtcggggagaaggttctggaaaaaaagaggacggcagagatgacactaaagga
gcaggccctccctcccagaatagcaatactggcacaggaagggggtcagaaagtgactgc
agccctgaagataagaactccatcactgctagactgctattagagaagatccagtccagg
aaagtggagaggaaacctaatgtttgtgaggaggtgctggccacccctaataaggcaggg
ctcaagtataaggaccccccacaaggttacttcggccccaagctacccccctcgcttggt
aataagcctgtccttccactgataggcaaacttccagctacccgaaagcccaacaagaaa
tgtgaagagtctggcttggaaagaggggaggagcaagaacagtcagagccagaagaaggg
accctagggaatagtgatgctccatttggacatcagttcccctcagaggaaacagctggc
cccttatcagacccacccctagaagagccaaagtctgaagaagctactgctgatcactct
gtggctccgctaggcaccccagcacacactgactgctaccctggggatccagccatctcc
cataactacctccctgaccccagtgatggggacaccctagagtccctggatagcagcagt
caaccaggccctgtggaatctagcttgctgcctatagccccagaccttgagcacttcccc
aattatgcacctccgagtggggaacctagtattgaatcaacagatgggactgaggatgct
tcactggcacccctggagagccagcccatcacctttacccccgaggagatggaaaagtac
agcaagctccagcaggctgcacagcagcacattcagcagcagcttctagccaagcaagta
aaggcctttccagcctcagcagccctggctccagccacaccagccctgcagcctatccac
attcagcagccagccacagcctctgccacctccatcacaacagttcagcatgccatctta
caacatcatgctgccgctgccgctgccgccattggcattcaccctcaccctcatccacag
ccacttgcccaagtgcatcatattcctcagccccatctgacccctatttccttgtctcat
ctcacccactccatcatccctggccaccctgccacctttcttgctagccaccctatccat
ataattcccgcttcagccatccatcctgggcccttcaccttccatcctgtcccacatgct
gccctctaccctaccctgcttgctccacggcctgctgcagcagctgccactgccctccac
cttcacccactgcttcaccccatcttctcaggtcaggacctgcagcacccccccagccat
ggtacttga

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Genome (1)   
   KEGG GENOME (1)   
Gene (66)   
   RefGene (63)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (6)   
   UniProt (1)   
   RefSeq(pep) (5)   
DNA sequence (9)   
   RefSeq(nuc) (5)   
   GenBank (2)   
   EMBL (2)   
Protein domain (4)   
   Pfam (4)   
All databases (86)   

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