Microcebus murinus (gray mouse lemur): 105859145
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Entry
105859145 CDS
T07238
Symbol
SHPRH
Name
(RefSeq) E3 ubiquitin-protein ligase SHPRH isoform X1
KO
K15710
E3 ubiquitin-protein ligase SHPRH [EC:5.6.2.-
2.3.2.27
]
Organism
mmur
Microcebus murinus (gray mouse lemur)
Brite
KEGG Orthology (KO) [BR:
mmur00001
]
09180 Brite Hierarchies
09182 Protein families: genetic information processing
04121 Ubiquitin system [BR:
mmur04121
]
105859145 (SHPRH)
Enzymes [BR:
mmur01000
]
2. Transferases
2.3 Acyltransferases
2.3.2 Aminoacyltransferases
2.3.2.27 RING-type E3 ubiquitin transferase
105859145 (SHPRH)
Ubiquitin system [BR:
mmur04121
]
Ubiquitin ligases (E3)
Single Ring-finger type E3
Other single Ring-finger type E3
105859145 (SHPRH)
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
SNF2-rel_dom
SHPRH_helical-2nd
SHPRH_helical-1st
Linker_histone
Helicase_C
zf-RING_UBOX
PHD
zf-C3HC4
zf-C3HC4_2
zf-C3HC4_3
zf-RING_2
SfNPV_sf27
zf-RING_5
TPR_10
PEP-utilisers_N
TPR_12
Motif
Other DBs
NCBI-GeneID:
105859145
NCBI-ProteinID:
XP_012598195
Ensembl:
ENSMICG00000009309
UniProt:
A0A8B7ESR6
LinkDB
All DBs
Position
6:complement(102330601..102412790)
Genome browser
AA seq
1685 aa
AA seq
DB search
MSSRRKRAPPVRIDEEKQQQLHWNMHEDRRNEPLTLTDDEYPCPDSDATSAHCIILDDSL
KDEVPHRDKKRCSEAVNFSKSIEKEETVGIFSPLSVKLSILIAPYHFDNSWKALLGELSL
QLLPEQSLTENFSERSFTLMSSESSNQFLIYVHSECEDVEKQEKRLKEPIYACDKSILVE
SSFSGEMLEDLGWLQKKRRIKLYQRPEGNHIIKVGIYLLEAGLAKLDFLSDANSRMKKFN
QLMKRVMEKLYNFIILDALEEDDEDSESEPEGQDIDELYHFVKQTHQQETQSIQVDVQHP
ALTPVLRPYQREAVNWMLQQEYFRSTPTGESTLHFLWREIITSEGLKLYYNPYTGCIIRE
FPNSGPQLRGGILADEMGLGKTVEVLALILTHTRQDVKQDALTLPEGKVVNYFIPSHFGG
KVKDTKTQNIEIEPKEKVQCPPTRVMILTAVKEMNGKKGVSILSIYKYVSSIYRYDVQRN
RSLLKRMLKCLIFEGLVKQIKGHGFSGTFTLGKNYKEEDICDKTKKQAVGSPRKIQKESR
KSGNKDTDSEYLPSNTSDDDDDDPYYYYYKAKRNRSKLRKKPILSIRKGKSQPNSSSDSQ
GHCPAASDSGIIDVTTSESTCVSEFKQEHEAKDYGESLNLAASDVPHSNIMSPYNTADYR
FECICGELDQMDRKPRVQCLKCHLWQHAKCVNYEEKNLKVKPFYCPHCLVAMEPVSTRAT
LIISPSSICHQWVDEINRHVRSSSLRVLVYQGVKKDGFLQPHFLAEQDIVIITYDVLRSE
LNYVDIPHSNSEDGRRLRNQKRYMAIPSPLVAVEWWRICLDEAQMVECPAVKAAEMAQRL
SGINRWCISGTPVQRGLEDLFGLVVFLGIEPYCVKHWWVRLLYRPYCKKNPQHLYSFIAK
ILWRSAKKDVIDQIQIPPQTEEIHWLHFSPVERHFYHRQHEVCCQDAVVKLRKISDWALK
LSSLDRRTVTSILYPLLRLRQACCHPQAVRGEFLPLQKSTMTMEELLTSLQKKCGTECEE
AHRQLVCALNGLAGIHIIKGEYASAADLYREVLRSSEEHKGKLKTDSLQRLHATHNLMEL
LIAKHPGIPPTLRDGRLEEEAKQLREHYMSKCNTEVAEAQQALQPVQQTIRELQRKIHSN
SPWWLNVIHRAIEFAIDEELVQRVRNEITSNYKQQTGKLSMSEKFHDCRGLQFLLTTQME
ELYKFQKLVREAVKNLEGPPSRNVIESATICHLRPIRLPLNCCVFCKADELFTEYESKLF
SNTVKGQTAIFEEMIEDEEGLVDDRAPTTTRGLWAISETERSMKAILSFAKSHRFAVEFI
DEGSTSMDLFEAWKKEYKLLHEYWMALRNRVSAVDELAMATERLRVRDPREPKPTPPVLH
IIEPHEVEQNRVKLLNDKAVATSQLQKKLGQLLYLTNLEKSQDKTSGGINPEPCPICARQ
LGKQWAVLTCGHCFCNECISIIIEQYSVGSHRSSIKCAICRQTTSHKEISYVFTSEKASQ
EEDIPVKGSHSTKVEAVVRTLMKIQLRDPGAKALVFSTWQDVLDIISKALTDNNMEFAQI
SRVKTFQENLSAFKRDPQINILLLPLHTGSNGLTIIEATHVLLVEPILNPAHELQAIGRV
HRIGQTKPTIVHRFLIKATIEERMQAMLKTAEKSHTNSSVKHSEASVLTVADLADLFTKE
TEELE
NT seq
5058 nt
NT seq
+upstream
nt +downstream
nt
atgagcagcagacggaaacgtgctcctccagtgaggatagatgaagaaaagcagcagcag
cttcattggaatatgcatgaggatagaaggaatgaacctctcaccttaactgatgatgaa
tatccctgcccagattcagatgccacttctgctcattgcatcatcctagatgacagtcta
aaggatgaggtgcctcacagagataagaagaggtgttcagaggcagtaaacttctcaaaa
tcaatcgaaaaagaagagactgttggtattttttcccctttgtctgtaaaattgagtatt
ttgattgctccatatcactttgataattcttggaaagcacttctgggagaattaagtctt
cagcttcttcctgaacagagtttaactgaaaatttttctgaaaggagttttactttgatg
agttcagagtcaagcaatcagttcctgatctatgttcattcagaatgtgaagatgtagag
aaacaagaaaaaagactcaaagaaccaatctatgcttgtgacaagagtattctagtggaa
tcatccttcagtggtgaaatgttagaagatttggggtggctacaaaagaagagaaggata
aaactttaccaaagaccagaaggaaatcacattatcaaggttggaatttatcttttggaa
gctggtctagcaaaactagactttttgagtgatgcaaattcaagaatgaaaaagttcaat
cagctcatgaagagagtgatggaaaagttatacaattttattattctagatgcgttagaa
gaggatgatgaagattcagagagtgaaccagagggacaggacattgatgagctctatcac
tttgtgaagcaaacacatcagcaagaaacacaatccatccaagtggatgtccagcatcct
gcactgacccctgtgttgagaccttaccaaagagaggctgtcaattggatgctacaacaa
gagtatttcagaagcactcctactggtgaaagtaccctgcacttcttatggcgagagatt
attacatctgagggtttgaaactctactataatccatacacaggctgcatcattcgtgaa
ttcccaaattctgggccacagttgcgtggtggaatcttagcagatgagatgggccttgga
aagacagtggaggttttggctctgattctgacacatactcgacaagatgtcaaacaagat
gctctcactcttcctgagggaaaagtggtgaattatttcattccatcacattttggagga
aaagtaaaagatacaaaaacccagaatattgaaattgaaccaaaagaaaaagttcagtgc
ccccctacacgtgtgatgatcctgacagctgtgaaagaaatgaatgggaaaaaaggagtc
tccatcctttccatctacaaatatgtcagttctatatatagatatgatgttcaacggaac
aggagtcttctgaaacggatgctgaaatgtttaattttcgaaggtcttgtgaaacagatc
aaaggccatggtttttctgggacttttacactgggaaagaattataaggaagaggatata
tgtgataaaacaaaaaagcaggcagtagggagtccaaggaaaatccagaaagaatctaga
aaatcagggaacaaagacacggattctgaatacttgccatcaaatacctctgatgatgat
gatgatgatccttactattactattataaggccaagagaaatcgtagtaaattgaggaaa
aagcctattctatccataagaaaaggaaaaagtcaaccaaatagcagttctgattcacaa
ggtcattgtccagctgccagtgactctggaattattgatgttactacatctgaaagtaca
tgtgtctctgaattcaaacaagaacatgaagcaaaggactatggtgaatctttaaacctt
gctgctagtgatgtgccacattctaatatcatgagtccctataacactgctgattatcgc
tttgagtgcatatgtggcgagcttgaccaaatggaccgtaagccacgtgttcagtgcctg
aagtgtcacctgtggcaacatgcaaagtgtgtgaattatgaagagaagaatctgaaggtt
aagcctttttactgcccccactgccttgttgcaatggagccggtatcaacaagagcaact
ctaataatctctccaagttccatctgtcaccagtgggtggatgagatcaatagacatgtg
aggtcatcatctcttcgagtcttggtatatcaaggagtgaagaaagatggctttttacag
cctcattttttggcagaacaggatatagttatcattacctatgatgtccttcgttcagaa
ctaaactacgtcgatatcccacatagcaatagtgaggatgggcgtcgcttacggaaccag
aaacgctacatggctattcccagccccctagtagctgtggagtggtggaggatctgcctt
gatgaagcacagatggttgaatgtcctgcagtaaaagctgcagaaatggcccagcgtttg
agtgggattaatcggtggtgcatcagtggcactccagtacagagaggattggaagatctt
tttgggttagtggtctttcttggtattgaaccttactgtgtcaaacactggtgggttcga
cttctctatcgcccttactgtaagaagaatcctcagcatctctacagctttattgctaag
atactgtggaggtctgcgaagaaagatgtgattgaccaaatccagataccaccacagact
gaagaaatacactggctccacttttctccagtggaaaggcatttctatcaccgtcagcat
gaggtgtgctgccaggatgcagtggtaaaactcaggaagatttctgactgggctctcaaa
ctcagcagcctggacagaaggactgtcacctccatcctgtatccgttgctgaggctcagg
caggcctgctgccacccacaggctgttcgtggggagttcttgccacttcaaaaaagcacc
atgacaatggaagaactgctgacatctttgcaaaagaaatgtggaactgaatgtgaagaa
gcacatcggcagctagtttgtgccctcaatggtttagcaggcatccatatcattaaaggt
gagtatgcctcagcagcagatctgtacagagaagtgttgcgctcatctgaggagcacaaa
ggaaaactcaaaactgattcacttcaaagacttcatgctacccataacttgatggaattg
ttgatagccaagcacccagggatacctcctaccctgcgagatggcagacttgaagaagag
gccaaacaacttcgagagcactatatgagcaagtgtaatacagaagttgctgaagcccag
caagctttacagcctgtgcagcagaccatacgtgagcttcaaagaaaaattcattctaat
tctccttggtggctgaatgtgatccacagagcaatagaatttgctattgatgaggagctt
gttcagcgagtgcgaaatgaaataaccagcaactataagcaacaaactggcaagctttct
atgtcagagaaatttcatgactgtagaggtcttcagttcttacttacaacacaaatggaa
gagctatataaattccagaagctagtaagagaagctgtaaaaaacctggagggacctcca
tctcgtaatgttattgaatctgcaacaatctgccacctccgaccaattcgacttcctctc
aactgctgtgtcttttgtaaagctgatgaattattcacagagtatgaatcaaagctattt
tctaacacagtcaaaggccagactgcaatatttgaggagatgatagaagatgaagaagga
ctggtagatgatagagcacctaccaccacccggggtctgtgggcaataagtgaaacggaa
cgatctatgaaagcaatactatcatttgcaaaatcacatagatttgctgttgaattcatt
gatgaaggaagtacttcaatggatctctttgaagcatggaagaaagaatataagttactt
catgaatattggatggctctgaggaatcgtgtatctgctgttgatgaacttgcaatggca
acagaacgactaagagtgcgtgatcctagggagccaaaacccactccacctgttcttcat
atcatagaaccacatgaggtagaacaaaatcgtgtaaaactactaaatgataaagccgtt
gctacatcacagcttcagaaaaaacttgggcagcttctttacctaactaatttggaaaag
tctcaggacaaaacatcgggaggtattaatccagaaccttgtccaatctgtgctcgacaa
ctgggaaaacagtgggcagtattgacctgtgggcactgtttctgtaatgaatgcatttct
ataattattgaacaatacagtgtggggtctcacagaagctccattaagtgtgccatctgt
cgccagaccacatctcacaaagagatctcatatgtcttcacctcagagaaagcaagccag
gaagaagacattcctgtgaagggcagccattctacaaaagtggaagctgtggtcagaact
ctgatgaaaatacagcttagagatccaggggcgaaagctctcgttttctcaacgtggcaa
gatgtattagacattatttcaaaagctctcactgacaacaacatggaatttgcacagatc
agtcgtgttaagacatttcaggagaacctttcagcatttaaacgtgatccccaaatcaat
attttgctgctgcccctgcacacaggttctaatggattaactatcattgaagcaactcat
gttctcttggtggagcccatattgaaccctgcccatgagcttcaggccatagggagggtg
caccgaattggacagacaaaacctactattgtacacagattcttaattaaagcaacaata
gaagaaagaatgcaagcaatgctgaaaactgctgagaaaagtcacacgaactcatcagtg
aagcattcagaggcctccgtcttgaccgtggctgatctggcagacctgtttaccaaagaa
actgaagagcttgaatga
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integrated database retrieval system
