KEGG T01608: 100558297

Anolis carolinensis (green anole): 100558297

Entry

100558297 CDS T01608

Gene name

usp28

Definition

ubiquitin specific peptidase 28

Orthology

K11849

ubiquitin carboxyl-terminal hydrolase 25/28 [EC:3.1.2.15]

Organism

acs Anolis carolinensis (green anole)

Class

SSDB

Motif

Pfam:

UCH UCH_1 Packaging_FI

Other DBs

NCBI-GI:

327282984

NCBI-GeneID:

100558297

Position

AA seq 1078 aa
MEKELMKQNLKKLLFKDTGQNSSVLINQLREITGIQDPLFLHEALKAANGNLVQAVGFLS
EAHAKESSQEGTATEASYGGRSVLVLEQAAGKCLLATMHHSLALHIIRSKRYQKRHSSTP
VRLLLALYLPGRPCVCDVTENTNRSKRKRCEVWGEQTTLNDWRRNGEWPVGLKNIGNTCW
FSAVIQSLFQLPEFRRLVLSYTPDSGSDNCCSRSKKRNIAFMLELQCLFALMLGTRRKFV
DPTAALELLRGAFRSPEEQQQDVSEFTHKLLDWLEDAFQLAANVNSQNKSENPMVQLFYG
TFLSEGIHEGKAFSKIETFGQYPLQVNGYKDLQECLEGAILEKETEASSSSQSVQYRQER
WFTKLPPVLTFELSRFEFNQSLGQPEKIHNKLEFPQVVYMDRFLYSNKGLIQAKREEIKR
LKEQITVLQQKLEQYMRYGSGAGRFPLLDMLQYVLEFASSRPLTANTEASTESQISKPPF
IQSRVTVTPSEGGDEASASQAASPPEEASGPLRSSTPPVEMPESPAPHGITEEEVHLVMT
CLQRWRREVEQDINDLKDSIALLSASVDQMYCDPRLQQVPYHLHAVLVHEGQANAGHYWA
YIYHQPRKCWLKYNDVSVTESSWEELERDSFGGLRNASAYCLMYINKKLPHFAVDYDDGQ
TQAEVEALPLGLKQHIQADNWQLEQEVAEWEEQASKMAQIDQSSSSIESQYLSSDSGQED
SSPSDSRVGLLSSQHATIAKAQTALAIDKAADAFNKDGVEAAYNQVMLSPAMQGVILAIA
KARQTFDRDGSEAGLVKAFREEYARLYALSTEEPTPQNDPRLQHVLIYLLQNKAPQQVVE
RTLLEQFADKNLSYDERSISIMQVARAKLKEIGPNEMDMEEYKKWHEDYSLFRKVSLYLL
TGLEFYQNKQYCEALTYLIHACENNLALQKKGPKRGADGALIALYRRKCLLKLNDMAAAL
LDSNKDLDVGEGLGLLGEVIIPCVHIIAKHNLSQDDLEAIELMRGGWCDYMCCLLSSSLA
EELQLKLNELLSRLFDCSSEGLILKEPPKIRPNSPYDLCSRFAAVMESIHGASPVTVK

NT seq 3237 nt +upstreamnt +downstreamnt
atggagaaggagctcatgaagcagaatttgaaaaagttactttttaaagacactggacaa
aactccagtgttctcatcaaccagctgagagagatcacaggcatccaagatcctttgttc
ctccatgaggccttaaaggctgccaatggaaaccttgtgcaggcggttggcttcctctct
gaggctcatgccaaagaatccagccaagagggcacagccacagaggcatcctatggtgga
agaagtgtgcttgtcctggagcaggcagcaggcaagtgccttttagccactatgcatcat
tctcttgccctgcacatcattaggagtaagagataccagaagcggcatagctctacccca
gtgcggttacttcttgcactatatctacctggcaggccctgtgtgtgtgacgtgactgaa
aacacaaatcgctcaaagaggaaacgttgcgaggtctggggagagcaaactaccctgaac
gactggcggagaaatggagaatggccggtggggctgaaaaacattggaaacacttgctgg
tttagtgcagtcatacagtctcttttccagcttcccgaattccggcggctggtgctcagc
tacactccagactctggaagtgacaactgctgcagccgaagcaaaaagaggaatatcgcc
ttcatgctggaactccagtgcctttttgccctaatgctgggaacgcgccgcaaatttgtg
gatcccactgcagcccttgaacttctcagaggcgccttccggtctcctgaggaacagcag
caagacgtgagtgagtttacccacaagcttctggattggctggaggacgctttccagctg
gctgcgaatgttaactcccagaataagtccgagaaccccatggttcagctcttttatgga
actttcctgtctgaaggtattcatgaaggcaaggccttctccaagattgagacctttggc
cagtatcccttgcaggtgaatggctataaggacctgcaggagtgtctggaaggagccata
ctggagaaggagactgaagcgtcttcaagcagccagtcggtgcaatacaggcaagaacgc
tggttcaccaagctgcctccggtcctgacttttgaactttcccggtttgagttcaaccag
tcacttgggcagccggagaagatacacaacaagctggagttccctcaggttgtttatatg
gacaggttcctgtacagtaacaaggggctgattcaagctaagagagaggagatcaagaga
ctgaaagagcagatcacagttctgcagcagaaattggaacaatatatgagatacggttct
ggtgcagggcgcttccccttgctagacatgctgcagtacgttcttgagtttgccagttcc
cggccattgacagccaataccgaagcctcaacagagtcccaaatttcaaagccgcctttc
atccaaagcagggtgacagtaacaccaagtgaaggaggtgatgaggcctctgcttcccaa
gccgcatctcctccggaggaagccagtgggcccttgaggtcatccacaccgcctgtggag
atgcccgagtccccagctccccatgggattacagaggaagaagtccatctggtgatgacc
tgcctgcagcggtggagaagagaggtcgagcaagacatcaacgacctgaaggactcgatt
gcgctgctgtctgcctccgttgaccagatgtactgcgaccctcgactgcagcaggtcccg
tatcacttgcatgcggtcttggtccacgaagggcaggccaatgcgggccactactgggcc
tacatctaccatcagccccggaagtgctggctcaagtacaacgatgtctctgtgacagag
tcctcctgggaagagctggagagggactccttcgggggcctgaggaatgccagcgcctac
tgcctcatgtacatcaacaagaagctgccacactttgctgttgactatgatgatgggcag
acccaggccgaagtggaggccctgcccctagggctgaagcagcacattcaggcagacaac
tggcagctggagcaggaggtggccgagtgggaggagcaggcctctaaaatggcccagatc
gaccagtcgtcatcatcgatagagtctcagtacctgtcttcagactcaggacaagaagac
tccagtccctctgacagcagggtgggcttgctctcctctcagcatgccaccattgccaag
gcgcagaccgctctagccatcgacaaggcagctgatgccttcaacaaggacggcgtagag
gcagcgtacaaccaggtgatgcttagtcctgccatgcaaggtgtgatcctggcgatagct
aaggcccgccagacctttgatcgggatgggtctgaagcggggctggttaaggcattccgc
gaggaatacgcccggctgtacgcgctctccaccgaggagccaacgccgcagaacgacccc
cgacttcagcacgttctgatctacctcctgcagaacaaagccccccaacaagtggtggaa
aggaccctcctggagcagtttgccgacaagaacctcagctacgacgaaaggtccatcagc
atcatgcaggtggcaagggccaagttgaaagagattggccccaatgagatggacatggaa
gagtacaagaaatggcacgaagactacagtttgtttcgcaaggtgtctctttacctctta
accggcttggagttctaccagaacaaacagtactgtgaggctctgacctacctgatccac
gcctgcgagaacaacctggccctgcagaagaaggggcccaagcggggcgctgatggggcg
ctcattgctctctacaggaggaaatgcctcttgaagctgaatgatatggcggcagctctg
ctggacagcaacaaagatctggacgtgggagaaggcctgggccttctgggtgaggtgatc
atcccctgcgtccacatcatcgccaagcacaacctctcccaggacgacctggaagccata
gagctcatgcggggtggctggtgcgattacatgtgttgtctgctgtcttcctcccttgca
gaagaactgcagctgaagctgaacgagctcctctcccgcctcttcgactgttcctcggag
ggcctgatcctcaaggagccgcccaagatccgccccaactcgccgtacgacctctgcagc
cgctttgccgccgtgatggagtccatccacggggcctcgccggtgaccgtcaaataa

All links

Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (11)   

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