Chelonoidis abingdonii (Abingdon island giant tortoise): 116815321
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Entry
116815321 CDS
T07367
Symbol
SUSD1
Name
(RefSeq) sushi domain-containing protein 1
KO
K23819
sushi domain-containing protein 1
Organism
cabi
Chelonoidis abingdonii (Abingdon island giant tortoise)
Brite
KEGG Orthology (KO) [BR:
cabi00001
]
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
04990 Domain-containing proteins not elsewhere classified [BR:
cabi04990
]
116815321 (SUSD1)
Domain-containing proteins not elsewhere classified [BR:
cabi04990
]
Other domain-containing proteins
Sushi domain-containing proteins
116815321 (SUSD1)
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
Sushi
EGF_CA
Fn3_PTPRU
EGF_3
cEGF
hEGF
EGF_MSP1_1
EGF
Motif
Other DBs
NCBI-GeneID:
116815321
NCBI-ProteinID:
XP_032619454
LinkDB
All DBs
Position
Unknown
AA seq
1131 aa
AA seq
DB search
MRKRRGPVEACRKLLGGCAGADGPLRGLWTRLLLLLLLQATRPAQAATNSSVQDVCATCH
ANATCQQKEGKNICICNYGFVGNGRTHCQDKDECQIGASKICGEHTSCHNTHGSFYCICL
EGYHPSNNNKTFIPNDGTYCTDIDECQLSGLCGVGGRCVNTVGSYNCYCMEGYRPENGTE
FFHPAGNTVSCKEISCGPLEITHGHILGNYTSVLGSEVHYECEEGFYSEGGNVSVCTKDE
IWEPSVVSCKAVDCGVPPSVLNAYSDPVKRTTYGNEVAYNCLHGYVIESGNQTAVCNAKG
QWEGADLVCKEIDCGRPLWIPHAEMIWDNSTTLGSMVYYKCSEGFHFSGEKNFSQCTIIQ
KWENITGVCEVTDCGRPPSIPNTDMIWNNISQLGSAVHYQCKKGFHSINGRNMSRCTYNG
SWEIPALICREVDCGIPPPIQHAELVWNSSSSLGSVVQYSCQKGFEYAGGNNISVCTEEG
VWVKSTLTCTVKAAIGNVSVFNQTCVKWRRNTRETNLKVVYLFHVQGRRWHQKAFFHEAT
FNFTAEKETPELCLDLKAGSNYTVNITVLSPEPSRPVTVTINTVEEEGFHNVSVFNDTCL
KWKRHSGRTGVKETYLLHIQEQQGYLVKSSHEMMINFTTEEENPEVCLPLHLGVNYTVSI
TEISTKLVLQIPIMLPATEEELLSNVSVFNETCVKWQRKGTRARTKEIYTFHILGRRQYQ
KEFSREMIFNFTTDEETPEVCLELNSDANYMVNITTASSKGTSALITIAIKTEVKEAFRN
MVILNDTCLKWRQSLRRADRKEIYSFHIQGRRFYQKEFFHEMAFNLTTYGQTPEVCLDLH
PGTNYTVNISMAALDLSVLVSMTTPIIDPLFPEIEFVTVQGPAPVLSLRKAEDRNGPISF
YQVIVLPLALQSTFTCDSLAAVTFFNNATDAEGYVAAEFLAKDVADNMLISLGDRHYYGA
FYNAPLKQGKDYCVVLRIISQWNKVRTQSCALWAQIEDLSPTLQHLTLAGLGSVTAVCLI
LFLSFLAARMTMFHGTHQHCRHMPISPSVLWLIHTVSMLRAGLHYPPDQQVDMIHRSPNA
LPVDSGTPSGREVEAESTGERWLSISCRKDVNVYNSQLQCCAVDKYTATLT
NT seq
3396 nt
NT seq
+upstream
nt +downstream
nt
atgcggaagcggaggggacctgtggaggcctgccggaagctgttagggggctgtgcaggc
gccgatgggccccttagggggctgtggacgcggctgctcctgctgctcttgcttcaggct
acccgccctgcgcaggctgcaacaaatagttcagtccaagatgtctgtgccacttgccat
gctaacgccacatgtcagcaaaaagaaggcaaaaacatctgcatctgtaactatggattt
gtgggtaatgggaggactcactgtcaagataaagatgaatgccagattggagcgagcaag
atctgtggcgagcatacgtcatgtcacaatacacatggaagtttttactgcatttgtctt
gaaggataccatccctctaacaacaacaagacatttattcccaatgatggcacgtattgt
acagatatagatgaatgccagctctcaggtctgtgtggtgtcgggggacgatgtgtgaac
actgttggaagctacaactgctactgtatggaaggatatagaccagaaaatggaacagaa
ttttttcatccagctgggaacactgtttcatgcaaagaaattagctgtggccctctagag
atcacgcatggacacatcctagggaactacacctctgtgctggggagtgaagttcattat
gagtgtgaagaagggttttacagtgaagggggaaacgtatctgtttgcaccaaagatgaa
atctgggaaccctctgtcgtaagctgtaaagctgtggattgtggagtcccaccttctgtc
ttgaatgcatattcagatcctgtaaagaggaccacctatggaaatgaagttgcttataat
tgcctgcatggttatgttattgaaagtggtaaccagactgcagtttgtaatgccaaagga
caatgggaaggtgctgatctggtgtgcaaagaaatagactgtggcagacctttgtggatt
ccacatgcagaaatgatctgggacaactccacaactctaggaagcatggtgtactataaa
tgtagtgaagggtttcattttagtggagagaagaatttttcacaatgcacaataattcag
aagtgggaaaatatcactggtgtatgtgaagtaacagactgtggcagacctccttcaatc
cccaacacagacatgatttggaacaacatctcccagctggggagtgcagtgcactatcaa
tgtaaaaagggattccacagcataaatgggaggaatatgtcacgttgtacttataatgga
tcctgggaaattccagctctaatatgtagagaagtagactgtggcattcctccaccaata
caacatgctgagctagtgtggaattccagttcaagtcttggaagtgtggtgcagtattca
tgtcagaagggatttgaatatgctggtggaaacaatatttcagtttgcacagaagaaggt
gtttgggtaaaaagcactttaacatgcacagtgaaggcagccattggaaatgtgtctgta
tttaatcaaacctgtgtgaagtggagaaggaacactagagaaaccaacttgaaggtggtg
tatttgtttcatgtacaagggcgaagatggcatcaaaaggcattttttcatgaagcaacg
tttaacttcacagcagagaaagaaactccagagctgtgtctagacctaaaagcaggcagt
aactacactgtgaacatcactgtattgtctcctgagccctcgagaccagtcactgtaaca
atcaatacagttgaagaggaaggattccacaatgtttcagtatttaatgatacctgtttg
aaatggaagagacattctggaagaactggggtgaaggaaacctatctattgcacatacag
gaacaacagggatacttggtgaaatcctcccatgaaatgatgattaacttcaccacagag
gaagagaacccagaggtatgcctgcctctacacctgggcgtaaactacactgtatctatc
actgagatatctaccaagcttgttttacaaatccccataatgctcccagcaactgaagag
gaattgctcagcaatgtctctgtatttaatgaaacctgcgtgaagtggcagagaaaaggt
acaagagctcggacaaaggaaatatatacatttcatatattgggacgaagacagtaccag
aaggaattctctcgtgaaatgatatttaacttcacaacagatgaagagactccagaggtg
tgtttagagctgaactctgatgctaactacatggtgaacattactacagcatcctctaag
gggacctcagccctaattactatagcaattaagacagaggtaaaggaagccttcaggaat
atggtgatacttaacgacacctgcttgaaatggaggcaaagcctaaggagagctgatagg
aaggaaatctattcatttcacatacagggtcgacgcttttatcagaaggagttctttcat
gaaatggcctttaacctcaccacttacggacagactccagaggtgtgtcttgatttgcac
ccaggcaccaattacactgtgaatatttccatggcagctttggatctttctgtgctagtt
tccatgacaactccaattattgatcctctgttcccagaaatagagtttgttacagtacaa
gggcctgcaccagtactcagcctacgaaaagcagaagatagaaatggacctatcagtttt
tatcaagtgattgtgcttcccttggccttgcaaagcacatttacttgtgattccctggct
gctgtgactttctttaacaatgccactgatgctgaggggtatgtggcagctgaattcctc
gccaaggatgttgctgacaacatgctgatctctcttggagacagacattactacggggct
ttctataatgctcccttaaagcaggggaaagattactgtgtggtactgagaattataagc
caatggaataaggtgaggacgcaatcttgtgcactttgggcacaaattgaagatttatca
cccactctgcaacatctgactcttgctggattagggtcagtcactgctgtctgccttata
ctgttcttgtccttcttggcagcacgaatgaccatgttccatggaacgcatcaacattgc
agacatatgccaatctctcccagtgtcctctggctcatccacaccgtgtcaatgctaagg
gcaggtctacactacccgccagatcagcaggtagacatgatacatcgatccccgaatgca
ctccccgttgactccgggactccatcaggccgagaggtggaagcggagtcgacaggggag
cggtggctgtcgatctcgtgccgcaaggatgtgaatgtttataactcacaacttcagtgc
tgtgcagtggacaagtacactgctaccttgacataa
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