Microcaecilia unicolor: 115464327
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Entry
115464327 CDS
T09142
Symbol
SYDE1
Name
(RefSeq) LOW QUALITY PROTEIN: rho GTPase-activating protein SYDE1
KO
K20655
Rho GTPase-activating protein SYDE
Organism
muo
Microcaecilia unicolor
Brite
KEGG Orthology (KO) [BR:
muo00001
]
09180 Brite Hierarchies
09182 Protein families: genetic information processing
04131 Membrane trafficking [BR:
muo04131
]
115464327 (SYDE1)
Membrane trafficking [BR:
muo04131
]
Others
Rho GTPase associated proteins
Rho GTPase-activating proteins
115464327 (SYDE1)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
RhoGAP
CysR_MRC2_N
Ricin_B_lectin
Motif
Other DBs
NCBI-GeneID:
115464327
NCBI-ProteinID:
XP_030050576
UniProt:
A0A6P7XB86
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Position
3:complement(202645084..202708915)
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AA seq
1259 aa
AA seq
DB search
MILCPRNNGIESMYGNINVTDQVQGQTEFLKQQRPSTESDIYLEEESINEPIQNAEPMER
GDSIRKLPSRPAQTSRSERRLPLLLSGLLVASLLLFLALLTVGFLKYLARTAELEEAQRQ
NQFLRNSVSSPFLIYNEDHNRCVAVEQPDAVKAMPCNPNASTQQFQWLSKGRLLHVALKL
CLGVPIKNSKQALRLYPCKAGSGLQQWECQDDTLFAMKGTELYFNYGNSNRGVVMLYHGT
GPWSRWVIYGSPDDLCSWSCDDRPSKGSETVPTPSDLKPSQAAPQDSEEVCKKGPTITVS
RKQNWAKVSSSARDDWISFSRKLRSGPHASTEQTDRPGKQGTLPPRQLSDTGKGADQKPS
KATSLFRSRSCPQRANRDHVYSSGTHRPQQEEVQVNEKHSGVDFLAPSEDKSQSVLDYTE
ICATSSVVKCSSHGAYLQSLDRSSREWVLSSGKVPGFEEGLRFPLSCIGELKESNIVDDE
GDIWYNPIPEDEDHSSLLDKNDPWKRRNMRYTEIMEPTAERSRTLPNATDPRKKTSNSAG
IPWSINGGTESSCNKAAVNSQGVLSEASNSTTPAEVDGSQKAEASGSCMQKNSGTSQMDL
KVPSENRGKGKSPGTVRRLSMKMKKLPELRRKLSLRSTRTNRQDQSGGSSPQNLHKESGN
VISRYHLDTSVSSKESLWRSRTRHKSKSTIKGGYLSDGDSPELIVKAEKCNANGQEKEPL
DSQGGAGSKLDSAAFRPYNVNEHPRCVQHLSGLVNVHLCGLQDAKSPKGDSKDIFCALQV
DGVNKAHTALLPCRAPFLSLNHTFNLELESSQYLKLVVFSWDPSTCKNRVCCYGTISLPH
IFKGSRCQQLAVKLEPRGRLYVKLTLVEQWEAPAAAAAAGIHLEPQVFGVELRQLVEREG
AAVRVPLLIQKCVSEIEKRGLKVVGLYRLCGSAAVKKELHDAFERDSSAVVLSEELYPDI
NVVTGILKDYLRELPTPLITKTLYEVVLEAMSQRPPRRRANSQEPAGSSGEESVSLLNCL
PEIEKATLTTLLDHLSLVSSYHEYNRMTSQNIAVCFGPVLLNQNQDPSRQRSRSYAHCEE
IVNAVDFKRHIEVLHYLLQVWPNPRWKIPNFRPKVSLKPASCLRQKEPPRLALDILENEV
VARNRCRGLESPPTNRYAGDWSICGQDYLLLPTGNIVDADYDEVAATDSENEEXNLVLDL
REGFLDQRETLFVGDFALVESSEAGDLESPFSPRLNLKDFDALILDLERELSKQINICL
NT seq
3780 nt
NT seq
+upstream
nt +downstream
nt
atgatcctctgtccaaggaataatggcattgaaagcatgtatgggaacatcaacgtcacg
gaccaagtgcaaggccaaactgaattcctcaaacagcaacgtccatccactgaaagtgac
atttatcttgaagaagagagtatcaatgaacccatccaaaatgcagagcccatggagagg
ggagacagcatcaggaagctgccttctcgtccagcccagacatcccgatctgaacgcagg
ctcccactgcttctctctggactactggtggcatccttgctcctgttcctggctcttctc
actgtggggtttctaaaatacttggcaagaacagcggaattagaagaagctcagcgacag
aatcagttcctcagaaattctgtctccagccccttcctgatctacaatgaggatcacaac
cgttgtgttgcggtggaacaacctgatgccgtgaaagccatgccctgcaaccctaacgcc
tcaactcagcagttccagtggctgtccaaaggtcggcttctgcatgtagctctgaagctg
tgcctgggggtgccaattaaaaatagcaagcaggctctgcggctctacccctgcaaggct
ggaagtggtctacagcagtgggaatgccaggatgacacactcttcgccatgaaaggaact
gaattgtacttcaactatgggaacagtaacagaggtgtggtcatgctgtaccatggcact
gggccctggagccgctgggttatctatggaagcccagatgacctctgctcctggtcttgt
gatgatcgaccttccaaaggatcagaaactgtgccgacaccctctgacctgaagccctcg
caagctgcgcctcaggactctgaagaagtgtgcaagaagggcccaaccatcactgtttcc
agaaagcaaaactgggccaaagtttcctcctctgccagagatgactggatctctttcagt
agaaagcttcgcagtggccctcatgcctccacagaacagacggacaggcccggcaagcaa
ggcacccttcccccacgtcaactttctgatacaggcaaaggagctgaccagaagccctcc
aaagctacgtctcttttcaggagccggagctgcccgcaacgggccaacagggaccatgtg
tattcctctgggactcatcgccctcagcaggaagaagttcaggttaatgaaaagcattcg
ggagttgacttcttggcccccagtgaagacaaatctcagtctgtgcttgactacacagaa
atctgtgccacctccagtgtggtcaagtgtagcagccatggggcctaccttcagagccta
gacaggagcagccgggaatgggtactctcttctgggaaggtcccaggctttgaggaaggc
ttaaggtttcctttgagctgcattggggagctgaaggaatcaaatattgttgatgatgaa
ggggacatttggtacaaccccatcccagaggatgaggaccactccagcttgctggataaa
aatgacccatggaagagacggaatatgaggtacacagagatcatggagcctactgctgaa
cgtagcaggacactaccaaatgccactgatccacgcaagaagaccagtaacagtgcagga
attccttggtccatcaatggagggactgagagctcctgcaacaaggctgctgttaattct
cagggggtattatcagaggcatcgaactcaacaactccagcagaggtagatggttctcag
aaagcagaggcctcaggctcttgtatgcagaaaaactccggtacatcccagatggacctc
aaggtcccatcagagaatcgtggcaagggtaagtccccgggcaccgtacgcagattgtcc
atgaagatgaaaaagcttccagagctacgcaggaagctcagcctccggtcaacccgaacc
aacaggcaggaccagagcggtggttcttcccctcagaacctacataaggagtcgggcaat
gtcattagccgataccacctggacaccagtgtgtcttccaaggaaagcttgtggaggagc
cggactcgtcacaaatcaaagtccaccataaagggtggttacctgagtgatggggattcc
ccagaactcattgtcaaggcggagaaatgcaacgccaatgggcaggagaaggagccgttg
gactctcaagggggagcaggctccaagttggactcggctgccttccgtccctacaacgtc
aacgagcaccctcgctgtgtccaacacttgtctggcctggtgaatgttcatctctgtggc
ttgcaagatgccaagtcccctaagggggactccaaggacattttctgtgccctgcaggtg
gatggggtcaacaaggcccatactgcgttgctgccctgcagggctcccttcctttctctg
aaccacaccttcaacctggagctggagagctcacagtacctcaagctcgtcgtcttctcc
tgggatcccagcacctgcaagaacagggtttgctgctatgggaccatcagcttgcctcat
atctttaaaggctccagatgtcagcagctggctgtaaagctagaaccacgtggccgcctc
tacgtcaaactcaccctggtggagcagtgggaagctcctgccgccgcagcagctgccggc
atccacctggagcctcaagtctttggtgtggagctgcgccagctagtggagagagagggc
gctgcagttagggtgcctctgctcatccagaagtgcgtctctgagatagagaagcgagga
ctgaaggtcgtcgggctctaccggctctgtgggtcagcagcagtgaagaaggagctgcac
gatgcctttgagagggacagtagcgctgtggtgttatccgaagagctctatccagacatc
aatgttgtcacaggaattctgaaggactacctccgagagctgcccaccccacttatcacc
aagactctgtatgaggtcgttctggaagccatgtcacaacggccacccaggaggagagca
aacagccaggagccagcaggcagttctggggaagagagtgtttcgcttttaaactgcttg
cccgagattgaaaaggccaccctcaccaccctcttggatcatctgagccttgtgtcctct
tatcatgagtataaccggatgacttcccagaacattgcagtgtgctttggacctgtgctg
ctcaaccagaaccaagatccctcacggcagagaagccgaagttatgcacactgtgaggaa
attgtgaacgcagttgacttcaagagacacattgaggtgctacattaccttctacaggtc
tggccaaacccgagatggaagatcccaaatttcaggcctaaggtgtcgttgaaacccgcc
agttgtctgcgccagaaggaaccaccacgccttgccctagacatcttggagaatgaggtg
gtggcccgcaaccgttgccgtggcttggagagtccacccaccaaccgctatgcaggtgac
tggagtatatgtgggcaagactacctccttctgcctactggcaacatagtagatgcggac
tatgacgaggtggccgctacagacagtgagaacgaggagngaaatttggttctggaccta
agggaaggattcttggaccagagggagacactgtttgtaggagactttgcactggtggag
agctcagaggctggggacctggagagtcccttcagcccccgtctcaacctgaaagacttt
gatgcattgatattggatctggagcgagaactttccaagcagatcaacatttgcctgtga
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