Haliotis asinina (tropical abalone): 137296770
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Entry
137296770 CDS
T10448
Name
(RefSeq) CAP-Gly domain-containing linker protein 1-like isoform X1
KO
K10421
CAP-Gly domain-containing linker protein 1
Organism
hasi Haliotis asinina (tropical abalone)
Pathway
hasi04150
mTOR signaling pathway
Brite
KEGG Orthology (KO) [BR:
hasi00001
]
09130 Environmental Information Processing
09132 Signal transduction
04150 mTOR signaling pathway
137296770
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
hasi03036
]
137296770
09183 Protein families: signaling and cellular processes
04812 Cytoskeleton proteins [BR:
hasi04812
]
137296770
Chromosome and associated proteins [BR:
hasi03036
]
Eukaryotic type
Centrosome formation proteins
Microtubules and associated factors
Microtubule-associated proteins
137296770
Cytoskeleton proteins [BR:
hasi04812
]
Eukaryotic cytoskeleton proteins
Microtubules
Tubulin-binding proteins
Cytoplasmic linker proteins (CLIPs)
137296770
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
CAP_GLY
CLIP1_ZNF
ATG16
Motif
Other DBs
NCBI-GeneID:
137296770
NCBI-ProteinID:
XP_067684721
LinkDB
All DBs
Position
1:complement(72416675..72512396)
Genome browser
AA seq
1262 aa
AA seq
DB search
MSLPRPTGLKAPTKIARPGSGTQRHSGIPAPGSGSRPQSALAKRTAGLSASQAERYSTNH
PPHLRGPENTPPSGNGTDDLKIGDRVWVGGTKPGVIAFIGEAQFAPGEWAGVALDEPIGK
NDGSVAGVRYFQCEPMKGVFSRLSKLSRTQGLVSAPTPKPAEAGSDTSTSQSSAQNGTSN
HTPARSQTPRIGLSGSKSKSGSNVSLNKDSPPTSTTNLHRGGLAMTKHGVKVGDRVIVSG
SKCGILRYVGQTDFAKGEWAGVELDDPQGKNDGAVAGKRYFDCRPNFGLFAPIHKVARYA
GGATPSPQSRSLANTSLRGARERSGSQESISSVSSTASSVSRSRVRLGITSLANQASKSG
QRPSSLNLSATTSALQKALKEKEEHIEQLLRERDLERAEVARAAAQVDEAEGELTNVRQD
KERILADSETQILQLRAIVLEYEKEKKELTVKLEEERRRVEDLQFQIEEEVISKDDLESR
TEEDEAKLRELERGYKREKERADKLEQELAALRDIVTQQQTKLKTADETQTTYLDQMEEL
TYKLTQAENKIKAFEASRLEEGAKTSQVSMELAEKTSRVLELEEAMSSQRKEIKQLQDKL
VEVRDELTDANNKKQKMQDNITDLTNKLEVSEKSQSKLSEEVRSLKSRGSDLQRQLVTSK
DKMDELTDDRNRIEAQLADLMKNSGDNSKQLSLMNDQVAEKTRKIEDLQNDLSSSTQKLA
ILNETIEQLKADQEKEKEGIVNKSREEVKVLQGTLEDVQTELDRTKARLGKLTEDFEKDK
VELERTKDLEITDLKNQLSANAKELEKQELQTQAHKQVLDQITLEREAMKFEKEKAEKNL
KRLESEKDAINTELIQCRVELTKLQAESQQSSSDKQGMNEQIQVAKEELDRALKAKQELQ
KQCEDVQAEKEKVTAERNQLQQDAMTTKADIQKKDMQIDEYKKEVEKLKAETATQQEVLM
QKSQTESDSNILSKNLEDTKRHLTEVQANLKQAEADKLKMTAELEQSQLVKEERKKLEEQ
TKKLQSELEEGRKRFSEDIASLECAKAELQSKVDNSAKALTQHQSQLDSYKKKIGDLETE
NQSLSVYKASLQSLEKEREAERNQLLDKIHSLEAVVKESQNNANNTNIGDTAGDPLVAKL
QSDKEASDKQIEFLNSVIVDMQRKNEEMKVRLQAMEAGVYDNGDVVEGMDISPSRPRSAP
RLFCDICDMFDLHDTDDCPKQAMSDSPPPTQYHGDRKSTRPYCDICEVFGHSTEDCDDEQ
TF
NT seq
3789 nt
NT seq
+upstream
nt +downstream
nt
atgagcctaccgcgtcctacggggttgaaggccccgaccaagatagcgcggccagggtct
gggacacagcgccactccgggattcccgcacctgggtcaggaagtaggccccaaagtgct
ctagctaagagaacagctgggctgtcagccagtcaggcggagagatactcgacaaaccat
cctcctcatctccgaggtccagaaaacacacctccatcaggtaatggcacagatgatctt
aagatcggtgatcgtgtgtgggtcggaggaacgaagccaggagtgattgcattcattggg
gaagcacagtttgctcctggagaatgggctggggttgcccttgatgagccaataggtaaa
aatgatggcagtgtagctggggtgagatactttcagtgtgagccaatgaagggtgtgttt
tctcgtctatcaaaactgtcccggacacaaggtctggtttcagccccaacacctaaacct
gccgaagctgggagcgacacatccaccagccagagcagtgcccaaaatgggacatcaaac
cacacacctgctcgttcacagactccacgaattggactctctggatcaaagtccaaatca
ggctcaaatgtgagcttgaacaaagactcgccacctacctccaccaccaatctgcatcga
ggaggccttgccatgaccaagcatggggttaaggttggagatcgtgttattgtgagcggg
tccaaatgtggaatcctgagatacgtgggacagaccgattttgccaaaggagaatgggca
ggcgtggaacttgatgatccgcaggggaagaatgatggtgcagttgctggtaaaaggtac
tttgattgccgccccaacttcgggttgtttgccccaatacacaaagttgcccgctatgca
ggaggggcaactcctagccctcagtcccgcagtttagcaaacaccagcttgcgtggtgca
cgtgagcgatcaggaagccaggagtcaattagttcggtcagctcaaccgcatctagtgta
tcccggagccgggtaaggttgggcataacctccctggccaatcaggcttccaaaagcggc
caaagaccaagctcacttaatttgtctgctaccacatctgctctccagaaagccttgaaa
gaaaaggaagagcatatagaacaactgttgagagagcgtgatcttgaaagagctgaagtg
gcaagagcagctgcgcaggtggatgaggctgaaggtgaactgaccaatgtgaggcaggac
aaggagcggatcttagctgacagtgagacacagatcctgcagctgagggccattgtcctg
gaatatgagaaggagaagaaagaattgacggtcaaactggaggaggagaggaggagagtt
gaagatctgcagtttcaaattgaggaggaagtcatcagcaaggatgatcttgagagtcgc
actgaagaagatgaggccaagttgagggagctggaacgtggctataagcgtgagaaggag
cgagctgacaagttagagcaagagctggcagctcttagggatattgttacgcagcaacag
acaaaattgaaaactgctgatgaaacccagacaacctacctggatcagatggaggaactc
acctacaaactcacccaggcggagaacaagatcaaggcatttgaggcatcaagacttgag
gaaggtgctaagacaagccaagtgagcatggaacttgcagagaagacaagccgtgttttg
gagttggaggaggcaatgtcgtcacagaggaaggagatcaaacagctccaggacaagctg
gtggaagtgcgcgatgaactgacagatgcaaacaacaaaaagcaaaaaatgcaggataac
atcacagacctgactaacaaacttgaagtgagtgaaaaatcccagtctaagctctcggaa
gaggtccgctccctgaagtcacggggatcagaccttcagcgacagctagtaacaagcaag
gacaagatggatgagctcactgatgatcgtaacagaattgaagcgcagttggccgacctg
atgaaaaactcgggtgataactctaagcaactctcactgatgaatgatcaagtagcggag
aagactagaaaaatcgaggatctacaaaacgacttgtccagttctacacaaaagcttgca
atccttaatgaaactatagaacaattaaaggcagaccaagagaaggagaaggagggtatt
gtaaataaaagtagagaagaagtgaaggtgctacagggaacattggaggatgtgcaaact
gaactagataggactaaggctaggctaggaaaattaactgaagattttgaaaaagataag
gtagaattagaacgaacaaaggacttggaaattaccgaccttaagaatcaattaagtgcc
aatgccaaggaactggagaaacaagaactacagacacaggcccacaaacaggtccttgat
caaataaccttggagagagaggccatgaaatttgagaaggagaaggcggaaaaaaatcta
aaacgtcttgagagtgaaaaagatgctatcaacaccgagttaatccagtgcagagttgaa
ctgactaagctacaggcagagagtcagcaaagctcatcagacaaacagggcatgaatgaa
cagattcaggtggccaaggaagagctggatagggcactgaaggccaagcaggagctacaa
aagcagtgtgaagatgtgcaagcggaaaaagagaaggttaccgctgagcgtaaccaactt
caacaggatgccatgacaaccaaagcagatatacagaaaaaggacatgcagatagatgag
tataaaaaggaggtggagaaattaaaagctgaaacagccacacagcaagaagtattaatg
cagaaatcacaaactgagtcagacagcaacattctcagtaaaaacttggaggacacaaaa
cgtcatctgacagaagtccaggccaacctaaagcaggcagaggctgacaagctgaagatg
acggctgaacttgagcagtcacagctagtcaaggaggagaggaaaaagcttgaagaacaa
accaagaagctacagtccgagttggaagaaggccgtaaaaggtttagtgaagacatagcc
tccttggagtgtgccaaagcagagctacagtccaaggtagacaactctgccaaggctctt
acccagcaccagtcccagctggattcctacaagaaaaagattggcgacctggagactgag
aaccagtctttgtccgtgtacaaagcatctctgcaaagtctggagaaggagagggaggct
gaaaggaaccaacttcttgacaagatccactctctggaggccgtggtcaaggagagtcag
aacaatgccaacaacaccaacattggtgacactgctggcgatcctttggtggctaaactt
cagtcagacaaggaagcatctgacaaacagattgagttcttgaactctgtgatcgtggac
atgcagaggaagaatgaagagatgaaagtgcgcctccaggccatggaggccggagtctat
gataatggagacgtggtggaaggcatggacatctcaccatcccgtccacgatcagcccct
cgtctgttttgtgatatctgcgatatgtttgacctccatgacactgatgactgcccaaaa
caggccatgtcagatagtcccccgccaacgcaataccatggcgataggaagtcaacacgc
ccctactgtgatatctgtgaagtgtttggccactcgacggaagactgtgacgatgaacaa
acattttga
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