Cyprinus carpio (common carp): 109053786
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Entry
109053786 CDS
T05134
Name
(RefSeq) alpha-2-macroglobulin-like protein 1 isoform X1
KO
K03910
alpha-2-macroglobulin
Organism
ccar
Cyprinus carpio (common carp)
Brite
KEGG Orthology (KO) [BR:
ccar00001
]
09180 Brite Hierarchies
09181 Protein families: metabolism
01002 Peptidases and inhibitors [BR:
ccar01002
]
109053786
09182 Protein families: genetic information processing
04131 Membrane trafficking [BR:
ccar04131
]
109053786
09183 Protein families: signaling and cellular processes
04147 Exosome [BR:
ccar04147
]
109053786
Peptidases and inhibitors [BR:
ccar01002
]
Peptidase inhibitors
Family I39: alpha2M family
109053786
Membrane trafficking [BR:
ccar04131
]
Autophagy
Chaperone mediated autophagy (CMA)
Selective cargos
109053786
Exosome [BR:
ccar04147
]
Exosomal proteins
Exosomal proteins of colorectal cancer cells
109053786
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
TED_complement
A2M_BRD
A2M
A2M_recep
MG3
MG2
MG4
SVA
SQHop_cyclase_C
Prenyltrans
Motif
Other DBs
NCBI-GeneID:
109053786
NCBI-ProteinID:
XP_042572518
Ensembl:
ENSCCRG00000036880
UniProt:
A0A9Q9VWK1
LinkDB
All DBs
Position
A3:4594089..4603294
Genome browser
AA seq
1461 aa
AA seq
DB search
MAVMDICVGRGLLLALFFFAVDARRIGVIAVDQRPRLEPPSEAVEQKSGPLFIVMFPGVI
ESGSEAELCASLLKPQEKLTMTISLLDEKNVVTQLVQQSSRMAFHRCFSFQAPEVDGESV
QTLQVEVKGGAFKVTEESKVMFKCYLPLTFIQTDKPIYNPGQTVNFRIVTMDTKYVPLDQ
MYSLVVVEDNSNNRIGQWTNVTSRWILELSHQLNPEAQVGMYTLRAFIGERMTSQVFEVK
KYVLPKFDVTLNAPQMYSIADVGLTVEACAKYTYGQPVPGQALVEVCRSPDVVSKLTRQC
LNKTTRMNDTGCASVTISMSELFNPRFKNMQDLFSVIVNVTEEGTGVVISKSATVTITFE
VGKVKFLDLPDYYKPGEVISGKISVCHFNGTPIANKAVYLLDGNSWPNKMLLNLNTNQKG
LATFSLNTANLAKATLNLVASATPGIVSSSSKSAYFATDTRAVQLLQLGSSNNPTISELS
IVKLEQPLKCDAVVPVTVKYSFAGESGGYSVDIIYMVLSRGVIVLHGFKKITSRASDTVT
SGTVSFQLSVSIDMAPVVQILAFCVLPSENVVAASASFDTEMCFQTQVSLQFSPATAVPG
EENTLTVSAQAGSLCGLSAVDQSIRIMEPGRRLSPKMVFDLLPMQSVYPYSVEDKPECIS
FQPRIRFRPSQSILISEAYTTFKSVGIKIATNIAALALRCQYVSEVFERNERVAFGMAQA
AAQAPDQAPAAIPLKAENAGGKRVLDVTVRTYFPETWIWQLAQVDGTGSTRVPLKVPDTI
TTWETEAFCLSSKGFGLAPPVQLTVFQPFFLELSLPYSIIRGESFELKATVFNYLSKCIM
VKVTPTSSLAFTLKPFNEPYSSCLCANGRKTFKWVFTASVLGPVNVTVNASAESSRTLCG
SEVVTVPTRGRIDVVTQSLLVLPEGVERTNSQSWLLCPKGNVLSEDVPLTFPTDVVEGSA
RCSVSVLGDIMGRALKNLDGLLQMPYGCGEQNMIVLAPNIYILLYLEATGQLTAAIRQTA
TGYLQSGYQGQLKYRHSDGSYSTFGYDESNTWLTTFVMRSFGLARQFIFIDPHVLQSAKD
WLISKQGSDGCFIQQGTLYHNEMKGGVGDSMTMTAYIVASLLELGVPITDPVITNALSCL
RPVVGNLGNTYAMALIAYTFSLAGETSTRAQLLTALNNRAISEGNKLHWSQTSSGDTLAV
EISSYVLLAVLFVQPLTTTDLGYANRIVNWLVTQQNPYGGFSSTQDTVVALHALSLYAAE
VFSLEGSSTVTVQSSSVAGEVYSFDVNRDNRLLYQEKPLKNVPGKYSFEVKGSTCVSMQV
ACFYNIQTPVIVARTLSVEVKVTGDCKGANIMVNFTVKYNGPKASTNMVLVDIKLLSGFT
ADTSLLGSLPNSFDPIVERVDAGDDHVLVYLKEVPKGVPMTYSLLLKQILAVKNLKPAVI
SVYDYYQPSDAFETTYMSPCP
NT seq
4386 nt
NT seq
+upstream
nt +downstream
nt
atggctgtgatggatatttgtgttgggagagggctccttttagcccttttcttctttgcc
gttgatgcacggaggataggtgtgatcgctgttgatcaaagaccgagattagagccgccg
tcggaggctgttgaacagaaatcagggccgttattcatagtgatgtttcctggagtgatt
gagtccggttctgaagctgaattgtgtgcaagtcttctgaaaccccaagagaaactcaca
atgaccatttctctgcttgatgagaaaaacgtggtaactcaacttgtgcagcagagctct
cggatggcgtttcaccgatgctttagtttccaggctcctgaagtagatggagaatcggtg
cagacgctacaggtggaagttaaagggggggccttcaaagtgacggaagagagcaaagtt
atgttcaaatgttatctgcctttgactttcattcaaacagacaaacccatctacaatcca
ggacagacggttaatttcagaattgtcaccatggataccaaatatgtgcctcttgatcaa
atgtatagtttggtggtagtagaggacaactctaataaccggatcggtcagtggacaaat
gttacctcaaggtggatattggagctttctcaccagttaaaccctgaggctcaggttggg
atgtacacactgagagcttttattggtgagagaatgacctcccaggtttttgaggtgaaa
aaatatgttttgcccaagtttgatgtgaccctaaatgcaccacagatgtacagcattgca
gatgtgggactgacagttgaggcttgtgccaaatacacatatgggcagcctgtacctgga
caagcattggtggaagtgtgtcgtagtccagacgttgtttccaagttgacccgtcagtgc
ctgaataaaaccactaggatgaatgacactggctgtgcctccgttaccatcagtatgtca
gagcttttcaacccaagatttaagaatatgcaagatttattttctgttattgtgaatgtc
actgaggagggaacaggtgtagtgatatcaaaatctgcaactgtgaccattacatttgaa
gtcggaaaggtcaagtttttggacctcccagattattataaacctggagaagtgattagt
ggaaagatctcagtgtgtcatttcaatgggactccaatcgcgaacaaagcagtgtatctg
ctggatggtaacagctggcccaacaaaatgctgctgaatctgaacacaaaccagaaagga
ctggccacgttctccctaaacactgctaatcttgctaaagctactctgaatctggtggca
agtgcaactccaggcattgtttctagttctagtaagtcggcatacttcgctacagatacg
agggctgttcagcttctccaacttggttcttccaacaacccaacgattagtgaactgagt
atagtaaagcttgagcaaccactcaagtgtgatgctgtggttcccgtaactgtgaagtat
tcatttgctggagaatctggtggctacagtgttgacatcatctatatggtcttatccaga
ggggtgattgttctccatggatttaagaagatcacctcaagggcttctgatactgtcaca
agtggcacagtgtctttccagctgtctgtcagtatcgatatggctccagtagtgcagata
ctggccttctgtgttctgcccagtgagaatgtagttgctgctagtgcatcgtttgacact
gaaatgtgtttccaaacccaggtgtctctgcagttttctccagctactgctgttcctggt
gaggaaaacactttgactgtctctgctcaagcaggatctctgtgtggcctcagtgctgta
gatcagagcatccggatcatggagccaggaagacgtctgagtcctaaaatggtgtttgac
ttgctcccgatgcagtcagtttacccgtacagtgtggaggacaaaccagagtgtataagc
tttcaaccccgtatacgttttcgacccagtcaatctattcttataagtgaagcgtacaca
accttcaagagtgtgggaataaagatcgcaaccaacattgctgcattagcccttcggtgc
cagtacgtctctgaagtttttgaaaggaatgagagagttgcttttggtatggctcaggct
gcggctcaggctccagatcaggctccggctgctatccctctgaaagcagaaaatgctgga
ggcaaacgagtgcttgacgtgaccgtcaggacttattttccagaaacctggatctggcag
cttgctcaagtggatggcactggatccacacgagttcccctcaaggttcctgacaccatc
accacatgggagacggaggcgttctgcctgtcctccaaaggtttcggcttggctcctcct
gttcagctgactgtcttccagcccttcttcctggagctctccctgccttattccatcatc
cgtggagagtcttttgagctgaaggccacagtcttcaactatctgtccaagtgcatcatg
gttaaagtgactccaacttcttccttggcctttactcttaaaccatttaatgagccgtat
tcatcctgtctctgtgccaatgggagaaagacctttaaatgggtgttcacggcttctgta
cttggacctgtcaatgtgactgtcaatgcttcagctgaatcttcccggactctatgtggc
agtgaggttgtgactgtgccaacaaggggacgcattgatgtagtcactcaaagtctactt
gttctgcctgaaggagttgaaaggacaaactcccagagttggttactctgtccaaaggga
aacgttctttctgaagacgtgcctctgacatttccaacagatgtggttgaggggtcagcc
agatgctctgtttcagtccttggggacataatgggtcgtgccctgaagaatctggatggg
ttattacagatgccgtatggctgtggagaacagaatatgattgttcttgctcctaatatt
tacatcctgctttacctggaagccacagggcaactcacagcagccattcgtcagaccgcc
acaggctaccttcagagcggataccaaggacaactgaaatacaggcacagtgatggttca
tacagcacatttggttacgatgaatcaaacacatggttgaccacctttgtcatgaggtct
tttggtctggcgaggcagtttattttcattgatccacatgtactgcagagtgcaaaggat
tggttgatcagcaagcagggttcagatggctgcttcatacagcagggaactctgtaccac
aatgaaatgaagggtggggttggtgacagcatgacgatgaccgcctacattgtagcatca
ctgcttgaactaggtgttcccatcacagatccggtcatcaccaatgctctgtcttgcttg
aggcctgtcgttgggaacctgggaaacacttacgccatggctctgattgcctacaccttc
agtctggctggagagaccagcactcgagcacagcttttaactgccttgaacaaccgtgcc
atttctgaaggcaataagctccactggtctcagacttcatctggtgatactctggcagtg
gagatcagctcatatgtgctgttggcggttctctttgtacagcctctcacgaccactgat
ctgggctatgctaaccgcattgtcaactggcttgtgacccagcagaatccctatggaggc
ttttcctccactcaggacactgtggtggctcttcatgctctgtctctgtatgctgctgaa
gtgttcagcctcgagggctccagcactgttaccgtgcagtcgtcgtctgtggcaggagag
gtttatagctttgatgtgaatcgggacaataggttgctgtatcaggagaagccgctgaag
aacgttcctggcaaatatagttttgaagtgaagggctccacctgtgtgtctatgcaggtt
gcatgtttctacaacatccagactcctgttatagttgccagaacactgagtgttgaagtg
aaggtgactggagactgcaaaggagccaatatcatggtgaactttactgtgaaatacaat
ggcccaaaagcaagcactaacatggttctagtggacattaagctcctgtcaggattcacg
gcagatacgtcactgcttggatctctgcccaattcatttgacccaatagttgagcgggtt
gatgctggagatgatcatgtcctagtgtatctgaaagaggttcccaaaggagtccccatg
acttacagtttgctgctgaaacagattcttgcagtgaaaaatctgaagccagctgtcatc
agtgtttatgactactatcagccaagtgacgcgtttgagaccacctacatgtctccctgt
ccttga
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