Alosa sapidissima (American shad): 121706377
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Entry
121706377 CDS
T11137
Name
(RefSeq) alpha-2-macroglobulin-like protein 1
KO
K03910
alpha-2-macroglobulin
Organism
asad Alosa sapidissima (American shad)
Brite
KEGG Orthology (KO) [BR:
asad00001
]
09180 Brite Hierarchies
09181 Protein families: metabolism
01002 Peptidases and inhibitors [BR:
asad01002
]
121706377
09182 Protein families: genetic information processing
04131 Membrane trafficking [BR:
asad04131
]
121706377
09183 Protein families: signaling and cellular processes
04147 Exosome [BR:
asad04147
]
121706377
Peptidases and inhibitors [BR:
asad01002
]
Peptidase inhibitors
Family I39: alpha2M family
121706377
Membrane trafficking [BR:
asad04131
]
Autophagy
Chaperone mediated autophagy (CMA)
Selective cargos
121706377
Exosome [BR:
asad04147
]
Exosomal proteins
Exosomal proteins of colorectal cancer cells
121706377
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
TED_complement
A2M_BRD
A2M
A2M_recep
MG2
MG3
SVA
MG4
Glyco_hydro_66
Motif
Other DBs
NCBI-GeneID:
121706377
NCBI-ProteinID:
XP_041943966
LinkDB
All DBs
Position
4:complement(8226397..8265080)
Genome browser
AA seq
1454 aa
AA seq
DB search
MALTRILIAGGLLLCLYTLCSSTATAEPSFLVTFPAQMRSASEAKLCASLQSPNETLHMS
IYLTTGDEKKMLHQETSDTDFHRCVHFQAPSVNKDSVQSIKVEVQGRTSHWTSESRVKFR
PKPDPVTFIQTDKPIYSPGQTVHFRVVTMDTEFIPLQQKYSLVTLQDHRGNTIGQWLNVS
SERKMLQLSHALNPEATQGYYMLSVTGEQGTGSHQFQVKQYVLPKFDVTLNSPESVSVGA
AEIRLQACAKYTFGAPVPGKATLSLCRETDIRGFGGDDVDPTQSVCWEELVEMDKSGCGC
YVFYMATFTQQDLNQKLRDILIFKATVVEEGTGISRSEVKNIDLDFSLGKLSFVDTPNVI
EDGAVMEGKIKATHYNDTGIAGRMVHLFKGPRWNAELLLNLTTDSVGVAQFSLNTAPFPG
DFELFASLTTDTNTYRPYNTPYYDSASKSVSRLRTASPDSASSSSLAIIDDKIDDALQCG
KDVPITIKYTFTGETFNADSVDVIYMVLSRGQIVHHGFAEASVKGSPPVTLGEVSFQLSV
SAEMAPSVQVLAYCVLPSETVLADSKTFSTEKCFINKVSVQFFPPKAVPGEKSSLQLSAQ
PGSLCGLSAVDQSIFILEPGKRLNADKVFDLFPPMDSFVDYEVEDPVECLKVRPRRSLYY
PPGLSATDAFAAFQRLGLKAVTNLVLRTPDCLLYRGETYHKGFGYPYPKVAFGVAGNAAP
DAPVPESVGVTVRTIFPETWIWDLAEVGGSGETQVPLTVPDTITTWEMEAFCLSPQGFGL
APPVQLTVFQPFFLELSLPYSIIRGETFELKATVFNYLPKCIMVTVTPTPSSDFTLTPSS
DGQYSSCLCADGRKTFKWTLVPSVLGEMSVTVSAAAEPSRTLCGNEVVTVPERGRVDAVT
RSLKVKAEGTEKARSFSWLLCPKGGALTEEVELTLPGDVVKGSARASVSVLGDILGRALK
NIDSLLQMPYGCGEQNMAVLSPNIYILQYLQNTGQLTADIKEKATNFLKSGYQRQLNYKH
PNGAYSTFGTGDGNTWLTAFVLRSFGKAKSFVYIDPKVITDASTWLGGNLRPDGVFNMQG
KLFNNRMKGGVSDDVTITAYIAASMLELNMSTVTQETMRFLKSSASDRSNTYTTALLAYT
FSLAGEADLRAELLKHLDSVATSAGSLLHWSQSSSEQADSLAVETSAYVLLAVLTKPALT
AADLGYASRIVNWLVKQQNPYGGFSSTQDTVVALQALALYATKVFSPHGSGTVTVRSAGG
DTHQFDVNQHNTLLYQERALRHVPGKYSVDVKGSACASVGVALFYNIPTPSKHSTLSIKT
QAKPLTEGQCNKADGQQAFSLHITVQYNGPLQSTNMVIIDVKILSGFTADAEKLQGSMFV
DRVDRKDDHILVYLSEVRKDIPVDYELTIQQDLPVTNLKPAGVKVYDYYQTSDQAEAEYS
SPCAGQGTAEGRGH
NT seq
4365 nt
NT seq
+upstream
nt +downstream
nt
atggccctcaccaggatcctgattgctggagggctgctactctgcctctacacactctgc
tcctccacagcaacggcagagccgtcgttcctggtgaccttccctgcccagatgaggtca
gcatccgaagccaaactgtgtgccagcctccagagtcctaacgagactctgcacatgtcc
atatatctgaccaccggagacgagaagaagatgctgcaccaggagacgtcagacacagac
ttccaccgctgcgtccacttccaggccccatcggtaaataaagactctgtgcagagtatc
aaagtagaggtccaaggtcgtacatctcactggacttcagagagtcgggtgaagttcagg
ccaaaacctgatcctgtgaccttcatccagacagataaacccatatacagtccaggccaa
acagtgcatttcagagtggttaccatggatacggaattcattccccttcagcagaagtac
agcctggtgacacttcaggatcaccgtggcaacaccattggccagtggctgaacgtgtcg
tcggagcgtaagatgctgcagctgtctcacgccctcaacccagaggctacccagggctac
tacatgctgtctgtgaccggagagcagggtacagggtctcatcagtttcaagtgaaacaa
tatgttttacccaagtttgacgtgactctcaacagcccagagtcagtgagtgtgggagca
gcagagatccgactgcaagcatgtgccaagtacacgtttggggcgcctgtgccagggaag
gctactctgtctttgtgtcgagagacggatatccgaggatttggaggcgatgacgttgat
cccacacaatcagtatgttgggaagaactggtggagatggacaagtctggctgtggctgt
tatgtattctatatggcaacatttacacagcaagacttgaaccaaaaactgagggatatt
ctaatattcaaggccacagtagttgaagaaggaacaggtatcagtcgttcagaggtcaaa
aacatagatttggacttctctcttgggaaactctcctttgttgatacaccaaacgtaatt
gaggacggggcagttatggagggcaagatcaaagcgacccattacaatgacactggcatc
gctgggaggatggtccatctgttcaaaggtccgagatggaatgcagaacttctgctgaac
ctgaccacagactccgttggagtggcccagttctctctcaacacagctcctttcccaggg
gactttgagctctttgccagcctaactacagacaccaacacatacagaccatataacacc
ccatactatgactcggcatcaaagtctgtgtccagattaagaacagcatctccagactcg
gcgtcctccagctctctggccataatagatgacaaaatagatgatgctcttcagtgtggc
aaagacgtacccatcaccattaagtacaccttcactggggagactttcaacgcagactct
gtggatgtcatttatatggttttatcaagaggacagattgttcatcatggttttgctgaa
gcttcagtgaagggttctccaccagtaactctgggtgaggtttccttccagttgtccgtc
agtgctgagatggccccctcagtgcaggtcctggcctactgtgtcttacccagtgagacg
gttctggctgacagcaaaaccttctcaacggagaagtgcttcataaacaaggtgtcggtg
cagttcttcccccctaaagcggttcctggagagaagagctccctgcagctgtccgcccag
cctggctctctctgcggcctcagcgctgtggatcagagcatcttcatcctggaacctggg
aaacgcctgaacgctgacaaggtttttgatctgttcccgccgatggactcatttgtggat
tatgaagttgaagatccagtagagtgtctgaaagtgagaccgcggcgatctttgtactat
cctccgggactctctgcaactgatgcctttgcagctttccagaggttggggctgaaggct
gtaactaacctggttttgcggacaccagactgcttactgtaccggggggagacgtaccac
aagggattcgggtatccgtatcccaaggtggcctttggagttgctggaaatgctgcacca
gatgctccagtgccggaaagtgttggtgtgactgttcgtacaatcttccctgagacgtgg
atctgggacctggcagaggtcggggggtctggagaaacacaagtccctctcactgtccct
gacaccatcaccacctgggagatggaggcgttctgcctgtccccccagggcttcggtctg
gccccaccagttcagctcacagtgttccagcccttcttcctcgagctctccctgccctac
tccatcatccgtggagagacctttgagctcaaagcaacagttttcaactacctgcccaag
tgcatcatggtcacagtgactccaaccccttcatcagacttcactctgaccccctcctct
gatggccagtactcctcctgtctgtgtgcagatgggagaaaaaccttcaaatggacgcta
gtgccctctgtactcggagagatgagcgtgactgtgagtgcggccgctgagccgtctcgg
actctgtgtggcaatgaagtggtgaccgtcccagagagaggccgcgtagacgcagtcact
cgctccctcaaggtcaaggcggaaggaaccgagaaggcaagaagtttcagctggctctta
tgtccaaaggggggcgccctgacggaggaggtggagctgacactcccaggggatgtagtt
aagggatcagccagagcctctgtgtctgtgctaggagacatcttaggtcgtgctctgaag
aacatcgacagcctcctgcagatgccttatggttgtggggagcaaaatatggccgtcctc
tccccaaatatctacattctgcagtacctgcagaacactggccagctcactgcagacatt
aaggagaaggccaccaacttcctcaaaagcggataccagaggcagctgaactataagcat
cctaatggagcatacagcacgtttggaacaggagatggaaacacatggctcactgcattt
gtgttgaggtcgtttggaaaagcaaagtcctttgtctacattgatccaaaagttataacg
gatgcgagcacttggcttggaggaaaccttcgaccagatggtgttttcaatatgcagggg
aaactcttcaacaacagaatgaaggggggtgtaagcgatgatgtaacaataacagcttac
atcgctgcatcaatgcttgagctgaatatgagcactgttacgcaagaaaccatgaggttc
ctgaagtcctccgccagtgaccgctccaacacctacaccaccgctctgctggcctacacc
ttcagcctcgctggggaagcagacctccgagctgagctgctgaaacacttggacagcgta
gcgacctctgctgggagtctcctgcactggtctcagtcctcatcagagcaagctgattcc
ctggcagtggagacgagtgcttatgtgctgttagctgttctcaccaaacccgccctgacg
gctgcagacctgggctatgcttccaggatcgtcaactggctggtgaagcagcagaatccg
tatggaggcttctcttccacacaggacacggtggtggcactgcaggctctggctctgtat
gccaccaaggtcttcagcccacatggctccggcacagtgaccgtgcggtcagcagggggc
gacacacaccagtttgatgtgaaccagcacaacacactgctgtaccaggagagggcgctg
cgccacgttcctgggaagtacagcgtggacgtgaagggctctgcatgcgcttctgtgggg
gtcgctctcttctacaacatccccactcccagtaaacattcaaccctgagcattaagact
caagccaagcctctgactgagggacagtgcaacaaggccgatgggcaacaggccttcagc
ctccacatcacagtccaatataacggaccactgcagagcacgaacatggtgataatagat
gtgaaaatcttatctggcttcactgctgacgctgaaaaacttcagggcagcatgtttgtg
gaccgagttgacaggaaagatgaccacatccttgtgtatctgtcagaggttcgaaaggat
atacctgttgactacgaactgaccatccaacaggatttgccagtcaccaacctgaagcca
gcaggggtcaaggtgtatgactactaccagaccagtgaccaagctgaggctgagtactcc
tccccttgtgcaggtcaggggacagcagaaggaagaggtcattaa
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