KEGG T08493: 126514905

Alexandromys fortis (reed vole): 126514905

Entry

126514905         CDS       T08493

Name

(RefSeq) alpha-2-macroglobulin-like

K03910

alpha-2-macroglobulin

Organism

mfot Alexandromys fortis (reed vole)

Pathway

mfot04610

Complement and coagulation cascades

Brite

KEGG Orthology (KO) [BR:mfot00001]
09150 Organismal Systems
  09151 Immune system
   04610 Complement and coagulation cascades
    126514905
09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:mfot01002]
    126514905
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:mfot04131]
    126514905
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:mfot04147]
    126514905
Peptidases and inhibitors [BR:mfot01002]
Peptidase inhibitors
  Family I39: alpha2M family
   126514905
Membrane trafficking [BR:mfot04131]
Autophagy
  Chaperone mediated autophagy (CMA)
   Selective cargos
    126514905
Exosome [BR:mfot04147]
Exosomal proteins
  Exosomal proteins of colorectal cancer cells
   126514905

SSDB

Motif

Pfam:

TED_complement A2M_BRD A2M MG4 A2M_recep MG3 MG2 SVA CO4A-B_CUB_C Big_1

Other DBs

NCBI-GeneID:

126514905

NCBI-ProteinID:

XP_050020091

Position

Unknown

AA seq 1472 aa
MGKLRLPHPSVAVLLPLLRLLLLPTDIVISQKPIYMMLVPSLLHSGVPEKGCLLLSHLNE
TVSVSAFMESVQGNQSLFTDLVVHRDLFQCVSFTVLPALFNEVMFLTVQVKGPTHEFKKK
STVMIKNKESLIFVQTDKSIYKPGQTVKFRVVSLDENFHPLNELIPLLYIKDPKGNHIAQ
WPSFKLESGLKQLSFPLSSEPPHGSYKVVIWTETGRIIEHSFFVEEFVLPKFEVKVAVPE
TITIMEEEMNVSVCGVYTYGKPVPGHVAVRICRNYSHPSNCFGDESLAFCENISEQLDNQ
GCFSHVLKTKAFQLKRQEYEMQLEVNAKIREQGTDVEGTGKGTVKITRTLSSLSFVNVNS
YFRQGIPFVGQVLLVDGKGTPLPSEMVFIEANEANHHSNATTDKNGLAWFSINTDDILGT
SLSIRAKYKDSLVCYGSRWLAGEHVEAWHTANAVFSPSKSFVHLGSAPGKLSCEQTLKVQ
VHYTLNGEGVQKLKELVFCYLIMAKGGIARSGTHTLPTDQGAKKGHFSIVIPVESDLAPI
ARLLLYIILPGGEVVADTVKYEIGNCLVNKVDLSFSPNDGLPASRTLLKVKASPQSLCAL
RAVDQSVLLMKPEAELSASSIYDLLPVKDLTGYPEGANLEEEDSKDCIKHSNVYINGILY
SPVLNTNEEDMYGFLKDMGLKVFTNSDIRKPKVCGWSGNSRGGPVAYQLSSQSPKEDFLK
APESPKEIIRKYFPETWIWDLVVLDSTGRTEKELTVPDTITEWKAGALCLSNDTGLALSP
VVSFQAFQPFFVELTMPYSVIRGEAFTLKATVLNYLQKCIRVAVQLEASPDFLTAPMEKE
QNSHCICLNERHTVSWVITPKSLGNVNFTVSAEALNSQMHCGNEVPVVPERGKKDTIIKS
LLVEPEGLENEVAFNSFHCPTGAEVSERITLKLPPDVVKDSARASVTVLGDILGSAMQNT
QDLLRMPYGCGEQNMVLFAPNIYVLDYLNETQQLTQKVKDKAIDYLNMGYQRQLNYKHQD
GSYSTFGEKSGTNGASTWLTAFVLKSFVHARKYIFIHETHTAQALLWLSHQQKDNGCFRS
SGSLFNNAIKGGVDDEVTLSAYITIALLEMSLPVTDTVVRNALFCLDTAWKSAKEGAHGS
NVYTKALLAYAFALAGNQAMRTEILKSLSGESVKEDISIHWASPQKPMVPEGIWYQAQAP
SAEVEMSAYVLLAYLTAQPAPTQEDLTAATLIVKWLTKQQNSHGGFSSTQDTVVALQALS
KYGAATFTRAKKNAQVTIFSSNLFSTKFQVNNDNQLLLQTVKLPIVPGDYTATMKGEGCV
YLQISLKYNVLPGEKKSPFALRVQTLPRTSYDCKVYTSFQIILNVSYTGCRSDSNMAIVD
VKMVSGFVPLKPTAEMVESSVNVSRTEVSNNHVLIYLDKVSNQNINLSFTVQQAILIKDL
KPAIVKVYDYYEKDEFAVAQYSAPCIKGNENA

NT seq 4419 nt +upstreamnt +downstreamnt
atggggaagctcaggctcccacacccaagcgtggccgtgctgctgccgctgctgaggctg
cttctgctacccacggatatcgtcatatcacaaaaaccaatctacatgatgttggttccc
tccctgctccactcaggcgtccctgagaagggctgcctcctcctcagccacctaaatgag
acagtatccgtgagtgctttcatggagtctgtccagggaaaccaaagcctcttcactgac
ctcgtggtccacagggacttgttccaatgtgtctccttcaccgtcctaccggctttgttc
aatgaggtgatgttcctcactgtccaagtaaaaggaccaactcatgaattcaagaagaaa
agcacagtgatgattaagaataaagagagtttgatctttgtccagactgacaaatccatc
tacaaaccagggcagacagtgaaatttcgtgttgtctcattggatgaaaatttccacccc
cttaatgaactgattcctcttctgtacattaaggaccccaaaggaaatcacattgcacag
tggccgagtttcaagttagagagtggcctcaaacagttgtccttccctctctcctcggag
ccccctcatggctcctacaaggtggtgatatggacagaaacaggcaggatcatagagcac
tccttcttcgtagaggaatttgtgctgcccaagttcgaagtgaaggtggcagtaccagag
acgatcaccattatggaagaagagatgaacgtgtcggtgtgtggcgtatacacctatggg
aagccagttccgggacatgtggccgtgagaatttgcaggaattacagtcatccttctaac
tgctttggcgacgagtcattggctttctgtgagaatatcagtgaacagctagacaaccag
ggctgcttctcacacgtattgaaaaccaaggctttccagctaaagaggcaagagtatgag
atgcagcttgaagtgaacgccaagatccgagagcaaggaacagatgtggaaggaactgga
aaggggaccgttaaaatcacaagaaccttgagcagcctgtcatttgtgaacgtgaactca
tacttcagacaagggatcccatttgttggacaggtgctcttggtagatgggaaaggcacc
cctcttccttctgaaatggtcttcattgaggcaaatgaagctaaccaccactcaaatgct
accactgataagaatggcctggcgtggttctccatcaacaccgatgacatcctgggaacc
tccctctctatcagggccaagtacaaggacagcctcgtgtgctatggatccagatggttg
gcaggagagcatgtggaggcatggcacacggccaacgcagttttctcgccaagcaaaagc
tttgtacacctgggatcggcacctggcaaactgtcctgcgagcaaacactgaaggtccag
gtgcattacaccctcaatggagagggcgtgcagaagctgaaggagctggtcttctgttac
ctgataatggcaaagggcggcattgctcgatcggggactcacacactgcccacggaccag
ggagccaagaaaggccatttctccatagtaatcccagtggagtcagacctggctcctata
gctagattgctcctttatatcattctgcctggtggcgaagtcgttgcagatactgtcaaa
tatgagattggaaactgtctggtcaataaggtggatttgagcttcagcccaaatgatggc
cttccggcctctcgtaccctcctcaaagtcaaagcttctcctcagtccctctgtgcccta
cgagctgtggaccaaagtgtgctgctcatgaaacccgaggctgagctctccgcatcctca
atttatgatctgctcccagtgaaagacctcactggctaccctgagggtgcgaatctggag
gaagaagacagcaaagactgtatcaagcatagcaatgtctacattaatggcatcctgtat
tccccggtgctgaatactaatgaggaggacatgtatggcttcctaaaggacatggggttg
aaggtattcaccaactcagatatccgtaaacccaaggtctgtggatggtccggaaacagc
agaggaggaccagttgcgtaccaactctcaagccaaagccccaaggaggatttcctaaag
gctcctgagtctcccaaggagattatacggaaatacttccctgagacatggatctgggac
ttggtggtcttggactcaacaggaagaactgaaaaggagctgacggtgcctgacaccatc
actgagtggaaggccggagccctctgcctgtccaatgacactggacttgccctctctcct
gtggtgtctttccaagccttccagcccttcttcgtggagctcacgatgccctactctgtg
attcgtggagaagccttcacactcaaggccaccgtgctgaactacctccaaaagtgcatc
cgggttgctgtgcagctggaggcatctcctgatttcctaactgccccaatggaaaaggag
caaaattctcactgcatctgtttgaacgagcgtcacactgtgtcctgggtaataactcca
aagtcattaggaaatgtgaatttcactgtgagtgcagaggctctcaactctcagatgcat
tgtgggaatgaggtgccagtggtccctgaacgtggaaagaaagacaccatcatcaagtcc
ctgttggttgaacctgaaggtctagagaatgaagtggcattcaacagtttccattgtcca
accggtgctgaggtgtctgaacggataaccctgaaattgccaccagatgtagtcaaggac
tctgcccgagcctctgtcactgttttgggagatatattgggttctgccatgcaaaacaca
caggatctccttaggatgccctatggctgtggagaacagaatatggttctgtttgctcct
aatatctatgtcctggattatctcaatgaaacccagcagctgacccagaaggtcaaggac
aaggccattgattatctcaatatggggtaccaaagacagttaaactacaagcaccaggac
ggctcctacagcacctttggagagaaatctggcactaacggtgccagtacctggctcaca
gcctttgtgctgaagagttttgttcacgctcgaaaatatatcttcatccatgaaacacat
acggcacaagccctcctctggctctcccatcagcagaaggacaatggctgtttcaggagc
tccgggtccctgttcaacaatgcaataaagggaggagtagatgatgaagttaccttgtct
gcctacatcaccattgctctcctggagatgtcgctccctgtcactgatactgttgttcgc
aatgccctcttttgcctggacacagcctggaagtcagcaaaggaaggagcccacggcagc
aatgtctacactaaggcgctgctggcctatgcatttgcccttgctgggaaccaggccatg
aggacagagattctgaaatcacttagtggggaatctgtgaaagaagacatctccatccac
tgggccagtcctcagaaacccatggtgccagagggtatttggtaccaagctcaggctccc
tctgctgaggtagagatgagtgcctacgtgctcctggcctatctcacagcccagcctgct
cccacccaagaggacctgactgctgcaacgctcattgtcaagtggctcacaaagcagcag
aattcgcacggtggcttctcctccactcaggacacagtggtagctctccaagctttgtcc
aaatatggagcagctactttcacaagagctaagaaaaatgcacaagtgaccatcttttct
tcaaatttattttctacaaaattccaagtgaacaatgacaaccaattattactgcagacg
gtcaagttgccgatcgtgcctggggattacaccgcaacgatgaaaggagaaggatgtgtg
tacctccagatatccttgaaatacaatgtcctcccgggagagaagaagtccccgtttgct
ttacgagtgcagactctacctcggacgagttatgattgcaaagtttacaccagcttccag
atcatacttaacgtcagctacactggctgccgttctgactccaacatggcaattgttgat
gtgaagatggtgtctggcttcgtccccttgaaaccaacagcggagatggttgagagttcc
gtgaatgtgagccggacagaagtcagtaataaccacgtcttgatttacttggataaggtg
tcaaatcagaacataaacttatcgttcaccgttcagcaagctattctaataaaagacctg
aagcctgccatagtgaaagtctacgattactatgagaaagatgagtttgcagtcgctcag
tacagtgctccttgcatcaaaggtaatgaaaatgcctga

All links

Gene (2)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (10)   
   Pfam (10)   
All databases (14)   

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