KEGG   Alligator mississippiensis (American alligator): 106737178
Entry
106737178         CDS       T03087                                 
Name
(RefSeq) alpha-2-macroglobulin-like
  KO
K03910  alpha-2-macroglobulin
Organism
amj  Alligator mississippiensis (American alligator)
Brite
KEGG Orthology (KO) [BR:amj00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:amj01002]
    106737178
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:amj04131]
    106737178
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:amj04147]
    106737178
Peptidases and inhibitors [BR:amj01002]
 Peptidase inhibitors
  Family I39: alpha2M family
   106737178
Membrane trafficking [BR:amj04131]
 Autophagy
  Chaperone mediated autophagy (CMA)
   Selective cargos
    106737178
Exosome [BR:amj04147]
 Exosomal proteins
  Exosomal proteins of colorectal cancer cells
   106737178
SSDB
Motif
Pfam: TED_complement A2M A2M_recep A2M_BRD MG2 MG3 SVA Prenyltrans
Other DBs
NCBI-GeneID: 106737178
NCBI-ProteinID: XP_019345835
Position
Un
AA seq 1426 aa
MGKYKLSFSPSIVLLLLFLFPGDTSATTEPQYMVLVPFLIQTEVSNEVCIQLSYLNETVT
LSATLEHTGGNKSLIEDVVAEKELFKCISFKLPRLNRTAVAFLSVLVKGPTLKYQSRKSV
LVKDPESLVFVQTDKPIYKPGQKVLFRIVCLDNDFRPLNKKFPLAYIQDPQRNRVYQWQG
VELTGGLIQLSFPLTSEPIQGQYKVVVQKDSLENVEHSFSVEEYVLPRFDVLVKLPKVIT
INDEELQGGPSLRLSLHKFIHYLLSPTVSFHPHLHRYTYGKPVFGAVNVRVCRKFSSPRS
HCYGERENAVCEEFTQPADARGCVSNVIKTKIFQLHRTGYHMNIEVQGKITEEGTGVELT
GTGSCAITNVMSKISFEYVDLNVVWHRPFLTHGKVDLHSSLCTVNIPPPFIHCSLKGFSV
MQVMSKGEIVRTGTITEPVISENNLKKLTLMLHVGPEIAPLVRILVYTTVPSGEVIANSA
DFQVENCLPNKVSLVFKPPRGTPASSTDLTLGAFPKSLCAVRAVDKSVLLMKPEAELSAS
SVYSLLPLKQLKDYDYKDHYLEEEDTNLCVSLDPILLNGFIYQPVSPDGEGDAYSILKVS
SGPLQMIFKWLWAARVAVRCDCFTGPRPAGSSPPVSQEALLPTSLSSLTEPMRARLAYGL
RGPIRSLYTVARMPPDMKISSEETVRKYFPETWIWDLIQMDSQGNAVLTLTIPDTITEWK
ASAFCTSEHSGFGLSPTVSLTAFQPFFLDLTLPYSVVRGEDFPLKATVFNYLAHCIRVSV
SLSPCSDFSAAPVEKEEDAYCLCENERKTVSWTVTPKSLGEVEISVSAEALNGGLPCGDK
VVEALSNWRKDTIIRKLLVEPEGIPRETTYNSLLCAAEKSAPSPVSLELPQNVVPDSARA
YFSVLGDILGTAMHNLHQLLQMPFGCGEQNMVLFAPXXXILDYLNKTGQLKEETKSKAVG
YLVSGYQRQLIYKHSDGSYSTFGPHSGQQGNTWLTAFVLKSFAQARRYMYIDSKHIQDAQ
LWLSSKQKENGCFRSSGMLLNNAIKGGVDDEVTLSAYITIALLEIPLPTTHIIVRNALFC
LETAAQQEGNHVYTKALLAYAFALAGKVEKQRALLDSLKKEAVKEDGSIHWKRPEKEPET
ILPYYHPRAPSAEVEMTAYALLAHLTTQPAPSQEDLTTASLIVKWLSKQQNPNGGFSSTQ
DTVVALQALALYGVLTYAKDDGATTVTLETEKGVQQQFHVDHANRLLLQRTTLPEVPGKY
SMAVTGDGCVYTQTSLRYNVYPKPEEAPFQLHVHTIPETCDSPKAQRTFDIAINVSYTGK
RLSSNMAIVDVKMLSGFAPLKASVKQLPKTVPHIKRADVNVNRVLVYMEQLNNETLSFSF
AVEREIQVHHLKQAQVEVYDYYEKDEFAIAEYQAPCYTVKAQQSNA
NT seq 4281 nt   +upstreamnt  +downstreamnt
atggggaagtacaagctctcctttagcccaagcatcgtcctcctcctcctcttcctcttc
cctggagacacctcggccaccaccgaaccgcagtacatggtattagtgcctttccttatc
caaactgaggtttcgaatgaagtctgcatccaactgagctacctcaatgagaccgtgact
cttagtgccacactggaacacactggggggaacaagagcctgattgaagacgtggtagct
gagaaggagctgttcaaatgcatctcattcaaacttcccagattgaatagaacagcagtg
gcatttctcagtgtgctggtgaaggggccgacactgaagtaccagagccggaaatctgtg
ctggtgaaggacccggagagcttggtctttgttcagacggacaaacccatctacaaacca
ggacagaaagttctgttccggatcgtctgcctggacaacgacttccggcccctgaacaag
aagtttcctttagcctacattcaggatccccagaggaaccgtgtgtaccagtggcaaggg
gtggaattgactgggggcctcatccagctctccttccccctcacctcagagcccatccaa
gggcaatacaaagtggtggtgcagaaggactcgctggaaaacgtagaacactccttttct
gtggaggaatacgtgttgcccaggtttgacgtgctggtgaagctgcccaaggtgatcact
atcaatgatgaggaactgcaaggaggcccctcactgaggttgtcactgcacaagttcatt
cactatctcctaagtcccacagtttcctttcacccccatctgcacaggtacacctacggg
aaacctgtttttggagcagtaaatgtccgtgtatgccggaagttttccagtcccaggtca
cactgctatggagaacgggaaaacgcagtatgtgaggaattcacccagccggcagatgca
cgtggctgtgtctccaatgtgataaagaccaagatattccaactccaccgaacagggtac
cacatgaatattgaagtgcaaggcaagatcacagaagaggggacaggggtagagctaact
ggaacaggctcctgtgcaatcacaaatgtcatgagcaaaatcagctttgaatacgtggac
ttgaatgtagtgtggcatcgtccctttctcactcatgggaaggtagatttacattcaagc
ctctgcacagtgaacattcctccgcctttcatccactgctcactcaagggtttttctgtc
atgcaggtgatgtcaaagggagaaattgtgagaacgggaactattacagagcctgtgata
tctgagaataatttaaaaaaattaacactgatgctacacgtgggccctgaaattgctccc
ctggtacggatacttgtctacaccactgtgcctagtggggaagttatcgccaactcagca
gatttccaggtcgaaaactgcctccccaataaggtcagcttggttttcaaacctcctcgt
ggcaccccagcctccagcactgacttgactcttggtgccttcccaaaatccctgtgtgct
gtccgggcagtagacaagagtgtcctcctcatgaagcctgaagctgaactctcagctagc
tctgtatacagtttgctcccactgaagcaactcaaggattatgactacaaagaccattat
ttggaggaagaggacacaaacctttgtgtgtcacttgaccccatcttactaaatgggttc
atctaccagcccgtgtctcctgatggtgaaggggacgcctacagcattctcaaagtaagc
tctggtccattgcaaatgatctttaagtggctctgggcagctcgtgttgcagtcaggtgt
gactgctttacaggtccaagaccagctgggagcagtcctccagtatcccaggaggcactg
cttccaacttctctatcttccctcacagagccaatgcgtgcacgcttggcatatggccta
cgtggacctatacgctcattatacacagtcgcgaggatgcccccggacatgaaaattagc
tctgaggaaactgtccggaagtatttccctgagacatggatttgggatttaattcaaatg
gactcccaaggcaatgctgtattgacactgaccatccctgataccatcacggaatggaaa
gccagcgcattctgcacctcagagcacagtggctttggtctgtccccaactgtgtccctc
acagccttccagcccttcttcctggatctcaccctgccgtactctgtagtgcgtggcgag
gacttcccactaaaggccactgtcttcaactacctggcccactgcatcagggtcagcgtg
tcattgagtccatgttcagatttttcggctgccccagtggagaaggaagaggacgcttat
tgtctctgtgagaatgaaaggaaaacagtatcctggactgtgactccaaaatctctaggt
gaggtggagatctcagtgagtgctgaggccctaaacggtggcttgccttgcggggacaaa
gtggtggaggccctgtcaaattggcggaaggacacaataatcagaaagctgttggtggag
ccggaaggaattccaagggaaacaacctacaactctctgctctgtgcagctgaaaagtct
gcgcccagtccggtttccctggagctgccacagaacgtggtacctgactcggccagagcc
tacttctccgtgttgggtgatatcctgggcactgccatgcacaacctgcaccagctcctc
cagatgccctttggctgtggggagcagaacatggtcctgtttgctccnnnnnnnnnnatc
ctggactacctgaataagactgggcagctgaaggaagagaccaagtccaaggctgtcgga
tacctagtcagtggttatcagaggcaactgatttacaagcattcagatggctcttacagt
accttcgggccccattccgggcaacaaggaaatacttggctgacagcgtttgtcctcaag
tcttttgctcaggcccgacgttacatgtacatcgacagcaagcacatccaggatgcgcag
ctctggctttccagcaagcagaaggagaatggctgcttccgcagctcaggaatgctcctg
aacaatgccatcaagggcggagtggatgatgaggttacgctgtctgcttacatcaccatc
gcgctgctggagatccccctgcccactactcacatcatagtccgcaatgctctgttctgt
ctggagacagcagcacaacaggaaggcaaccatgtgtacaccaaggcactgctggcgtat
gcctttgccctggcagggaaggtggagaagcagagggcactgcttgactcactgaagaag
gaagctgtgaaagaggatggatccattcattggaagaggcctgagaaggagccagagact
attctcccatactatcatccccgggctccctctgcagaggtggagatgacagcctacgcg
ctccttgctcacctcaccactcagccagcaccatcccaggaggacctgacaacagcttca
cttattgtgaagtggctcagcaagcagcagaatcccaacgggggcttctcctccacccag
gacacagtggtggctctccaagccctggccctctacggggtcctcacctatgccaaagat
gatggagctaccacagtgaccctggaaactgaaaagggcgtccagcagcagttccacgtg
gatcatgcaaaccgcctgctgctccagcggacgacactgcccgaggtgccagggaagtac
agcatggcggtgactggggacggatgtgtctacacacagacaagcctgaggtacaacgtg
taccccaagccagaggaggcacctttccagctgcacgtacacacgatccctgagacatgt
gacagccccaaggcccaaaggacctttgacatcgccatcaatgtcagttacaccgggaaa
cgcctctcttccaacatggcgatcgttgatgttaagatgctgtcggggtttgctccattg
aaagcatcagtgaagcagctcccaaaaacagttcctcatatcaagcgcgcagatgttaat
gttaaccgtgtgctagtgtacatggagcagctgaacaatgagactctgagtttctccttt
gcggtggagcgggagatccaagtgcaccacctgaagcaggcacaggtggaggtctacgac
tactatgagaaagatgaattcgccattgcagagtaccaggccccctgctacacagtgaaa
gctcaacaaagtaacgcgtga

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (8)   
   Pfam (8)   
All databases (19)   

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