KEGG   Folsomia candida: 110852202
Entry
110852202         CDS       T05043                                 
Name
(RefSeq) CD109 antigen-like isoform X1
  KO
K06530  CD109 antigen
Organism
fcd  Folsomia candida
Brite
KEGG Orthology (KO) [BR:fcd00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:fcd01002]
    110852202
  09183 Protein families: signaling and cellular processes
   04090 CD molecules [BR:fcd04090]
    110852202
Peptidases and inhibitors [BR:fcd01002]
 Peptidase inhibitors
  Family I39: alpha2M family
   110852202
CD molecules [BR:fcd04090]
 Proteins
  110852202
SSDB
Motif
Pfam: TED_complement A2M_recep A2M MG2 MG3 A2M_BRD MG4 SQHop_cyclase_C TEP1_CUB2
Other DBs
NCBI-GeneID: 110852202
NCBI-ProteinID: XP_021955890
Position
Unknown
AA seq 1496 aa
MDLLRLKHLCLFLSIAPLVTAQSGTYTIIAPRTIRSNLPYNVGVSVEADSPVQVVVSIKS
RHLSGGSSGSTQQTTVDPKAATSQLITLQVGDLVDGGSYNLTVRGTGGLNFENTTELIYS
PKSSSIIIQTDKPIYKPGELVQFRVLYLDRSLRPKGPGTLDIVVKDSQGNIIKQWKNIVV
QRGMFAEQLQLSSQPNLGDWTMEVTAQNQKETQQFAIAEYVLPKFNVDINMPSFGTFNSS
KITTRVRATYTYGQPVKGELVISAYPTIHSSYIQPVFPGVVRKTVQINGDAEVEFDLATE
LQLTDDYQRSIQIETTVTEQLTGRQQNATKTIVLHKYEYKLEIVKGSESFKPGLPYTIII
KVATQDDVPISDPRTDALQVKHGFSYNHDEFQMSTYPIPPSGLVTLTFDAPKNESLVALG
IEATYKDLTEWFPTVQKALSQSNAYIEAVIKSGNPTVNTEVEVDVTATVQFDTLYYELVG
RGDLLISRKVSLRNPSDRLNFRVLAPINSAPKATLIIHIIHENEIIADAVEFNVGGSLDN
FLNITMTANQVEPGKDVEIVVGSRPNSLIGLRGIDQSVLILRQDKDINLATAERELEAWN
SIDRPNSNFRFKRSLFAPSGASTASAVYEKAGLVILTNAVVHQQPPVGLRTSDKANPRPI
RPFYDASLATSSLRPDIGPPISYNGPTRGPLQGPYAFSRIPRPKLSPYRIFLSNLKQLPA
PTWIFNSSLTGYDGRSKIKKTVPDTITSWVISGFSLDNVYGLGISDVPMKLKVFRPFFIS
LNIPYSVVKGEAVGVQVLVHNYMERNINADITLDNSGNQFSFTQDENEIESRVELYRTEK
VSVPANSVSSVTFLITPVKLGLIDLSVKAESRIAGDALVKMLKVVPPGQPQKLNKAIMID
SRRPSSVPLNLTTKFPAKRVPDSDFVKFTVVGDILGPAITNLDRLLEMPTGCGEQNMIKF
VPDVVILEYLQATRQLSEATRAKAIEFLEIGYQRQLSYRHEDGSFSAFGPISSNSGSTWL
TAFVIQAFISARPYIFIDKAIIEKALTWLVSKQEISGKFKEQGRIYDTNLPGQSSEGLAL
TAYVTLALLEAESDSDIKTDSRFATGKNLALDFLTRNLEGLTDPYAVSIITFVLTKADHY
SKQGAFNILEGLAKISDDGQFKHWETIKSAEEEKNPWSKNPRPIGIEASSYALLTYSQRN
YVGDSIPVVRWLLAQRNANGGFISTQDTIVALTALARFARLSRTSSINLHVEITYEGGSQ
GFEIKDENAIMLQEFALPANTRWVNVESTGTGVAIAQLSWGYNIEVTGAWPSFTLDPQLD
RTSNTNQMTLSVCTSFYGGNQSNMAVMEVNMPTGFQVNKDKLANLLHYPAIKRFETDEED
SKVVMYFDSLENRQENCPTVSAYRVFPVAKQAPAYVTVYDYYDNSRKARQFYNAPKTTLC
DICDEKLCSQECLVARQRQSQENARVNKASSSAIPNLLRTSIFTLISYFSILFIHE
NT seq 4491 nt   +upstreamnt  +downstreamnt
atggatcttcttaggctgaaacacctgtgtctcttcttatccatcgcacccctcgttacg
gctcaatctgggacctacaccataattgcccctcgcacaattcgctccaacctgccgtac
aacgtgggggtgagtgtggaggcagattcgccagtccaggtcgtcgtgtccatcaagtca
cgtcacctttccggagggtcatccggctccacacagcagacgacagtggatcccaaggcg
gccacctctcagttgatcacgctccaggttggagatcttgttgatggtggaagctataac
ttaacggtacgagggaccggagggctgaattttgaaaacacgacagaattgatttacagt
ccaaagagctcctcgattattattcagactgacaaaccgatttataaaccaggagagtta
gtgcaatttcgagtgctctacttggatcgatcattgcgacccaagggacctgggactttg
gacattgtggtcaaggacagccagggaaatatcatcaaacaatggaaaaacattgttgtc
caaagaggcatgtttgcagaacaattgcaactcagttcccaaccaaatctgggggattgg
acaatggaggtgactgcacaaaatcagaaggaaactcagcaatttgcgattgccgaatac
gttctgcccaagttcaatgtggacataaacatgccttcctttggaacttttaactcatca
aaaattacgacaagagttcgtgctacgtacacttatggacaacctgtaaaaggagaattg
gtgatatccgcataccctacaattcactcgtcttacatccaacctgtatttcctggggtc
gtaagaaaaacagtgcaaattaatggagatgcagaagtcgagtttgatttagccacagaa
cttcagttgacagatgattatcaaagatcaatccaaatagaaacaacggtgacagaacag
ttgacaggtcgtcagcaaaatgctaccaaaacaattgttttgcacaagtacgagtacaag
ctggagattgtaaagggatcggaatccttcaaacctgggttgccctacacaatcatcatc
aaagtggctacgcaggatgacgtcccaatttcagatccgaggacagatgcccttcaagtc
aagcatggattctcctacaaccacgatgaatttcaaatgtctacatatcccatccctccc
agtggattggtcacgctgacttttgatgcgccaaagaacgagtctttagttgcgctagga
atcgaagccacttacaaggacctcacagaatggttccccacagtacaaaaagcattgtct
caatctaatgcttatatcgaagctgtaatcaaatccggcaatcccacggtgaatactgaa
gttgaagtcgacgtaactgcaacagtccaattcgacacattgtattacgaacttgtagga
agaggggatcttcttatttcgagaaaagtcagccttcgtaatccatcagatcgactcaac
ttccgagttttggctccaataaattctgcccccaaagccacgttgatcattcacattatt
catgagaatgaaatcattgcggatgcagtcgaattcaatgtgggagggtcactggataat
ttcctcaacattacgatgacggcaaatcaagtggaacctggaaaggatgtggaaattgtt
gttggctccagaccaaactctttaattggattgcgaggaattgatcaatctgtgttaatt
ttgaggcaagataaagacatcaatcttgccactgcagaacgtgagttggaagcctggaat
tctatcgacaggcccaacagcaatttccggtttaaacgatccttgtttgctccaagtggt
gcttccactgcatctgctgtttacgagaaagctggactcgtcattttgacaaatgcagtt
gtccaccagcaacccccagttggactcagaacgtcggacaaggcgaatccacgaccaatt
cgaccattttatgacgcgtctctggcaacttcctcactgcggcctgacattggtccaccc
atttcatacaatgggcctacgcgaggtccacttcaaggaccttacgcgttttctcggatt
cctagaccaaagctttctccttatcgaatatttcttagcaatttgaaacagcttcctgca
cccacttggatattcaacagttccttaactggatatgatgggcgaagcaagatcaagaaa
actgttcccgacacaattacctcttgggtaatttccggattctctttggacaacgtatat
ggtcttggaatttctgatgttccaatgaaactgaaggtgtttagaccattcttcatttcg
ctgaacattccgtactccgttgtgaaaggggaagccgttggagttcaagttttggttcat
aattacatggaacgcaatataaatgcggatatcactttggacaacagtggaaatcagttt
tcgtttacgcaagatgagaacgaaattgaatccagggtggagctgtatcgaacggagaaa
gtctcagttccagcaaattctgtcagctctgtcaccttcctcatcaccccagtgaaactt
ggtctgattgacctcagcgttaaagcagagtctcgaattgctggagacgcccttgtcaaa
atgttgaaagttgtacctcctggtcaaccccaaaagctgaataaggccatcatgatcgat
tcccgacgaccatcatccgttcctctgaatttgacgacaaagtttccagccaagcgtgtt
ccggattctgactttgttaaattcacagttgtcggagacattcttgggccggcaattacc
aacttggacagattattagaaatgccaactggctgtggagaacagaatatgatcaagttt
gtcccagatgtcgtgattctagaatatcttcaggctacaaggcaactttcagaagccaca
cgagcaaaggccattgaatttttggaaattggttatcagcgacaactttcttatcgtcat
gaagatgggtccttctcagcgtttggtcccataagtagcaattcggggtcaacctggctt
acagcgtttgtgatccaagctttcatttcagcaagaccatacattttcattgacaaagca
atcatcgaaaaagcattgacatggctggttagcaaacaagaaatcagcggaaaatttaaa
gaacaaggacgaatttatgataccaacctccctggtcagtcgtccgaaggcttggcactc
acagcatacgtcactctggctttgctagaggcggaatccgactctgacattaagacggac
tcaagattcgccacgggtaaaaatctggctttggactttttgacacgaaacttggaaggc
ttgacggatccctacgctgtcagtatcatcacctttgtcttaacgaaggcggatcactat
tcgaaacaaggagctttcaacattctcgaaggattggctaaaatttctgatgatggtcag
ttcaagcactgggagactatcaagtctgcagaagaagaaaagaacccttggtctaaaaat
ccgagacctattggaatcgaagcatcttcatatgccctgttgacatacagtcaacgtaac
tatgttggcgactccatacctgtggttcgatggcttcttgcccagagaaatgccaacgga
ggatttatttcaacacaagatacgatcgtggctttgactgcattggcaagatttgcacga
ctctcgagaacgtcctcgattaaccttcatgtggagattacgtatgaaggaggcagccag
ggtttcgaaattaaggacgaaaatgccatcatgttgcaagaatttgctctccctgccaat
actcgctgggtcaacgtggagtctacggggaccggagttgcgattgctcaactttcttgg
ggttacaatattgaagttacaggggcttggccatctttcacactggacccacaactcgat
agaacatccaacacaaaccaaatgaccttatctgtgtgcacttcattctatggaggcaat
cagtccaatatggcagtcatggaggtcaacatgccgactggatttcaagtcaataaggat
aaactggcaaatctcctacattatccagcgatcaagcgctttgaaactgacgaggaggac
tccaaagtagtaatgtactttgattccttagagaataggcaggaaaactgtcccaccgtg
agtgcctaccgagttttcccagtcgccaagcaggctcctgcatacgtcaccgtttatgat
tattacgacaactcgagaaaagcaaggcaattctacaatgctccaaaaaccaccctctgc
gacatttgtgatgagaagttgtgctcccaggaatgtctggtggcaaggcagcgtcagagt
caagaaaacgccagagtcaataaagcttcgagtagtgccattccaaatcttctaaggaca
tcaatcttcactttaatctcatatttttcaatactgttcatccacgagtga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (62)   
   KEGG ORTHOLOGY (1)   
   RefGene (58)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (4)   
   RefSeq(pep) (4)   
DNA sequence (8)   
   RefSeq(nuc) (4)   
   GenBank (2)   
   EMBL (2)   
Protein domain (9)   
   Pfam (9)   
All databases (87)   

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