Protein

MCA_05031_1

Length
2,334 amino acids

Description: agglutinin-like protein; ALS9-like, protein with PASTA domain

Browser: contigD:172559-179564+

RNA-seq: read pairs 33, FPKM 0.2, percentile rank 4.5% (100% = highest expression)

Protein function

Annotation:agglutinin-like protein; ALS9-like, protein with PASTA domain
EGGNOG:0PGUWAgglutinin-like protein
CGD closest match:CAL0000194750ALS9Agglutinin-like protein 9

Protein alignments

%idAln lengthE-value
UniRef50_Q9URU440.33%9777e-80Putative cell agglutination protein pfl5 n=1 Tax=Schizosaccharomyces pombe (strain 972 / ATCC 24843) TaxID=284812 RepID=PFL5_SCHPO
ALS9_CANAL28.31%7172e-30Agglutinin-like protein 9 OS=Candida albicans (strain SC5314 / ATCC MYA-2876) GN=ALS9 PE=1 SV=1

Mitochondrial localization by mitoprotII

Probability of mitochondrial location: 0.0101
Predicted cleavage: 25

Protein family membership

None predicted.

Domains and repeats

  1. Domain
1 500 1000 1500 2000 2334

Detailed signature matches

  1. Domain IPR005543
    PASTA domain
    1. PS51178 (PASTA)
Unintegrated signatures no IPR
Unintegrated signatures
  1. CYTOPLASMIC_D... (C...)
  2. NON_CYTOPLASM... (N...)
  3. SIGNAL_PEPTIDE (Sig...)
  4. SIGNAL_PEPTID... (S...)
  5. SIGNAL_PEPTID... (S...)
  6. SIGNAL_PEPTID... (S...)
  7. SignalP-noTM
  8. TRANSMEMBRANE (Tran...)
  9. mobidb-lite (disord...)

Protein sequence

>MCA_05031_1
MIIYILTLVLHCMVMVAQCSPIRISSPEEYEYYMSLGRNLALDSNRTLDSSYENSLHFALDKRQSGVKRITTYINCMPGT
LYQTENSCHFMCDETWNRAETKFIKNMPNANKKMCSNNGAYWDKDYVDSTGIYMSSCFDCGKKWPSEPYRKLLALQNNCQ
NPIPKNAESCTDYCLDLENVSNAQCRDWVERAQNAVKKHKDINNDKGNLPADKQRYVDCGAILVGAFTYSMAYHCGNNAN
LKADIRKFANDCKFFGDKYGLIQPCPPRPKTTTKKTTQKPVTTPKPPVTTAKPPVTTAKPPVTTAKPPVTTAKPPVTTSK
PPVTTPTAPITTSKPPVTTPKSPVTSLKPPVTTSKPPVTSLKTPVTTANPPPSTLKPSVTTSQASASTSKPSVNTTKTPV
TTNTRQASVSSNLTQKTTEKTSSKSPIVTVTSTRPADSTETGTSTISDPGAGTITLVVPPKGSPVVTITSTRPADSTETG
TSTISDPGAGTITVVVPGDKATGEPIVTITSTRPADSTETGTSTISDPGAGTITVVVPGDNSTGEPVVTITSTRPADSTE
TGTSTISDPGAGTITLVVPPSGSPVVTITSTRPADSTETGTSTISDPGAGTITVVVPGDKATGEPIVTITSTRPADSTET
GTSTISDPGAGTITLVVPPSKSPVVTITSTRPVDSTETGTSTISDPGAGTITLVVPPKGSPVVTITSTRPADSTETGTST
ISDPGAGTITLVVPPSKSPVVTITSTRPADSTETGTSTISDPGAGTITLVVPPSGSPVVTITSTRPADSTETGTSTISDP
GAGTITVVVPGDKATGEPIVTITSTRPADSTETGTSIISDPGAGTITLVVPPKGSPVVTITSTRPADSTETGTSTISDPG
AGTITLVVPPKGSPVVTITSTRPADSTETGTSTISDPGSGTITVVVPGGDTTNEPVVTITSTRPADSTETGTSTISNPGA
RTITLIVPRIGFPVITITSTRPADSTETGTSTISDPGAGTVTLVVPPSRSPIATITSTRPADSTETGTSTISDPGAGTIT
LVVPPKESPVVTITSTRPADSTETGTSTISDPGAGTITLIVPPSGSPVVTITSTRPADSTETGTSTISNPGAGTITLVVP
PKGSPVVTITSTRPADSTETGTSTISDPGAGTITIVVPPKGSPIVTITSTRPADSTETGTSTISDPGAGTITLVVPPKGS
PVVTITSTRPADSTETGTSTISNPGAGTITLVVPPKGSPVVTITSTRPADSTETGTSTISDPGSGTITLVVPPKGSPVVT
ITSTRPADSTETGTSTISDPGAGTITVVVPGGDTTNEPVVTVTSTRPADSTETGTSTISDPGAGTITLVVPPKGSPVVTI
TSTRPADSTETGTSTISDPGAGTITVVVPGDKATGEPIVTITSTRPADSTETGTSIISDPGAGTITLVVPPKGSPVVTIT
STRPADSTETGTSTISDPGSGTITLVVPPKGSPVVTITSTRPADSTETGTSTISDPGSGTITVVVPGGDTTNEPVVTITS
TRPADSTETGTSTISNPGARTITLIVPRIGFPVITITSTRPADSTETGTSTISDPGAGTVTLVVPPTGSPVVTITSTRPA
DSTETGTSTISDPGAGTITLVVPPKGSPVVTITSTRPADSTETGTSTISDPGSGTITVVVPGGDTTNEPVVTITSTRPAD
STETGTSTISDPGAGTITLVVPPSGSPVVTITSTRPADSTETGTSTISDPGAGTITVVVPGDKATGEPIVTITSTRPADS
TETGTSIISDPGAGTITLVVPPKGSPVVTITSTRPADSTETGTSTISDPGAGTITLVVPPKGSPVVTITSTRPADSTETG
TSTISDPGAGTITLVVPPKGSPVVTITSTRPADSTETGTSTISDPGAGTITLVVPPKGSPVVTITSTRPADSTETGTSTI
SNPGSGTITLVVPPKGSPVITITSTRPADSIETGTSTISDPGARTITLVVPPKGSPVVTITSTRPADSTDTGTSTISDPG
AGTITLVVPPNGSPVVTIISTRPADSTDTGTSTISDPGAGTITIVVPPTSKSAIGSNSLTTPKNNGAGNPNQTTSPHTLY
TTYVTSPNKSSNPPSHDGNSNHPNGKDGNSRGSDGSNNGDPVNDGNSRNPDESGNNNSGNNGNPSSDGSNNNSNGTGGNQ
NGSTNDNGKDGTSSSPSGSDIEGSVNNGNTANNNNNGNPNGEPNKGNSDTKTTGNGIDNGNDSNNANNGKNPYSELNEGN
SDTKTTGNDIDNGKDGNLSQPGDDLADDVNGQNGNSNNMNPNNHSPAAPGDDSDSNAKSNESLKPSYIDESNAGFKYSIS
FVFSLISVAIATFF

GO term prediction

Biological Process

None predicted.

Molecular Function

None predicted.

Cellular Component

None predicted.