Protein
MCA_01270_1
Length
4,775 amino acids
Browser: contigA:3988559-4002990+
RNA-seq: read pairs 753, FPKM 1.9, percentile rank 11.6% (100% = highest expression)
Protein function
| EGGNOG: | 0Q0QM | NA |
|---|
Protein alignments
| %id | Aln length | E-value | ||
|---|---|---|---|---|
| UniRef50_A0A0P7BQS4 | 40.83% | 240 | 7e-16 | Uncharacterized protein n=1 Tax=Neonectria ditissima TaxID=78410 RepID=A0A0P7BQS4_9HYPO |
| Q6CGV5_YARLI | 39.83% | 231 | 3e-07 | YALI0A15796p OS=Yarrowia lipolytica (strain CLIB 122 / E 150) GN=YALI0_A15796g PE=4 SV=1 |
Mitochondrial localization by mitoprotII
Probability of mitochondrial location: 0.0002
Protein family membership
None predicted.
Domains and repeats
None predicted.
Detailed signature matches
no IPR
Unintegrated signatures
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CYTOPLASMIC_D... (C...)
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-
NON_CYTOPLASM... (N...)
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SIGNAL_PEPTIDE (Sig...)
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SIGNAL_PEPTID... (S...)
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SIGNAL_PEPTID... (S...)
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SIGNAL_PEPTID... (S...)
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-
TRANSMEMBRANE (Tran...)
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mobidb-lite (disord...)
Protein sequence
>MCA_01270_1 MLGKKKSQLLSWLLILATAGQVISTELEESTQTEPVDQLQITSVPDFSKREAGWSWDWDWNWKPHRPPHRPPWHCHTHTS KTTKTECTRNTCICTTVTYFITTTVFESHSETPASTTVVTTSVSETSSIESTTTDVIVTPTYTLSTAPFQNSTVSTLSSI DDFSSSEESSTIKSSSSFESSSTTTTYILPEPSNTTDDISSSSDSTEESTLTSLSSTIPPFQNTTSQATNSLTETSTSFS SETDSRSSEASSKVLSTESSTEKLSTFTDSSKSSVSTEVSTEISSKSVPYGNTTIPDTSTKPTTSVDETTATEIIDSSSV SHLNSTVSSSSIESSSLKSSTDIHSSTVVTESSTTVETTSAPYVNSTISSTSIESSSTVDTTSAPYVNSTISSTSIESSS SIDSTSAPYVNSTISSTSIESSSSIDTTSAPYVNSTISSTSIESSSSMDSTSAPYVNSTISSTSIESSSSIETTSAPYVN STISSTSMESSSSIETTSAPYVNSTISSTSIEPSSTVDSTSAPYVNSTISSTSIESSSSIDTTSAPYVNSTISSTSIESS STVDTTSAPYVNSTISSTSIESSSSIDSTSAPYVNSTISSTSIESSSSIDTTSAPYVNSTISSTSIESSSTVDSTSAPYV NSTISSTSIESSSSIDSTSAPYVNSTISSTSIESSSSIDTTSAPYVNSTISSTSIESSSSMDSTSAPYVNSTISSTSIES SSSIETTSAPYVNSTISSTSMESSSSIETTSAPYVNSTISSTSIEPSSTVDSTSAPYVNSTISSTSIESSSSIDTTSAPY VNSTISSTSIESSSTVDTTSAPYVNSTISSTSIESSSSIDSTSAPYVNSTISSTSIESSSSIDTTSAPYVNSTISSTSIE SSSSIDTTSAPYVNSTISSTSIESSTDIETTTAPYVNSTISSTSIESSSTVDSTSAPYVNSTISSTSIESSSSIDSTSAP YVNSTISSTSIESSSSIGTTSAPYVNSTISSTSMESSSSIETTSAPYVNSTISSTSIESSSSIDSTSAPYVNSTISSTSI ESSSSIDTTSAPYVNSTISSTSIESSSSIDSTSAPYVNSTISSTSIESSSTVDSTSAPYVNSTISSTSMESSSSIETTSA PYVNSTISSTSIESSSSIDTTSAPYVNSTISSTSIESSSSIDSTSAPYVNSTISSTSIESSSSIDSTSAPYVNSTISSTS IESSSSIDTTSAPYVNSTISSTSIESSSTVDTTSAPYVNSTISSTSIESSSSIDSTSAPYVNSTISSTSIESSSSIDTTS APYVNSTISSTSIESSSSIDSTSAPYVNSTISSTNIESSTDIETTSAPYVNSTISSTSIESSSSIDTTSAPYVNSTISST SIESSSSIDSTSAPYVNSTISSTSIESSSSIDTTSAPYVNSTISSTSIESSSTVDTTSAPYVNSTISSTSIESSSSIDST SAPYVNSTISSTSIESSSSIDTTSAPYVNSTISSTSIESSSSIDSTSAPYVNSTISSTNIESSTDIETTSAPYVNSTISS TSIESSSSIETTSAPYVNSTISSTSIESSTDIETTTAPYVNSTISSTSIESSSSIDSTSAPYVNSTTSLSIVESSSISLS STISSGSDSTVDSTFSLSTVKSSFADSSSSIDTTSVPYLNSTISLSTIDSSYADSSSFFISSSTPYSNTIISLTTVESSY IHSSSFIDTTSIPYVNSTISLTTIESSHVEYTSDAISTSAPYANTTIISTTGDRASSTKTEASVSSSQSSFTFSPPYTDL TSTFPGTPPVVSSSTIVTTFPTGISPPETTSISFSFGMSSSQPFSSGGPSSSTPLSEQPSSEVPSSSVSSGTEPTDSVPT TEQSSSDISTISTNTGEHSTSTVTFDVTSETTFTNTVSITSLPVTTPSSETCITITTTITTCDMTKCICITTTYTTTPTA SESTGSQVTSTKPSNTPSSGVASSGVASSGAPSSEVPSSGVPSSGAPSSGVPSSEVPSSGVPSSGVPSSSVPSSGVPSSG VPSSGVPSSGVPSSGVPSSGVPSSGVPSSEVPSSGVPSSGAPSSSVPTSEVPSSGVPSSSVPSSGVPSSSVPSSGVPSSG VPSSSVSSSEFESTITYTTTPTNKLPVPSSASTEPSSQPCITITTTITTCDMTTCTCITTTYTTTPSSTAYTTDSSSEIP SLSVPSSGVPSSSVSFSEVPSSGVPSSEVPSSGVPSSGVPSSGVPTSEVPTSGAPSSSTPTSGAPSSSVPNSQAPSSGVP SSGVPSSGVPSSGVPSSGVPSSGVPSSGVPSSGVPSSEVPSSGVPSSEVPSSGVPSSSVPSSGAPSSSVPFSGVPSSGVP SSGVPSSEVPSSGVPSSGVPSSGIPSSGVPSSSVPTSEVPSSSVPSSGVPSSGVPSSEVPSSGVPSSGVPSSGAPSSSVP TSEVPSSSVPSSGVPSSSVPSSGVPSSSVPSSGVPSSGVPSSEVPSSGVPSSGVPSSGAPSSSVPTSEVPSSSVPSSGVP SSSVPSSGVPSSGVPSSSVLTSGAPSSSVPSSGVPSSGVPSSGVPSSGVPSSSVPTSEVPSSSVPSSGVPSSGVPSSEVP SSGVPSSGVPSSGAPSSSVPTSEVPSSGVPSSSVPSSGVPSSSVPSSGVPSSSVPSSGVPSSGVPSSEVPSSGVPSSGVP SSGAPSSSVPTSEVPSSGVPSSSVPSSGVPSSSVPSSGVPSSGVPSSGIPSSGVPSSGVSSSGVPSSEVPSSEVPSSGVP SSSVPTSGAPSSSVLTSEVPSSGVPSSEVPSSGIPSSGVPSSSVPSSEVPSSGVPSSGVPSSGVPSSGVPSSEVPSSEVP SSGAPSSSVPTSEVPSSGVPSSSVPSSGVPSSSVPSSGVPSSGVPSSSLPTSGAPSSSVPSSGVPSSGVPSSGVPSSGVP SSGVPSSEVPSSSVPTSGVPSSGVPSSEVPSYTVSSSEFESTITYTTTPTNKLPVPSSASTEPSSQPCITITTTITTCDM TTCTCITTTYTTTPSSTAYTTDSSTEVPSSSVPSSSVPSSSVPTSGVPSSGVPSSGVPSSGVPSSGVPSSGVPSSEVPSS GVPSSEVPSSGAPSSGAPSSEVPSSGVPSSGIPSSGVPSSEVPSSGVPSSSVPSSGVPSSGVPSPGVPSSGVPSSGVPSS EVPSSGVPSSSVPSSSVPSSGVPSSGVPSSSVPSSEVPSSGVPSSGVPTSGVPSSEVPSFGVPSSSVPSSGVPSSGVPSP GVPSSGVPSSGVPSSEVPSSGVPSSSVPSSSVPSSGVPSSAVPSSSVPTSGVPSSEVPSSGVPSSSVPTSGAPSSGAPSS GVPSSEVPSSGVPSSSVPSSSVSSSGVPSSAVPSSGVPSSEVPSSSVPTSGAPSSSAPSSGVPSSGVPSSSVPSSGVPSS EVPSSGVPSSGVPSSEVPSSSVPTSGVPSSEVPSSGVPSSSVPSSGVPSSSVPSSGVPSSGVPSSSVPTSGAPSSSAPSS GVPSSGVPSSNVPSSGVPSSEVPSSGVPSSGVPSSGVPSSSVPTSGAPSSSAPSSGVPSSSVPTSGVPSSGVPSSGVPSS SVPTSGAPSSSAPSSGVPSPSVPSSEVPSSSVPTSGVPSSEVPSAGVPSSSVPSSGVPSSSVPSSGVPSSEVSSSSVPTS GVPSSEVPSSGVPSSGAPSSEVPSSGVPSSGIPSSGVPSSGVPSSEVPSSGVPSSSVPSSGVPSSVVPSSSVPSSEVPSS GVPSSSVPTSGVPSSEVPSSGVPSSEVPSSSVPSSEVPSFSVPTSGVPSSGVPSSEVPSYTVSSSEFESTITYTTTPTNK LPVPSSASTEPSSQPCITITTTITTCDMTTCTCITTTYTTTPSSTAYTTDSSSEVPSLSVPSSGVPSSSVSFSEVPSSGV PSSSVPSSGVPSSSVPSSGAPSSSVPSSGIPSSGVPSSGVPSSRVPSSEVPSSSVPSSGVPSSGVPSSGVPSSEVPSSSV PTSGVPSSEVPSSSVPTSGVPSSEVPSSSVPSSGVPSSGVPSSGVPSSEVPSSSVPTSGVPSSEVPSSGVPSSSVPSSGV PSSSVPSSGVTSSEVPSSGVPSSEVPSSGVPSSGVPSSSVPTSGAPSSSAPSSSAPSSGVPSSGVPSSSVPSSSVPSSEV PSSGVPSSGVPSSEVPSSSVPPSDVPSSSVPTSGVLSSSVPFSGVPSSSVPYSQVPSSGVPSSSVPSSEVLSSGVPSSEV PSSSVPSSGVSSPRVPLTTQPGTEESTSDATSSETTPGTFSSSVPFVSTISTSLMPSNTESSTSSLLHSQTTSFHSLSTI ATTTSSLSQISSDGHTTTITFPGPVVTLTTTITKCDKSTCTCITSTFTTTKTKDSTISTDVSISESSSEVPHTKASESVP LVEASESEGPKSTPDAPESEVPQTEGPEPTSDVPESDIPETEVSKHTRESDISHTEGPEPTTDAPESDTPETGGSKSTPD VPESEVPQTEGPEQTPDAPESDTPETEGSKSTPHAPESEGPEPTSDVPESDTPETEGSKSTPDVPESEVPQTEGPEQTPD VPESDIPETEVSKHTTESDISHTEGPEPTTDAPESDTPETEGSKSTPDVPESEVPQTEGPEQTPDAPESDTPETEGSKST PHAPESEGPEPTPDAPESEVPPTEGFKSTPDVPESEVPQTEGPKQTPKSENPEVPTIATTTSTETSVKPTEIQSTSSKSS EEEREQGSSTQPPISEDTDSTSPPSNEDDSEGNGPSESGIESEEPSSSATAPDSTVTAVTTHTLDNDMPSDTPEVVSSSF STSVPPVSQYEPSSPGGNYTEHPSTPPIAQGAASKSVQVATGLLAFMFITVTLLI
GO term prediction
Biological Process
None predicted.
Molecular Function
None predicted.
Cellular Component
None predicted.