Protein
MCA_00901_1
Length
1,720 amino acids
Browser: contigA:2836853-2842169-
RNA-seq: read pairs 7281, FPKM 52.3, percentile rank 66.3% (100% = highest expression)
Protein function
| EGGNOG: | 0PGC4 | PGUG_04718 | morphogenesis protein |
|---|---|---|---|
| SGD closest match: | S000005714 | MSB1 | Morphogenesis-related protein MSB1 |
| CGD closest match: | CAL0000199709 | MSB1 | Msb1p |
Protein alignments
| %id | Aln length | E-value | ||
|---|---|---|---|---|
| MIA_02843_1 | 46.79% | 981 | 0.0 | MIA_02843_1 |
| A0A0J9XAA6_GEOCN | 42.20% | 827 | 6e-173 | Similar to Saccharomyces cerevisiae YOR188W MSB1 Protein involved in positive regulation of both 1,3-beta-glucan synthesis and the Pkc1p-MAPK pathway OS=Geotrichum candidum GN=BN980_GECA06s04883g PE=4 SV=1 |
| UniRef50_A0A0J9XAA6 | 42.20% | 827 | 1e-169 | Similar to Saccharomyces cerevisiae YOR188W MSB1 Protein involved in positive regulation of both 1,3-beta-glucan synthesis and the Pkc1p-MAPK pathway n=1 Tax=Geotrichum candidum TaxID=1173061 RepID=A0A0J9XAA6_GEOCN |
| A0A060TCM7_BLAAD | 37.28% | 558 | 5e-104 | ARAD1B17600p OS=Blastobotrys adeninivorans GN=GNLVRS02_ARAD1B17600g PE=4 SV=1 |
| A0A167DXJ1_9ASCO | 44.09% | 440 | 2e-100 | Msb1p OS=Sugiyamaella lignohabitans GN=MSB1 PE=4 SV=1 |
| Q6C001_YARLI | 37.00% | 546 | 2e-98 | YALI0F29227p OS=Yarrowia lipolytica (strain CLIB 122 / E 150) GN=YALI0_F29227g PE=4 SV=1 |
| MSB1_YEAST | 28.29% | 350 | 4e-36 | Morphogenesis-related protein MSB1 OS=Saccharomyces cerevisiae (strain ATCC 204508 / S288c) GN=MSB1 PE=1 SV=1 |
| A0A1D8PD52_CANAL | 25.34% | 363 | 8e-34 | Msb1p OS=Candida albicans (strain SC5314 / ATCC MYA-2876) GN=MSB1 PE=4 SV=1 |
Mitochondrial localization by mitoprotII
Probability of mitochondrial location: 0.7825
Predicted cleavage: 39
Protein family membership
None predicted.
Domains and repeats
-
Domain
1
200
400
600
800
1000
1200
1400
1600
1720
Detailed signature matches
no IPR
Unintegrated signatures
-
-
-
mobidb-lite (disord...)
Protein sequence
>MCA_00901_1 MSTKVRSSSGDVKPSKSAIKAPRKPVESSSTSFQYQRNWVSPPDIYDANVLPRELLYDLTKATSSEIRRRGEKTPYLLFP FRQYYNPKKSEEERLKIEGDDVKEVVEAAFPTGKPPVTGDALMRLIRNVDIYTLAGVLKWCWSRLPGGIVGWKFYKKYKE EEAELLSTGVYGVTYDSFVKLVPKLCDSQIHQELIMSFYLLLGRLISNEKYNYMHGKKLIRLCGVWAFDFNKSSKSDSEF SEGISCWSVAAEANYHLFLAYLRTLYPDPRVESKTYLSRSLEKIIQSETTYPPPRNPFTSKPVAIPKVTLTVGRLSSNPF ILLQRISKIIQFEDKSKFNTEDDFLTLFYLFNDVNNIEKAMSSESRRVLDSITKQNSIFTDHKLKIKDTPNLPYDLRCRT WSKSYNHAFVSPITGEPHRPLTNYVYEDHQRELLRKAKLPSGMQPALPYPDRESASTDHKQRNITIGSWDEVYYNYQKAI GKNMSIDIDKVKKDRKISADNLASCMVSTIGIDDYFIWLWMSTLSAEQDELRKALFGRSIVVEINLDNTLNGRRWIVVEE ILHPKPAPMQLKNNPDDLPLKVPTKTKQVSKAKPKVSRQKVEKKPVRFDSNVTHVHAPPLESPKPVKAKEYMPPVVVEKI IEPKEQTIHITYDDLDPLVAAVAARLNLGNYSKQEEQEEQEEQETTRPKSISADEGNNKGVQTVSMTSVAVETEPYVEKI ADIPSIEISPSLDSPEKFPEDKQPKIKRSQSYEDVINAIPFFADDTDDFDFSVTPIVDVSTPLFLPKQRVIHPSPPQSEN GREPSPQRSLPDAESFVTAIDASNNGRRVMSTPVTRPRVPRSYEGPESYNPQMYPPQGPGNYNSPGLRPMSYRPPPKNGY PNPNAFAHQRSMSTGMNLPPQLQSVTASNRENSPRRSMPPLGQPRSYTVQDEELFDRLSNASSNSSNRLDIQNPMFRPPS PRSTESSASNLNAPLSYGKGEQFSRREKFGPYPPPPNRFSRDPRDPRDLRERPPMGNSENRSSNESFGRTPRDFNKGDVD QAFRGTRLLNDPQGKQPNKKSIGLAIPSIDDMMLDSGPMRGGAGRVNLKLGNSSSQHPFGSQNTKQTGSSNFDSRPSLPG AHHSNNSAGSIHDQNSDHHYRYDMEKYDASPGSGYASLPLKGSVRRRPPGSYGGSDSDVSNLGTNNYGLGAISNLASSGP RSSGPYSSPSMASYRDNEQISHVGLDNQRHEGRAIPPSNQSPYTTSDPVTPPNLKPQSGSNAYFNGRSAAPLKSASTAVK TVDHKNSVTSVSASFISKSTDSAESEDIIPKSAISHEFAPSAIGQPYSQDNPYGASSGHNFSTPSQGTPVMIDLNNTPPI SSSDHTPKAEETPKDVAFRKPGSLLIDDTPIEKPTNWKEVKENLEAMKESNKAKKLPVVVESPVKDGKNAQTLVTGLASP EDFVPATVDTMRHPSLVTGDHVKTIVVHSSDLNLSFNNSHKISTDDEGILDNAPIPPASISSIAPPMTANSSGADTVTLE NYRKSSGSNGGLQYKSPVQFRSSSNNSTPSLHEIIVNQDVPPISELNKNIGRRNSDSTNNSNGHHDPFEGFDYTNERSVE RAMPILMKQLSNSEREDNGQLRPKKSRRKTTALIFSGSNDNNDHQYDGNIESLNNTPVSNRRVVSASATSSYDKAGVKRS SSNKIASVLLPPPMQTADGTKVSRFSLQGLMKAASTKRKK
GO term prediction
Biological Process
None predicted.
Molecular Function
None predicted.
Cellular Component
None predicted.