Protein

MCA_02616_1

Length
3,403 amino acids


Browser: contigB:1831001-1841278+

RNA-seq: read pairs 1225, FPKM 4.4, percentile rank 16.6% (100% = highest expression)

Protein function

EGGNOG:0PG3APGUG_02187fermentation associated protein
SGD closest match:S000004077CSF1Protein CSF1
CGD closest match:CAL0000190839orf19.956Uncharacterized protein

Protein alignments

%idAln lengthE-value
MIA_00120_153.41%30690.0MIA_00120_1
A0A0J9X836_GEOCN43.19%30930.0Similar to Saccharomyces cerevisiae YLR087C CSF1 Protein required for fermentation at low temperature OS=Geotrichum candidum GN=BN980_GECA04s02199g PE=4 SV=1
UniRef50_A0A0J9X83643.19%30930.0Similar to Saccharomyces cerevisiae YLR087C CSF1 Protein required for fermentation at low temperature n=1 Tax=Geotrichum candidum TaxID=1173061 RepID=A0A0J9X836_GEOCN
A0A167EYB1_9ASCO29.91%23300.0Csf1p OS=Sugiyamaella lignohabitans GN=CSF1 PE=4 SV=1
A0A060TBT7_BLAAD40.73%9280.0ARAD1D34562p OS=Blastobotrys adeninivorans GN=GNLVRS02_ARAD1D34562g PE=4 SV=1
A0A1E3PSM2_9ASCO42.09%8980.0Uncharacterized protein OS=Nadsonia fulvescens var. elongata DSM 6958 GN=NADFUDRAFT_76731 PE=4 SV=1
Q6C6F9_YARLI36.19%9231e-175YALI0E09867p OS=Yarrowia lipolytica (strain CLIB 122 / E 150) GN=YALI0_E09867g PE=4 SV=1
Q5A4Z0_CANAL34.49%9481e-162Uncharacterized protein OS=Candida albicans (strain SC5314 / ATCC MYA-2876) GN=orf19.956 PE=4 SV=1
CSF1_YEAST31.48%9696e-140Protein CSF1 OS=Saccharomyces cerevisiae (strain ATCC 204508 / S288c) GN=CSF1 PE=3 SV=1
A0A1E4TD59_9ASCO32.64%8211e-124Uncharacterized protein (Fragment) OS=Tortispora caseinolytica NRRL Y-17796 GN=CANCADRAFT_16631 PE=4 SV=1

Mitochondrial localization by mitoprotII

Probability of mitochondrial location: 0.0164

Protein family membership

None predicted.

Domains and repeats

None predicted.

Detailed signature matches

Unintegrated signatures no IPR
Unintegrated signatures
  1. TRANSMEMBRANE (Tran...)
  2. mobidb-lite (disord...)

Protein sequence

>MCA_02616_1
MALDAYSSAFLLGVVEFNVVFLVDWILGIIAALFMIFFWNRMIGSIISLSIRWYFWHYHKTLIKVQSVQLSIIAGRLFFK
NFTYVASNESITILKGSFTWRYWLYNTRRSKYSLQSKCDRLDGRNRKKTGRNLQGEELDNDGQWRNKKVFPARLKLNIEG
VEWYIYNRSPSFDLIDQQIKEEEAKAKEEQQRAQRSESIPTDYQQSSSSIQSNSYSDDTESSHTRNSNQENAENANRRAS
TFGAFIAHLQSIKEPDQSPVEDNGSSSENQQEKASVTYSDPSVLLTNGDSMMLKLLPLDLKIGKSSVIIGNKTTPSLLVF
QFASGTGYIDAEKSKSILDKYKMVYHTDVVKPLIEMRPNIYYEENVEFQKEIAKMTEKFQFSKLSVLIFDNLSSIKNSIV
KAFDKLIKREKKVTFKQSETNSENNAEPWTGLSRYRLNEDSDLKGLLDKDSQLNKGYYPEYGRVTTILDATEGSITLFYD
NPGKVPLNPFYHGDYNDDEEFDIGNKGPAPEWGTDLKFIEPTIHYGPWADRQRIPLQRLLVPMSCHDATPQPPLNPGDDR
IYTDFKVGIVLENNAIIRIPTREISKNAQFYAAHIDELKDKPEGSSPIVRPFGWLEITATDAAYISVSNAMIPTQNGWRS
TLKADISKFELRTSVNHELMLAAEKHTINADISNTLKWNALQNWTFNMDSYNTDCYLMREHVMLLTDLMCDFSDGPSTPY
DLFIPFIYNLKWNIHNSYKIHLNINDQNIINNPLDLDENIYLIFEGTSLGIDVRIPLDQVLQKKNTVDFKLSSPKFDLNL
SAPPWNTFYSFLADSTVGRAHEFSVDASYTYYANVEPGRSDTLILEVNGSDVTLILFGFVIKSMLKVRENYFGDCTHFQT
FEEYSSKSMEPTQEPEYTTIKTDIDLDVLIYVYVHNGSIVLPANIYSAESNVLLNFATFDIDTRFTNYYMDLQANISPIK
GIHNILTPSKDIPDIARSKAVFDPTIFIDGLFIHGHRSFGLPPSEPTYFCKWDFDLGDILINGPIEVLQFLGQAGSSIGY
TYADNENAMIIEEPIIYDVIYLTLNVRSLKLRINVDDCVFETSTSPISLTLNDLNNNRYSSRLTICVPEIHAKLMRRIEE
VSPTGEEEYEVYASVRTSILITDFVQKRDFYERHEKQQNHIAIHDAPFDRCSFLLDENHRVYHPKPVGNIIPSIPLPIIP
PPLTLDTANYIDPNLNTMDDNDFDYDSSVSSRTKYSSSLSSSGPSSYSAGSDQNDDIKESSNPKNQSKSVKFNINGTPVF
GNAFMPPESWKKFEKLSDEFQSRLPKFKLNPTSYYSSDEGIVPRYEVDSSTEYDSFVIQVGDVTGFLVPQTLEVISTLTN
ASGQDLETTLDSLQTDVLSKLNSIRTSQPEVKNFKIVISAIDLKYGTVTGPDASQLLARYQSEISHVAVECKSIDISLRL
ADKRRPQDIDEYLSKGMAEVPTKITAYSTCDSILLGVYHGNDEVLVEPYLPVIHTRPVFVNIYQICLWWSEMDHKNTAFF
QLKDIDFSILNESIPWISSFIELNITSIKNLNQEKIDQSHSHSAQLRNAYVLNLLSCAGEKFKIQDDPSVLTRPSVITRS
PKHIRINDSWKIMMRLRHILKSLPSSWRFEHDLITRKNKYVVNLDDAQQKVLKIFGKWRSWELTGMDNSYIFKHVFHVQT
LQDTLLSQKMDINVDLESISLRINYGEEENFLCFDYLKFSFGWNKKPKGDGDEMKSLSQEESNVGSNTQNPLEVLANIIC
HNIRLHLDPQLLKTIEVLNQVMLDYNQKQQNSNNKEIISQTEESTRQIKPPASSKSKSSFPPLKITLVCFFENISFLLEF
ITVSLIYRSKDIVFNATVEELEMLQDLILTMSFLLHVDSVQLSLSEILNGNPRDLSELFMLSLHDCKGSFLTTGDFKTST
KFASASNEKLDLRFSASVEYGLGVVTKFLDHELRVFNKFIARLDEQKASYTQNEIQPAMAPVASTKSSSAGFKVTFPIFV
RFKTKELNVFSNVTESLYFTFSSWNNQVVGKLGTNDQVACEISFTDQVVDLFSKPSNSDSVMALISINVPSITALILAEE
SFGENFVESIINIQSVQIRMMPISSLLFVFESETIDKEIDAIIGAVELLQTRIKALDTPEKTKTPIIKVEETPVSTKPSK
PSHFNLTLSIVSVVALIQSFDTAIKLILSDIHTTLLSFYYDKQSHKFGTSPFIADISVNDTSVDMKSDTWGATSATEIVK
LQFSACFKDSDDANQKQRIEITSKYFHVMLCQRILEKLIHMANTIEEGLGDLYPNRAKNKVASTPVDKPSVPLEESINEQ
FRALKKLGEKMELRMAFSDFAFAWLFEENFIEDQYPVSPGANGMLFGYNSLQIATKNLSGKTILHGVYITPTYDEFNIFT
TSEDKSKSMNTAYLDTVRMGFSANLNGAAPHLSIQFGGDSLKITVLPSIVAIIFCLAKSITSTLKRSTVNIPESESIEAL
DIAKTTSKGPTPTGELPKFSLPISFGLSVSFDGATIALYEDSLIKEHSYDELSDTESASEDHGPALSLQSPALNAKIEYI
KGETASKRDIFNAEILITSSNNTIYPKVVPSVVKMWQLIQKVLKKATQPVNRSNLEVPEKDSDQHSVKSLPEDGTIEDIN
IDKQFSNIVVDINVRLQRQEIMLSCEPKARVAATVSYDDFCISLNSADDKDRKNTYALSVRLNNFNSSLQHVYSREVSGL
VNIEKVIIFIAMGRDCREQQSIMVATKISDINLDVNLKQTQDMELFQDIWSPKSSLNAYHTPESVETFENVPDNFNQPIN
QSMLDGAIMRKYRRVTSTTAIPWRFDFVLMNVKGTADLGQAVGQVTFTLDKWWVSSQKSSNWEQNLVSGFDEIKMVSKGR
FGGAIALKKIQLSTAIMWQRHNEAIYPVPLVQAIIGIESIEARATFDFHSFAIFSVTALHLSLFNQRDKNFVLPDRLALV
ANCDTIYLFASSLAASNILDLYYTIDRIRQEANASYIAILQDSANAQNHENGANKEKPKHSPLKYFERLRTFLDVNINFL
AIYIYPDTLMDSQVFTMKVRGAEALYSQEIEIHDDFNDSAQDPNSKRTSLVSSKQFVSHLDMKLHGFLVALASRRKAFGT
EEDLILMSVEEYITKAQEAKGNTIIGIPVCHISMKTWQAMRSNVIEYIFDSSFGGRVDVGWNLGSVNFIRSMWDNHVRTF
NARRETYEMRNRVGNVTGSIDILTVQEEPETPSTPIQETGDSSLSKSSSDILQKTDLIKTPDSGDNKKSSLATVARKGSS
TSLDDTELSPLSATSSTPSYQSSLDDNVSEADKNVETTQSKTTSEPTPAEAEDSESQYVYVARVPPVIAQPQLRDMGEAT
PPVEWIGLHRAKLPSFVHQAIMVPLEKTVEEVDVVYRKVLGRS

GO term prediction

Biological Process

None predicted.

Molecular Function

None predicted.

Cellular Component

None predicted.