| Acc# | Gene | Locus | DB | Organism | Product | Score | E-value | Identities | Positives | Gaps |
|---|---|---|---|---|---|---|---|---|---|---|
| Q9HFY9 | WAP1 | TrEMBL | Candida albicans (Yeast) | Putative cell wall protein. | 1257 | 0.0 | 647/1018 (63%) | 647/1018 (63%) | ||
| O74249 | CSA1 | TrEMBL | Candida albicans (Yeast) | Mycelial surface antigen precursor. | 1082 | 0.0 | 565/1023 (55%) | 595/1023 (58%) | 23/1023 (2%) | |
| Q9HFZ1 | RBT5 | TrEMBL | Candida albicans (Yeast) | Repressed by TUP1 protein 5. | 188 | 4e-46 | 81/112 (72%) | 97/112 (86%) | ||
| Q9HFS1 | TrEMBL | Candida albicans (Yeast) | Glycosyl-phosphatidylinositol protein. | 176 | 2e-42 | 86/155 (55%) | 105/155 (67%) |
Scores for sequence family classification (score includes all domains): Model Description Score E-value N -------- ----------- ----- ------- --- CFEM CFEM domain 444.8 7.4e-130 4 Parsed for domains: Model Domain seq-f seq-t hmm-f hmm-t score E-value -------- ------- ----- ----- ----- ----- ----- ------- CFEM 1/4 53 117 .. 1 81 [] 119.3 7.1e-32 CFEM 2/4 244 308 .. 1 81 [] 119.3 7.1e-32 CFEM 3/4 414 478 .. 1 81 [] 112.9 5.9e-30 CFEM 4/4 576 640 .. 1 81 [] 117.1 3.2e-31
CDS Sequence
atgcttccat ccattgttat ttcaatcgtt ttagcatcct ttgtgagtgc agaatcatct attacagaag caccaacaac aaccgctgaa gataatccat atactatcta cccaagtgtt gccaagactg cttctatcaa tggttttgct gacagaattt atgatcaatt gccagagtgt gccaagccat gtatgttcca aaacactggt gtgaccccat gtccatactg ggatactggg tgtttgtgta ttatgccaac atttgctggt gccattggtt cttgtattgc tgagaagtgt aaaggccaag acgttgtttc tgctacaagt ttgggaactt ccatttgttc cgttgctggt gtgtgggatc catactggat ggtgcctgca aatgtccaga gcagtttaag tgctgctgcc actgctgttg catcgtcttc tgaacaacca gttgaaacat cttctgaacc agctggatct tctcagtctg ttgaatcttc tcaacctgct gaaacctcat catctgaacc tgctgagact tcatcatctg aacctgctga gacttcatcg gaaacatcat ccgaacaacc tgcttcatct gaacctgctg aaacttcatc agaagaatct tctacaatca cttcagcccc atcaactcct gaagataacc catacaccat ctacccaagt gttgccaaga ctgcttctat caatggtttt gctgacagaa tctacgacca attgccagag tgtgccaagc catgtatgtt ccaaaacact ggtgtgaccc catgtccata ctgggatact gggtgcttgt gtattatgcc aacatttgct ggtgccattg ggtcttgtat tgctgagaag tgtaaaggcc aagacgttgt ttctgctaca agtttgggaa cttccatttg ttccgttgct ggtgtgtggg atccatactg gatggtgcct gcaaatgtcc agagcagttt aagtgctgct gccactgctg ttccatcatc ctccgaacaa tcagttgaaa catcttctga atcagctgaa tcttctcagt ctgttgaatc ttctcaacct gctgaaacct catctgaaca accatctgag acttcatctg aaacttcttc ccaacaactt tcaagtatca cttcagcacc agactcctcc gctacaagca gctcctcaac cacatctact tttattagaa ctgcttccat taatggtttt gctgataaac tttacgacca attaccagaa tgtgctaaac catgtatgtt ccaaaatact ggcataacac catgtccata ctgggatgcc ggttgtttat gtgtcatgcc acaatttgca ggtgctattg gttcatgtgt tgccgatagt tgtaaaggtc aagatattgt ttctgtcacc agcttgggta cttctgtttg ttctgttgcc ggtgttaatg caccttattg gatgcttcca gctagtgtta aaagtagctt aagtgttgct gctactgcag taccaacctc cgacagtgca tctgaaactg cttcccaaga accatctgaa acttcatctg aacagccatc agaaactgct tcacaacaac ctgctgaaac ttcatcagaa gaatcttcta caatcacttc agccccatca actcctgaag ataacccata caccatctac ccaagtgttg ccaagactgc ttctatcaat ggttttgctg acagaatcta cgaccaattg ccagagtgtg ccaagccatg tatgttccaa aacactggtg tgaccccatg tccatactgg gatactgggt gcttgtgtat tatgccaaca tttgctggtg ccattgggtc ttgtattgct gagaagtgta aaggccaaga cgttgtttct gctacaagtt tgggtagctc tatttgctcc gttgctggtg tatgggatcc atactggatg cttccagcta acgtgcaaag cagtttgaat gccgctgcca ctgctgttgc aacttctgat agtgcatctg aggttgcttc tgcttccgaa tccgcatctc aagttccaca agaaacttct gctgcttcat cacaatcagc caacaactca gttgcttctg ctgctccatc taactcgtct gtttcagctg ctccatctag caactcatct ggtgttccag ctgcgccatc taacaattca tctggtgctt cagttgttcc atcacaatca gccaacaatt catctgcttc agctgctcca tctaacaact catctagtgc tatttctgaa agtgttgcac catcaagcta cggaaactct accattgcac aaccatctac ttctacaaaa tccgatgctg catcaattac tggtccaatt actacagaca aggttataac caatgagtct ggcattgtct ttacatctac agtaatcatt acacatgttt ctgaatattg tgaccagact tctgctgctg ctgttcaatc atcagcatgt gaagaacagt caagtgctaa atcagaacaa gcttctgctt catcagaaca agttaaggtc attactagtg tggtttggtg tgagtcatct attcaatcta ttgaatctgt caaaacaagt gcagaagctg ctcataagac tgaggttatt gctagttgtg caagtgaatt aagctctttg agttctgcta aatctgaagc tatgaagact gtttctagtt tagttgaagt tcaaaaatct gcagttgcca aacaaacctc gttggctgct gtacaatcat ctgctgcttc tgtacaatta agtgctgctc acgcccaaaa gtcgtctgag gcagttgaag ttgcccaaac tgctgttgct gaagcttcta aagctggtga tgaaatttcg actgaaattg ttaacatcac caagacagtt tcttctggta aggagactgg tgtttcccaa gctactgttg ctgctaacac acattcagtt gctattgcta atatggcaaa taccaagttt gccagcacaa tgtcgttgtt ggtcgctagt ttcgtgtttg ttggtctctt tatttaa
AA Sequence
MLPSIVISIV LASFVSAESS ITEAPTTTAE DNPYTIYPSV AKTASINGFA DRIYDQLPEC AKPCMFQNTG VTPCPYWDTG CLCIMPTFAG AIGSCIAEKC KGQDVVSATS LGTSICSVAG VWDPYWMVPA NVQSSLSAAA TAVASSSEQP VETSSEPAGS SQSVESSQPA ETSSSEPAET SSSEPAETSS ETSSEQPASS EPAETSSEES STITSAPSTP EDNPYTIYPS VAKTASINGF ADRIYDQLPE CAKPCMFQNT GVTPCPYWDT GCLCIMPTFA GAIGSCIAEK CKGQDVVSAT SLGTSICSVA GVWDPYWMVP ANVQSSLSAA ATAVPSSSEQ SVETSSESAE SSQSVESSQP AETSSEQPSE TSSETSSQQL SSITSAPDSS ATSSSSTTST FIRTASINGF ADKLYDQLPE CAKPCMFQNT GITPCPYWDA GCLCVMPQFA GAIGSCVADS CKGQDIVSVT SLGTSVCSVA GVNAPYWMLP ASVKSSLSVA ATAVPTSDSA SETASQEPSE TSSEQPSETA SQQPAETSSE ESSTITSAPS TPEDNPYTIY PSVAKTASIN GFADRIYDQL PECAKPCMFQ NTGVTPCPYW DTGCLCIMPT FAGAIGSCIA EKCKGQDVVS ATSLGSSICS VAGVWDPYWM LPANVQSSLN AAATAVATSD SASEVASASE SASQVPQETS AASSQSANNS VASAAPSNSS VSAAPSSNSS GVPAAPSNNS SGASVVPSQS ANNSSASAAP SNNSSSAISE SVAPSSYGNS TIAQPSTSTK SDAASITGPI TTDKVITNES GIVFTSTVII THVSEYCDQT SAAAVQSSAC EEQSSAKSEQ ASASSEQVKV ITSVVWCESS IQSIESVKTS AEAAHKTEVI ASCASELSSL SSAKSEAMKT VSSLVEVQKS AVAKQTSLAA VQSSAASVQL SAAHAQKSSE AVEVAQTAVA EASKAGDEIS TEIVNITKTV SSGKETGVSQ ATVAANTHSV AIANMANTKF ASTMSLLVAS FVFVGLFI*