| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PICST_31454 |
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| Symbol | HYR10 |
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| ID | 4838553 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Scheffersomyces stipitis CBS 6054 |
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| Kingdom | Eukaryota |
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| Replicon accession | NC_009044 |
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| Strand | - |
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| Start bp | 842637 |
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| End bp | 845579 |
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| Gene Length | 2943 bp |
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| Protein Length | 980 aa |
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| Translation table | 12 |
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| GC content | 43% |
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| IMG OID | 640389868 |
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| Product | hyphally-regulated cell wall protein |
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| Protein accession | XP_001384463 |
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| Protein GI | 126135878 |
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| COG category | [T] Signal transduction mechanisms |
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| COG ID | [COG5422] RhoGEF, Guanine nucleotide exchange factor for Rho/Rac/Cdc42-like GTPases |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 7 |
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| Plasmid unclonability p-value | 0.757453 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | 19 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAGGTTTG CTAATACTGC TGCATTGCTA GTTATCTTTG CTGGTTTGAT AATTCCTGCT
GCGGCCGACC TATCACTCAT TGCTGACAAG TTGGATACCA TTGGCGACAA GCTTCTCGAC
TTCAAATGCA AAAAATTGCA ATTATTGGCA GATATAAGTG GATTCCTTTC TGGTCTTATA
CCCAGAGAGG AAGAAGGTAT TTATGCAAGG GACTTGGCTA GTGTGCCTAA AGCTGCTTTT
GTTGTTTCCA ATGTGGACAA GGTTGATGAT GAACTTTACA AGATTACTGC TAACTTCGAA
ACTGACCAAT CTGATTTACT AGGAGAGCTT TTGCAGAACA AGGTAAAGAA ATTGTCGATT
TTAGGTACTG GTGTTGAAGA TGCTGTTTTG TTAATTGGTG GAGACAAGAA TGTTACTAGT
CCTACCAAGT GGAGTGCTGA TTTCCTTGTT AAACCAGACA AGATCTTGAA TACTTGCTGC
TTGCCTGCAA AGCTTGAATT TGTTACTGAA CTTATTGATG ACGTTGGTGA TCTCATTGAT
GCAATTAAAG GCGAACTTGG TGACAAAATT ATATATAAAC TTCAAGAAAT TACAGACAAA
TTGGAAAGTT TCGATCCTCT TACATTATTT GGTGACATTC TATCCAAGAT TACAGGTGGT
GATAACATTC TTGACAAGAT CCCTATTATT GGTGATATCA TTGGTTCAAT TACTGATGGT
GCCGGCAGTC TCTTAGATAT TATCCCAGGC ATTTTTGGAA AGAGAGAATT AAGTCAAATG
ATGGCCAAAA ACATCAAAAC AGAAATAGAA AAGAGAGACC TTACCAAACT TGCTGCTATC
CTAGAATTCT TGAAGAGCAT TGAAACCCAA AAGGCTGAAC TCTTGAATTT TTGCTGGGAA
TGTGAATGTA ATTCGAGTTC TTCTTCTGAA GTGAGCTCCA GTACAGAATT CAGTTCCGAA
ACCTCTTCTA GTTCCGAAGC CTCATCTACA GAATCCAGCT CTGAGACCTC GTCTTCTGAG
GAAGTCTCAT CTTCTGAGTC CAGCTCTGAA ACCTCATCAT CTGAATCTAG CTCTGAGACT
TCTTCCTCCG AGGAAATCTC ATCCACCGAG TCAAGTTCTG AGACCTCATC ATCTGAGGAG
GTTTCATCCA CTGAGTCCAG TTCTGAAATC TCATCTTCTG AGGAAATCTC TTCTACGGAA
TCTAGCTCTG AGACCTCATC TTCTGAGGAA ATCTCTTCTA CGGAATCTAG CTCTGAGACC
TCATCTTCTG AGGAAATCTC ATCTACCGAA TCTAGCTCTG AGACCTCCTC CTCTGAAGAA
ATCTCATCTA CTGAATCCAG CTCTGAAACC TCATCTTCTG AATCTAGCTC TGAGACCAGT
TCTGAGACCT CATCTTCTGA GGAAGTGTCA TCCACTGAGG AAGTCTCATC TACTGAATCT
AGCTCTGAGA CTTCGTCTTC TGAAGAAGTT TCATCCACTG AATCCAGCTC TGAAACTTCA
TCTGAGGAAG TCTCGTCTAC TGAATCTAGC TCTGAGACTT CTTCCTCCGA GGAAATCTCA
TCCACCGAGT CAAGTTCTGA GACCTCCTCA TCTGAGGAAG TTTCATCCAC TGAATCCAGT
TCTGAAACCT CATCTTCTGA GGAAACATCC TCCAATTCCG ATACTTCTTC TGAATCTAGC
GCTGAAACAT CATCTACTTC TGAAACATCC AGTTTTGAAT CTTTATCTTC CGAAACTTCA
TCTTCTGAAT CAACTGAAAT TTCATCTATT TCGAATACTT CAAGCGAGAC CGCTTCTTCT
AGTGAAGTTT CATCCAATGG CACTTCTTCT ACGGAAAACT ATTCTACAGA AGTTACTTCT
TCTTCTGAAA GTGAAAATAT CTCTGGCTCA ACTTATGAAT CTAGTTCATT GACTTTGTCA
AAATCGGACT CCGAGACAGT TCCTTGTACT ACAATAATTA TCACTACTTG TTCTAACGGA
GAATGTATTC CTGTTACTGT TACTACTGGT TACACAGTTG TCTCCGGTGA TACTACCACT
TACACTTCTC TCATTCCGAC TCCAGAAACT TACATCTCAA TTGAAACTGT TACCATCGAT
GGTACCACCA AAGAATATCC AACTACCTTA ACTGCTAATG GTCCAACTGC ACCTGGTCAA
GTCACTACAG TAACTGTTTC AGGTCCCGGT TCTGGTACTG GTTCTGGTTC TGGTACTGGC
TCAACTGGTG GCGGTTCCGA CTCTGGTTCT ACTGGTTCAG GTTCAGGTTC AGGTTCAGGT
TCAGGTTCTG GCTCTGGCTC TGGCTCTGGT TCTGGTACTG GTTCTGGTAC TGGTTCTGGT
TCTACTGGTT CTGGTTCTGG TACTGGTACT GGTTCTACTG GTTCTGGTTC TACTGGTTCT
GGTTCTACTG GTTCTGGTTC TACTGGCTCT GGTTCTACTG GTTCTGGTTC TACTGGCTCT
GGTTCTACTG GTTCTGGTTC TACTGGCTCT GGTTCTACTG GCTCTGGTTC AACTGGTTCT
GGTTCTGGCT CCCCTGGTTC TGGCTCTGGT TCAACTGGTT CTGGTTCTGG CACAGGTTCC
ACTGGTAGTG GTACTGGTAA TGATACAGGT TCCGGCTCTG AATCTGGTTC GGGCTCTACC
GATAGCGGTT CTGGATCTGG ATCTGGATCT ACTGGTAGTG GTTCTGAGTC TGGCTCTACT
GGTAGCGGTA CAGGTACCGG TTCTGGTTCA ACTGGCAGTG GCTCCGAATC TGGTTCCGGC
TCTGGCTCTA CAAATTCCAC TGAATCTGGT GCTGGCTCTG GTTCAGTTCC AATTGTATCT
CAAGTCCCAA CTTCTGGAGT ATCTACTGAA CCTACGGTCG CAGTTCAAGA AGGTGCTGCT
TCTAATTCCT GGAAGATTTC TTTCTCCGCT CTCCTTGCAG CTGGGGCATT CTTCCTTGTT
TAA
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| Protein sequence | MRFANTAALL VIFAGLIIPA AADLSLIADK LDTIGDKLLD FKCKKLQLLA DISGFLSGLI
PREEEGIYAR DLASVPKAAF VVSNVDKVDD ELYKITANFE TDQSDLLGEL LQNKVKKLSI
LGTGVEDAVL LIGGDKNVTS PTKWSADFLV KPDKILNTCC LPAKLEFVTE LIDDVGDLID
AIKGELGDKI IYKLQEITDK LESFDPLTLF GDILSKITGG DNILDKIPII GDIIGSITDG
AGSLLDIIPG IFGKRELSQM MAKNIKTEIE KRDLTKLAAI LEFLKSIETQ KAELLNFCWE
CECNSSSSSE VSSSTEFSSE TSSSSEASST ESSSETSSSE EVSSSESSSE TSSSESSSET
SSSEEISSTE SSSETSSSEE VSSTESSSEI SSSEEISSTE SSSETSSSEE ISSTESSSET
SSSEEISSTE SSSETSSSEE ISSTESSSET SSSESSSETS SETSSSEEVS STEEVSSTES
SSETSSSEEV SSTESSSETS SEEVSSTESS SETSSSEEIS STESSSETSS SEEVSSTESS
SETSSSEETS SNSDTSSESS AETSSTSETS SFESLSSETS SSESTEISSI SNTSSETASS
SEVSSNGTSS TENYSTEVTS SSESENISGS TYESSSLTLS KSDSETVPCT TIIITTCSNG
ECIPVTVTTG YTVVSGDTTT YTSLIPTPET YISIETVTID GTTKEYPTTL TANGPTAPGQ
VTTVTVSGPG SGTGSGSGTG STGGGSDSGS TGSGSGSGSG SGSGSGSGSG SGTGSGTGSG
STGSGSGTGT GSTGSGSTGS GSTGSGSTGS GSTGSGSTGS GSTGSGSTGS GSTGSGSTGS
GSGSPGSGSG STGSGSGTGS TGSGTGNDTG SGSESGSGST DSGSGSGSGS TGSGSESGST
GSGTGTGSGS TGSGSESGSG SGSTNSTESG AGSGSVPIVS QVPTSGVSTE PTVAVQEGAA
SNSWKISFSA LLAAGAFFLV
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