| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PICST_32535 |
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| Symbol | SUL4 |
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| ID | 4839771 |
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| Type | CDS |
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| Is gene spliced | Yes |
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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_009046 |
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| Strand | + |
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| Start bp | 45623 |
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| End bp | 48268 |
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| Gene Length | 2646 bp |
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| Protein Length | 847 aa |
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| Translation table | 12 |
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| GC content | 42% |
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| IMG OID | 640391086 |
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| Product | Putative sulfate transporter |
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| Protein accession | XP_001385342 |
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| Protein GI | 150865928 |
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| COG category | [P] Inorganic ion transport and metabolism |
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| COG ID | [COG0659] Sulfate permease and related transporters (MFS superfamily) |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 11 |
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| Plasmid unclonability p-value | 1 |
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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 | 10 |
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| Fosmid unclonability p-value | 0.162178 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGACTAGTC CCAATCCTTC TATTCGTCAC ATCTCCAGCA AAAGAGTCAA CGCCGTCAGC
TTCGATCGCC AACTGCTTCT TGACAGAGAG AGCCCACAAC AGGACTATCT GGGCATAACA
AATTCACTAT CGCCACGGAG TTCCAATACC AAATGGGGAT CGACTCCCAT GGGAGGTTTC
TCATCCCCTC CTACTAAGAA CATAGCACCT GCTTTACACA GACACCTTGT AGATACTGCT
GATGTAGAAT CTGTTGTTTA TAGAAGTACA CCTACGGTTC ACCATTCCAG CAGTCTTCAC
TATGTTAATC CTCCTCCTCC AGGTTCAGAT TCAACATCTC CTTCAGGCGA TTACAACGAA
GGCTACAGCG ACTATATGCC AGCAACTACG AGACACCTTG AGAACTTGGA GTGGAACGAC
ATTCTTCCAT ACTACTTGCC ATGCATGTCA TGGATAAAAG AGTACAATTT TCGCTATTTT
GTTGGGGACC TCATCGGTGG ATTGACGTTG GTCTTTTTCC AACTACCACT TTCGCTTTCT
TACGCAACAA CCTTGGCGAA AGTGCCAGTA CTCTCAGGTT TGTTGTCGCT AGGTGTGACT
CCCTTGATCT ACGCTGTATT CGGAAGTGTT CCCCAGATGG TTGTTGGTCC AGAAGGTCCT
ATATCGCTTA TTGTTGGCCA GGCTGTGGAG CCGCTTTTGC ACCATTCCAA CAAGAAGCAT
TTGGACCCGC TTGAGTTTGT AGTGGCTATA ACTTTTGTGA GTGGAGCGAG TCTTCTCGGG
TTTGGCTTAG GAAGATTTGG CTTCTTAGAT AACGTTCTTT CTGCTTCTTT GTTGAAGGGA
TTCATAAGTG GAGTCGGTAT CGTTATGGTT ATAAACGCTT CGATCGTAGT TTGTGGATTA
GAGAAACTAC TTCAGGAAAT TGCCGATGAC CCCAATGAAA TGGATATCCA TTCCCCTTTT
GACAAAGTAC GATTCTTCAT TCACCACTAC CAAGAAACAA ACCCTTTGAC TTTTAAGATC
AGTATGACAG GGTTTGTCAT CATTATGGCA TTGAGAATAT TCAAGAAATA TGCCGACAAA
AGGCCCGATA AAAGATTCAG AAATGCAGCC TACATCCCAG AAATCTTATT GGTTGTCAGT
ATTTCAACAT ATCTTTGTTC GAAGTTGCGC TGGGATCTCG ATGGTATTTC TATCATTGGA
AAGATCAAAA ATGACGGCCT GGTAAAGCTT TATAACCCAT TCTCCAAGAA GATCTTGCCA
TTGTACAAAA CCCTCAGTAC ATCGGGATTC TTGTGCGCAA TGTTAGGTTT CTTTGAATCT
ACCACTGCAT CTAAATCATT AGGCTCTACT TACGATTTGC CCATTTCTTC CAACAGAGAG
TTGGTTGCTT TAGGGTTCAT CAATATTGTG GCATCTCTGT TTGGTGGATT ACCTTCTTTC
GGAGGTTATG GAAGAAGTAA GATCAATGCA ATGTCAGCCA AGACCACCAT GCTGGGTGCT
ATAATGGGGA TTTGTACCTT ATTTACCGTT TTCTTTCTTC TCGATTACCT TTACTTTGTT
CCTGAGTGTA TGCTCAGTGT GATTACAGCA GTGATCGGGA TCCTGTTGAT AGAAGAAGCC
CCATATGAGT TATATTTCCA TTGGCAAAGT GGGGGATACA ACGAGTTGAT CACATTCGCT
GTTACTGTAA TGACTACTTT GTTTTTCTCG ATGGAAGGAG GTATTGCTGT TGGATTGGTG
TATCTGTTGA TTCGAGTAAT TAGACATTCT GCGGAATCCA GAATTCAGAT TTTGGGTAGA
TACCCAGGTT CGAACACTTT CCTTGATGCC GATATTCCTG ATGCTTCCCT TCTTCATCTC
CAAGTTCCAG ATAGCATAGA TGGACAGCTT AACGGAGTTG GTTCTTCAAG CTTTAGTGGA
TCTGAGAAGT TGCTCAACTC ACAATTGAAT GTATTTGCTG ATGGAAATTT CACGCACTTG
AATACTCATG TACTTGAAGA GATCGAGGGT TGTTTGATTA TCAAGATTCC AGAACCATTG
ACATTCACCA ACAGTAGCGA CTTACGGACC AGACTTCAGA GAGTTGAAAT GTATGGATCT
ACCAAAGCTC ATCCTGCTCT GAAGAGAAGT AGAAGTCCAG CGATGACAAA GTACATTATC
TTTGATTTGC ATGGCATGAC AGATATTGAT TCGTCTGCAG CAAAGATATT GACCGAACTA
CTTACAAGCT ACAAGAGAAG GAATATCCAT TCATTTTTTG TTAGAGTGAA CAAGAATGCC
AGATTGAGAA TACGATTACG CAAGACAGGC ATAGTACAGA TGCTTCTTGA TGATTTAGAG
GATGTAAAAT ACTTTGAAGC TCAAAAGAGA TCTGTGTTCT CTCGGATGCG AGGACGTCGA
AGCTTCTCTG AAATTTCAGC CGAATACAAT GAAGAAGAAA TAGCTAATAT CCCTGTGGAT
TTAGACGATA CTGCCGAAAT TTACGATTTG ATAGAAAGCA ACGAAGAGCC CTACTTCAAC
CATATCAGTG ATGCGTTGAA GGTCATTGAT TTCTACGAAG TGAATGAATG TACTCGTACC
AGCGAGTACT TAGAAGTGGA TCAGATGGAG AGACGATCCA GTCTCCCAGA AGATATTCTT
GTTTGA
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| Protein sequence | MTSPNPSIRH ISSKRVNAVS FDRQSLLDRE SPQQDYSGIT NSLSPRSFSS PPTKNIAPAL
HRHLVDTADV ESVVYRSTPT VHHSSSLHYV NPPPPGSDST SPSGDYNEGY SDYMPATTRH
LENLEWNDIL PYYLPCMSWI KEYNFRYFVG DLIGGLTLVF FQLPLSLSYA TTLAKVPVLS
GLLSLGVTPL IYAVFGSVPQ MVVGPEGPIS LIVGQAVEPL LHHSNKKHLD PLEFVVAITF
VSGASLLGFG LGRFGFLDNV LSASLLKGFI SGVGIVMVIN ASIVVCGLEK LLQEIADDPN
EMDIHSPFDK VRFFIHHYQE TNPLTFKISM TGFVIIMALR IFKKYADKRP DKRFRNAAYI
PEILLVVSIS TYLCSKLRWD LDGISIIGKI KNDGSVKLYN PFSKKILPLY KTLSTSGFLC
AMLGFFESTT ASKSLGSTYD LPISSNRELV ALGFINIVAS SFGGLPSFGG YGRSKINAMS
AKTTMSGAIM GICTLFTVFF LLDYLYFVPE CMLSVITAVI GISLIEEAPY ELYFHWQSGG
YNELITFAVT VMTTLFFSME GGIAVGLVYS LIRVIRHSAE SRIQILGRYP GSNTFLDADI
PDASLLHLQL LNSQLNVFAD GNFTHLNTHV LEEIEGCLII KIPEPLTFTN SSDLRTRLQR
VEMYGSTKAH PASKRSRSPA MTKYIIFDLH GMTDIDSSAA KILTELLTSY KRRNIHSFFV
RVNKNARLRI RLRKTGIVQM LLDDLEDVKY FEAQKRSVFS RMRGRRSFSE ISAEYNEEEI
ANIPVDLDDT AEIYDLIESN EEPYFNHISD ALKVIDFYEV NECTRTSEYL EVDQMERRSS
LPEDILV
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