| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PICST_86239 |
|---|
| Symbol | PHO87 |
|---|
| ID | 4851128 |
|---|
| Type | CDS |
|---|
| Is gene spliced | Yes |
|---|
| Is pseudo gene | No |
|---|
| Organism name | Scheffersomyces stipitis CBS 6054 |
|---|
| Kingdom | Eukaryota |
|---|
| Replicon accession | NC_009068 |
|---|
| Strand | - |
|---|
| Start bp | 997351 |
|---|
| End bp | 1000468 |
|---|
| Gene Length | 3118 bp |
|---|
| Protein Length | 963 aa |
|---|
| Translation table | |
|---|
| GC content | 42% |
|---|
| IMG OID | 640392836 |
|---|
| Product | phosphate permease |
|---|
| Protein accession | XP_001387832 |
|---|
| Protein GI | 126274114 |
|---|
| COG category | [P] Inorganic ion transport and metabolism |
|---|
| COG ID | [COG0471] Di- and tricarboxylate transporters |
|---|
| TIGRFAM ID | [TIGR00785] anion transporter |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | 4 |
|---|
| Plasmid unclonability p-value | 0.182724 |
|---|
| Plasmid hitchhiking | No |
|---|
| Plasmid clonability | normal |
|---|
| |
Fosmid Coverage information |
| Num covering fosmid clones | 15 |
|---|
| Fosmid unclonability p-value | 1 |
|---|
| Fosmid Hitchhiker | No |
|---|
| Fosmid clonability | normal |
|---|
| |
Sequence |
| Gene sequence | ATGAAGTTTT CACATTCGCT CAAGTTCAAC GCAGTTCCGG AATGGCAGGA CAACTATGTC
AATTATCCGG CGCTCAAAAA AGTCATCTAC AAGTTGCAGC AAGACCAGTT GCAGGTCGCT
AACGCTCCCA AAGACGGCTC GGTTCCAGTA GACAACGTTA ACAGAACAAC CGTTTCCGAC
TTGGTAGAGA CCTACAAGTT CAAGAAAAGT GCTAGAACCG CTGCTGAGGC TGAAGAGGAC
GACGATGACG ACGATATCAT CTACGAAGAT GAAAAACAGC CTACAAGCTC ATCTCGCTTC
AAGAAAAAAT TTATCAACCG CTTCAAGAAG AGTTCGCCTG CTATTCCTGA AAATGCCTCG
GTTTCTGGCT CCACTACTAC TGACTTGGAG AAGGCCGTCG GGTCAATGTC TTCTGCTACT
GAGATGATAG AGGACAACTC CAAGAAATCT TCTACTGAAG CTTTCACAGT AGAAGTCGAC
AATTCGACTA TAGTTTCCTT CACTTCGCAA GTGCATGCGC AATCGCCTGC AGCCTCGGAA
AACGACTACT CTAGTCCGGC CACCACCGCT TTTGACCCTT TGAAGGTGTT TTCCAAGCAG
TTATTGATCC AGTTGCTGAA GATCAACGAG TTCTACCAGA CAAAGGAACA GCAAGTGTTC
ACTGGCTACG ACAACTTGAT CAAAGACTTG GAAGCAAACA ACGTCAATAT TGACGAGGTT
TTCAAGTTCA CCCAGGCTTA TCACTACGAA AACCCTGAAA TTGTTAATGC TGATGACCAC
CACCAGTACC ACATCAAGTC GACTCTCACC AGAGTCACAA CAAACGCCTC TGTTTTTGAC
CACATCAACC ATTTGGGCAA CGATTACGAT GCTGATCACC ACGGAGACTT GGAAAAACAA
TCTCATATTC ACATTGATGA AGACGAAGAC GATGATGATG ACGACGATGA TGACGATGAA
GACAACCACA GCGAAGATTC CGTCTTGTTG TCTCACACAG ACTTCAATGT CAAGCAACAG
AAGAAGATTA CGTTGAAGAA GAAGTCCATC ACTCTCTTCA TCAACCTCTC GGAATTGAAG
TCGTTCATCG AGTTGAATAG AGTAGGCTTC ACCAAAATCT GTAAGAAGTT CGACAAAACT
TGTAACTACT CCATCAAAGA CGACTTCATC CAGAACTACT TGCCCAACAA TTCCCGTGTC
TTCTACCCAG AAACTATTGA AGACTTGGAC TACAAATTGA ATCAGATTGT CAAGATTTAC
GCTTACCTCT CCAACAGATT GACTCCCAGA GCCACGAAGG AAGACTTGGA AAGTGTGAAG
AACGACTTGA GATCCCATTT GCGTGATCAC ATCGTTTGGG AACGTAACAC CGTCTGGAAG
GATTTGTTAT CGTTGGAAAA GAAGTCCTAC AACTTGGACC TCAATGTAGA CTCCAACCAG
GCCAAGATGG GCGATGAAGG TTTGCAGAAC TCACTCTTGA ACATGAAACT TACCACGATC
AACTTGCCCT TCTCGTTGTT CGGCTATAGC CATGTCAAAG TCCCTTCATT CTTCTTCACC
ACCCAAATGA TCAAGTTGCT GATCATAATC ATAGTTTTTA TTGTCTTATT GACAGTTAAA
ACCTTCAACG ATCCTGTTCA AGCTCGTTGT TTGGCTCTTT TGGTCGCTGC TGCTATGCTC
TGGGCTTCTG AAGCTTTACC ATTGTTCACC ACTGCTCTTC TCATTCCATT GTTAGTTGTC
ACCATGAAGG TTTGTAAAGT TGATGGCTCT GACGAACCTA TGGATGGTGT AACTGCTTCG
CAGTACATCT TGTCAACCAT GTGGAACTCT ACTATCATGA TCTTAATCGG TGGTTTTACT
TTGGCTGCTG CATTATCTAA GTACAACATA GCCAAGGTCT TGTCTTCTTA CATCTTAGCT
TTTGCTGGTA CCAAGCCTCG TAACGTTTTG ATTTCCATCA TGTCCGTAGC CTTGTTCTTG
TCGATGTGGA TTTCCAACGT CGCTGCCCCA GTCTTGTGTT TCTCGTTAAT TCAACCGGTC
TTGAGAAGTG TCCCTACAGA CTCTCCAGTG GCTCAGGTTA TGGTTTTGGG TATTGCTTTG
GCTGCTAATG TTGCTGGTAT GTCTTCTCCA ATTTCATCTC CTCAAAACGT TGTTGCTCTT
CAGTATATGG ACCCAAATCC AGGTTGGGGA AAGTGGTTTG CAGTTTCTAT TCCAGTATCC
ATACTTTCCT TGATAGGTAT CTGGTTGATG TTGATCTTCA CTTTCAAGAT CAACAATATT
AAATTAAAGG CCTACAAGCC AATCAGAGAA AAGTTCACCA CCAAGCAATA CTTTGTTAGT
ATTGTCACCA TTCTCACCAT CTTATTATGG TGTGTCATGA CTAAGATTTC GGGCACTTTC
GGTGAAGCTG GTCAAATCTC ATTCATTCCA ATCGTCTTAT TCTTTGGTAC TGGTTTGTTG
AAGACTGATG ATATCAACAA CTACCCATGG TCCATTGTTC TTTTGGCTAT GGGTGGTATT
GCCTTAGGTA AAGCTGTCAG CTCTTCTGGA TTATTAGGTA CCATCGCTAT GGCCTTACAG
AAGAAAATCA TGCACTTTGA TGTCTTTGTC ATTCTTATCA TCTTCGGTAT CTTGATGTTG
GTCATTGCTA CTTTTGTCTC TCACACTGTT GCTGCTTTGA TCATTTTGCC ATTGGTCAAG
GAAGTCGGCG ATGCCTTGCC TCATCCTCAT CCTTTGATCT TGGTCATGGG TACTGCTATG
ATTGCTTCCT CGGCAATGGG ATTGCCAACA TCAGGTTTCC CTAATGTCAC AGCGATCAGT
ATGCGAGACG AAGTAGGAAA GAACTACTTA ACCGTCAACA CATTTATCAC CAGAGGTGTT
CCAGCATCTA TAATTGCATA CATTATCGTT ATTACCGTTG GTTACGGTAT CATGTCTGCC
ATTAAATTCT AAAAGGACGT TTTATTTTGT TGTTTTTTTG TTTTTTTCAT TCATTGCATT
AGGTTGGTTT TTGTTAAATG TTCATCACAC TATAGAATTT TGGTTTCAAC CTCCAAAAGT
TTCCCATTTC TTGTTTTATT CTACGAAGTT TGTACTAAAA TAAATGTTTA ATTACTAT
|
|---|
| Protein sequence | MKFSHSLKFN AVPEWQDNYV NYPALKKVIY KLQQDQLQVA NAPKDGSVPV DNVNRTTVSD
LVETYKFKKN EKQPTSSSRF KKKFINRFKK SSPAIPENAS VSGSTTTDLE KAVGSMSSAT
EMIEDNSKKS STEAFTVEVD NSTIVSFTSQ VHAQSPAASE NDYSSPATTA FDPLKVFSKQ
LLIQLLKINE FYQTKEQQVF TGYDNLIKDL EANNVNIDEV FKFTQAYHYE NPEIVNADDH
HQYHIKSTLT RVTTNASVFD HINHLGNDYD ADHHGDLEKQ SHIHIDEDED DDDDDDDDDE
DNHSEDSVLL SHTDFNVKQQ KKITLKKKSI TLFINLSELK SFIELNRVGF TKICKKFDKT
CNYSIKDDFI QNYLPNNSRV FYPETIEDLD YKLNQIVKIY AYLSNRLTPR ATKEDLESVK
NDLRSHLRDH IVWERNTVWK DLLSLEKKSY NLDLNVDSNQ AKMGDEGLQN SLLNMKLTTI
NLPFSLFGYS HVKVPSFFFT TQMIKLLIII IVFIVLLTVK TFNDPVQARC LALLVAAAML
WASEALPLFT TALLIPLLVV TMKVCKVDGS DEPMDGVTAS QYILSTMWNS TIMILIGGFT
LAAALSKYNI AKVLSSYILA FAGTKPRNVL ISIMSVALFL SMWISNVAAP VLCFSLIQPV
LRSVPTDSPV AQVMVLGIAL AANVAGMSSP ISSPQNVVAL QYMDPNPGWG KWFAVSIPVS
ILSLIGIWLM LIFTFKINNI KLKAYKPIRE KFTTKQYFVS IVTILTILLW CVMTKISGTF
GEAGQISFIP IVLFFGTGLL KTDDINNYPW SIVLLAMGGI ALGKAVSSSG LLGTIAMALQ
KKIMHFDVFV ILIIFGILML VIATFVSHTV AALIILPLVK EVGDALPHPH PLILVMGTAM
IASSAMGLPT SGFPNVTAIS MRDEVGKNYL TVNTFITRGV PASIIAYIIV ITVGYGIMSA
IKF
|
|---|
| |