| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNK03360 |
|---|
| Symbol | |
|---|
| ID | 3254653 |
|---|
| Type | CDS |
|---|
| Is gene spliced | Yes |
|---|
| Is pseudo gene | No |
|---|
| Organism name | Cryptococcus neoformans var. neoformans JEC21 |
|---|
| Kingdom | Eukaryota |
|---|
| Replicon accession | NC_006680 |
|---|
| Strand | - |
|---|
| Start bp | 987116 |
|---|
| End bp | 991697 |
|---|
| Gene Length | 4582 bp |
|---|
| Protein Length | 1138 aa |
|---|
| Translation table | |
|---|
| GC content | 50% |
|---|
| IMG OID | 638253825 |
|---|
| Product | inositol-polyphosphate 5-phosphatase, putative |
|---|
| Protein accession | XP_567920 |
|---|
| Protein GI | 58261020 |
|---|
| COG category | [T] Signal transduction mechanisms |
|---|
| COG ID | [COG5411] Phosphatidylinositol 5-phosphate phosphatase |
|---|
| TIGRFAM ID | |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | 6 |
|---|
| Plasmid unclonability p-value | 0.00609757 |
|---|
| Plasmid hitchhiking | No |
|---|
| Plasmid clonability | decreased coverage |
|---|
| |
Fosmid Coverage information |
| Num covering fosmid clones | n/a |
|---|
| Fosmid unclonability p-value | n/a |
|---|
| Fosmid Hitchhiker | n/a |
|---|
| Fosmid clonability | n/a |
|---|
| |
Sequence |
| Gene sequence | ATGCGTGGAT CGGTCTGTAT CCCGTCAACC CGCCTGCTGA TGAGGATGCC GATGCTCCCG
CTGTGGATTC GGGCAAGGTG ATCGTAGTTG ATCACGGGGA GAAAACAGAG AACACGCCAA
CCGTCACTCC CGCTGCTTCC AGTATGCACC ATCAGCCGCC TGCCCCCCAC TTTGGATTTC
CAAGCTGACA TCAATGTACA CGCAGATGCT ACTCTTCCGC CAACAACATC TCTTTCCGAG
ATTCCCTCTC CCACCACCCC CACTTCCACT TCCAAATCTC CCCTTGACAA ACCCGAAGTG
AACACGACCA CCATCAAACA GGCCGAAGAC CTCCAACCCA ACCCCTACCT CCCCACATTC
TCCCGCACAT CCTTCCTCCG CTCCCGCCTC TTCTCCTCTC TCCCCAACTG GTCATCCTCT
GTCCCCATCA AAATCAGGAC AGTGAGCTAC AACGTTAATG ACAAAGTCCC GCCCAAGGGG
ACACTGGAAT TGAAGGGCTT GGTTGGAGGT GATGATGAAG AGAGGAGTGA TCTGATTGTC
GTCGGGTTAC AAGAAGCTGG TAAGTTGGGA TTCCTTCTTG CAAGAATTTT GACAAGGTTT
TCTTTGGGTT AAGGCTGATA TGGAAAATGA GTTTAGATTT GAGAAGTCAA GCATTATTGA
TATCCCAAGG AAACAGCCGA GCAGATAGTT GGGAAACAGC TCTTTTCGCG GGACTCGGTG
ATAAAGCTGG CGAATACGAA AAGGTATATC CTTCCCTTCC CCACATCCCC TCTCGAAAAT
AGGACCTTTG TTGATCTCGA TGCTAGTTGG TAATGACCCA ATACGTCGGA GTGGTGATGA
TCATCCTCGT CCGCAAGAGT TTGAGACCCC ACATATCGAG GGTGGAGAGT AGTGAGCGGG
GGATAGGGCT CTTGGGATTT GGTGGGAATA AAGCCGTACG TTTCTGATTC TGGTGCATAG
GAGAATATAC ATAGTGAAGA TGTTGACGCA AATTGTAAAA TGGATGGGAA ATCGACAGGG
TATAGCTGTG AGATTGAAAG TACATGATAC GACATTGTGT TTCGTCAACT GTCGTACGTC
CTTCCCCTCC TCTTTCCCTT TCACCATGCT GACCCTCTCC CCTGTCCTCC CAAATCTCAC
TCAACAAAAA TAGACATGGC AGCATTCACA TCCGCCCTCG ATCGTCGTCG ACAAGACTAC
CAAATCCTCC GCTTGGGCCT CAACTTTCCT CGACCCTTAT CGAGCGCTTC CCTCACGTCT
GCACCGCTTT CGAGCTCTTC TACCATTTCT ATCTCTGTCC CTCCAACCTC TTCTGCATCT
TCTGTATCTT CTGGTACCCT TACTTCAGGT GCCGGAACTG GAGCTGGCAC TGGAACCACC
GGGGCTGCGG AATCCGGGGT TACCGGTCAA AGTAAAGAAG AGGCCAAGTT GGAAGAGCAA
GCAGAAACGA TCAACCCCGT ATTCGAAGAG TTTTGGCCAG AAGTAAAGGA TAAACTGTTA
ACCCTCGAAG ACTGCCATCT ACTCGTATGT CCCCAAATTC CTTTTTCCCC CTCCCCCCAA
ACCTGAAATC TCAAGGAAAG CTCGCTCACA CTTAACCTCT AACCTTTGTC TCCGTCTGTT
TTTCTTTTCT TTCCCTTTTC TATTTATAGT TTTGGATGGG CGATCTCAAC TTCCGAGTGG
ACCTCCCCGA TGGAGAAGTA CGGAAATTGG TTGAGAATAA AGATTGGGCT GGGATGCTTG
TTCGGGATCA GGTACGTTTT TTTTCCATCT TCCTTCTCTA CCTTTCCACC CCACGCCCCA
CCCCGTAATT GGGCTATTTT TCTCCTTTTG CCGATGGAAG GAAAATGTCG TTTGGAACTC
ATTTGAAAAT GATTAGTTGA AGAATGATAT CAAAGAAGGT AAATCATTTG TTGGGTTCGA
AGAAGCTGAG ATCACTTTCC CGCCGTAAGT CATTCTTCTC ATTCAATTTT TCCAAGTTGG
CCTTTTGCTT TGTTTCCCTT CTTTTGTACT GACTGACGCT CTCTCCGGCC CCGGCCATGT
TGCGTGGGAC GAAATAGCAC ATTCAAATAC GTCCACGGAT CTAGCACCCT CGACACCAAG
CGTTCTCCCG CTTACACCGA CCGTATCCTC TACTCTTTCC CTTCCCCCAC TTCCACCTCA
TCCACCCCTC TTTCCCCATG TGTACCCCTC TCCGTCAAAA AAGGGGAATA TACATCACAC
GAAGAACTGA AATGGTCAGA CCACAGACCT GTGAGCTGTG TTTTTGAAGT AGGAGTGAGG
AAAGTGGACG CCGAGAAGAG GAGAGAGGAA TCGAGGCGGG CGCAAAAGGA GTTGGATAGG
CTTGAGGAAG TTTGGAGACC GAGTTTGGAG ATCAAGGTTC TCCCGGAATC ACGGGACGCA
AAGACGGACG AGGAGGGCAA TGCCAAAAAT GAGAAAGAGG AGGTGAGGCA GGAAGACGAG
GGAGGGATAC ATTTTGGACA AGTGAGGTGC AGGGAAAAGA AGGAAAGGAT GGTGAAGCTG
AGGAATGGGG GGAAAGTACC AGCCAGCTGG AGTTTCAGGA AAGCAGGTAC TGGGAGAGAT
ATATGTGAGT TTCTGCACCT CTTATTGACC GCTATGGAAT TTGGGAGAGC TGACCTATGA
GGTTCTGTCC GCTAGGCAAA CCGTTCCTCT GGCCATTCCC TTCTTCGGGC AGGGTGGAAC
CTGGTGAGGA GATGGTATTG ACCATCGTTT TGGATGTGAA TGAGGAGTGG GCCGCCAAGT
TGAGCTTGGG AGAGGAAGAC GGGAATGACG TCCTCGTTTT GCAAGTAGAG GGGGGCAAGG
ACACCGTAGG TATCACCCTT TGTCAGGGGG CTAAAGCTGA ACTGCTGGCA TAGTTTATTA
CTGTCCAGTC TATTTTCCTT CCTTCAATCA TTTCTCTCCC CCTCACATTC CTCTCGGCGC
TTCCTTCTCC CATTCGAGAC TTATCTCTGT CCGAACGCAA ATCGCTTTTC CGTTCGCTGC
TCGAAACAGC TGAAAAACAA ACCGCAACCA ATGACAAGGG CGCGGCGGCT GTTGGTTCTA
CCCCATTCAA ACCCGTCAAA GAAATTTGGA CGCTGTTGGA ATACCTCATG GCAAACCCAC
CTTCTCTTTC CACCTGGTGC CGGCCTTCTC TCTACACGTC CTCATTCTCT TCCTCTGCTC
ACTCTGCTGG TATCCAGACA ATCATGGAAC ATCTCAACAC CTTACCCTCT ACCATCCCCC
TCCCCCCCGA TGTACCGCAC CTCATCCCAC CAACGCTGAT CTACTTGCTT TCATCTATCC
CTGGAGGTCT CCTGCCAGAG AGTGTGCAAG CGCAGATCGA ACGAAATGGT GTAGAAGACA
GGGATGCAGC GTTTGGGGTG TTGGAAGGAG TGAAGATGGT AAGCACGAAT ACGTTGATTG
GGTTGGTGAG CGTTGTGAGG CTTTGTTTGG GACAAGTAAT GGGAGCGCAA CAAGAAAGTG
CGAAAATAGA GGAGGAAGAG GAGAGCAAGG AGCATGTTGA ACGGGAACGA AAAGTCGACG
AGTCCAAGCC GGACTCTAGC GTTGCCGAGG GTAGCGTCGA CTCTGCATCC AACCTCGCCA
CGCCATCCAC GCCCGAGTCC AACACGCAAG CCAATAGAAA ATCCATCGAC CGTTCTTCTT
TACTCTCCAA TGCAAACAGC AGCGGCAATG ACCATGTAAA GCTCGAGTAT GCGCAAGAAT
CAAAGGACGA TACCGGCAAT CCGGAGCCAG AGGGCGGCGC TTTGTTTGAA TTGGGCGATG
ATGAGGATGA AGACGATGAA GGGGAAGTAA AGGGAGATGC AGAGAATGAA GAGGTAGAGG
TGGAGGGAGG AGGTGTACCG GAAATGGAAG AAGAAAGCAA GGATCTCTCG GATGAGATCA
AGAAAGACAA GGCGGAGAAG AATGAAAAGG ACCTGAAAGC CAAGGACGAA CCAACTCTTT
CACCCGCCGC GTCTGTCCCC ATTACCGAAC CAAAGGCTGA CCCCAAACCC TCTCTCCAAC
CTGCCGCCGA GCTCACTCCT TCCAAAGCCA AGCCCAAGAT GAAACGAGCC AAATCCCTTG
CTGAAGAGTC TCTTGGCGAG GAATCGCCGA TTGTGGATGA TGTCAATGGC GATCCTGATG
GTGATGGTAT TGAAAAAAGG AGCGGAAATG TGGAGATTGG AGATGTGCCG GAGGACCAGG
TAAAGAAATT AGATGCAGAA GCTTTAGAGA CTCCGAAAGC GCAGGGTCGT TTGCTTGCGG
GTACGGCGAG TGCAGCTGCA GGTGCTGGTG CTGCAACCAA GGAAGAAGAG GTCAGCACGA
TCGACAAACT CGGTAAGTTG CACACTTCCC CCCCCCTTTC CTTTCCAATC TCTTTTTCTT
TTTCTTGAAC CCTAGCTGAC ACGGTGTGTT TGTCACAAAA TAGTGGACGT GCTCTGCCCT
GCCGTATTCG GTCGCGTACA AGTTTCGGCA GTTGGTAGGG AAAGGAGAAA GAAGTTTATC
AAGCTTTTGC TCGAGGGATA AGAAAACTAG ATGGACGCTG CCTTTCACTT TGTGATTTTC
TCCTATTGGA ACTTTAAAAC AC
|
|---|
| Protein sequence | MRGSIPSPTT PTSTSKSPLD KPEVNTTTIK QAEDLQPNPY LPTFSRTSFL RSRLFSSLPN
WSSSVPIKIR TVSYNVNDKV PPKGTLELKG LVGGDDEERS DLIVVGLQEA DLRSQALLIS
QGNSRADSWE TALFAGLGDK AGEYEKLVMT QYVGVVMIIL VRKSLRPHIS RVESSERGIG
LLGFGGNKAG IAVRLKVHDT TLCFVNCHMA AFTSALDRRR QDYQILRLGL NFPRPLSSAS
LTSAPLSSSS TISISVPPTS SASSVSSGTL TSGAGTGAGT GTTGAAESGV TGQSKEEAKL
EEQAETINPV FEEFWPEVKD KLLTLEDCHL LFWMGDLNFR VDLPDGEVRK LVENKDWAGM
LVRDQLKNDI KEGKSFVGFE EAEITFPPTF KYVHGSSTLD TKRSPAYTDR ILYSFPSPTS
TSSTPLSPCV PLSVKKGEYT SHEELKWSDH RPVSCVFEVG VRKVDAEKRR EESRRAQKEL
DRLEEVWRPS LEIKVLPESR DAKTDEEGNA KNEKEEVRQE DEGGIHFGQV RCREKKERMV
KLRNGGKVPA SWSFRKAGTG RDICKPFLWP FPSSGRVEPG EEMVLTIVLD VNEEWAAKLS
LGEEDGNDVL VLQVEGGKDT FITVQSIFLP SIISLPLTFL SALPSPIRDL SLSERKSLFR
SLLETAEKQT ATNDKGAAAV GSTPFKPVKE IWTLLEYLMA NPPSLSTWCR PSLYTSSFSS
SAHSAGIQTI MEHLNTLPST IPLPPDVPHL IPPTLIYLLS SIPGGLLPES VQAQIERNGV
EDRDAAFGVL EGVKMVSTNT LIGLVSVVRL CLGQVMGAQQ ESAKIEEEEE SKEHVERERK
VDESKPDSSV AEGSVDSASN LATPSTPESN TQANRKSIDR SSLLSNANSS GNDHVKLEYA
QESKDDTGNP EPEGGALFEL GDDEDEDDEG EVKGDAENEE VEVEGGGVPE MEEESKDLSD
EIKKDKAEKN EKDLKAKDEP TLSPAASVPI TEPKADPKPS LQPAAELTPS KAKPKMKRAK
SLAEESLGEE SPIVDDVNGD PDGDGIEKRS GNVEIGDVPE DQVKKLDAEA LETPKAQGRL
LAGTASAAAG AGAATKEEEV STIDKLVDVL CPAVFGRVQV SAVGRERRKK FIKLLLEG
|
|---|
| |