| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNC03120 |
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| Symbol | |
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| ID | 3256328 |
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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 | Cryptococcus neoformans var. neoformans JEC21 |
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| Kingdom | Eukaryota |
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| Replicon accession | NC_006685 |
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| Strand | + |
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| Start bp | 987901 |
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| End bp | 993733 |
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| Gene Length | 5833 bp |
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| Protein Length | 1545 aa |
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| Translation table | |
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| GC content | 48% |
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| IMG OID | 638255535 |
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| Product | transmembrane protein, putative |
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| Protein accession | XP_569615 |
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| Protein GI | 58264918 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG5038] Ca2+-dependent lipid-binding protein, contains C2 domain |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 9 |
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| Plasmid unclonability p-value | 0.147614 |
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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 | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGCCTTTTA TTAAGGCTCT TGACCATGCG ATACCGAATG GACAGACATT CAACAACCTA
GCCAAAGCTC CCGGAGCTGT GGCGGGTGGT TTGACTTCCG CTGTGGGATC AGTCGGCAAT
ATGGTGGGTG TAGAACAAGT CAGAGGAGCC GCAGTTCACG TAAGTAATCA GAAAATCTCG
ACGCTATCTC ATCAAAACCC AAATATTTAT ATTGATGGGA TTGGTATTGT AGATGTTTGA
TCCGGATGCA TCGCCAGCGG TAAAGGCTGC TGCGGCTGCT AAGGCAAAGG CATCACTTGG
TTTACCTAGC CGGGATAAAG TGAGGGAAGG CATATCTGGG GACGGCGGGG GCGCGCGAGG
TATGAACAGC GAACGACTTC CTTTCGTATG TGGCTTACAA ATTCCTGCAG CTGTAATCAT
TGATAGCTCC ACATCCGCCA ACGCTCCGAA ACCAACCGTG ACACTTGCGG ATATTGACAA
GGCGTCTCAA GCTGAAGGTC AGAGGGAAGG CAGCGTACGT ATTCAAAATC GTATCAGAAG
CTCTACTACC GCTGATCGTT TCGTAGGATG ATATGCCTGG CTCCATCCCT TCCAACACGG
CTCCCTCTAT CCCTACTTGG GTAAGCAGGG ATAGTTTCCA TATCCCCTGA TCATAATTGA
CAATCAATTC AGGTCATGGC AGGCTGGAAG CAAGCAGCTG GCTTGGGAAA GACGGCAACA
GCGAGAGAAG AAGCTACCGT TTTGCAAACT TACCTGTGAG CTATTAACGA AGGAATTGCT
GTCCATTGTT CATGACTTTT GTATCACATC AGCACTGAGA CAATGTATGG TGCTTGGTAT
CACAATGCGG CCGTCGTAAG TTCTGATTAC TTAACTATCC CCCGAAGAAT TCTGATCTGT
CGTAGATCCT TTTTGCCATC CTATCTACCC GTCTTCTCAC TGTTCTTCAT CTCGACTGGG
GTTGGATTAT CGTTGTCCTT GCTTTTTGCT CGTCCTATTA CTCTATCTCC ATCTCGCGAA
CTAGGCAGCG GGTTAGGGAC GACATCCAAA GAGAGCTGGT GAAAACGAGG CTAGTCACTG
AGACTGAAAG CGCGGACTGG ATTAATTCAT TTTTGGAAAG ATTTTGGCTT ATGTGCGTTG
CTGATGGGCA GATAGTTCGG TGGAAACGTT TCGCTGACCG ATATCTTAGC TACGAGCCTG
TCCTCAGTCA AACGATCATA GCAAGTACTG ATGCTGCTCT GGCTGGAGTA GCCCCTCCTG
GCGTTGACAG CATCCGTATG ACTACTTTTA CTCGTGAGTC GGACTTGAAT GTGTATTTTA
AGGAATAGGG CCAAATCTAA TTTATGGTCC TTCTCTAGTC GGTACTAAAG GTCAGGATTA
AGCCAGTACA AATGTAAATC AAAACTAATT TTGCGCAGCT CCTCGTATTG ATTATGTCCG
CACTTTCCCA AAAACGTAAG TTGATCAGAT TGCGCCATAT TATGAACTGT CGTATCCACA
CAATTATGAC TAATTTATGA GCAGTCCCGA GGATGTTGTG ATCATGGACT GGGCCTTGTC
TTTCACTCCG AACGATCTTG AAGACATCAC CCCTCGCCAA GCTGCCAAAC AGGTAAACCC
AAAAGTTGTG CTTAGCATCC GAGTTGGTAA GGGTGCGCTG TCCAAGGCAT TGCCTGTCTT
GCTGGAAGAC ATGTCTTTCT CTGGCAAAAT GAGGTATAGT CTGCAATTTG TACATGGCCA
GGGGCGTATG CTAATATCGC CATCAGAATC AAATTGAAAT TGATGACCAA CTTTCCCCAT
GTGCAGACAG TAGATATCAG TTTCATTGAA AAGCCTACGT TCGACTATGT GCTTAAGCCT
ATTGGCGGAG AGACTTTGGG ATTTGACATC AACAGTATCC CAGGCCTCGC CCCATTCATC
CGTGACCAAG TGCACTCCAA TCTCGGTCCC ATGATGTACG ACCCCAACGT TTTCACCATC
GATTTGCAGC AACTCCTCTC CGGCACACCA CTTGATGCCG CTATTGGCGT CCTTCGTGTC
ACTGTTCTTG ACGCTCGCAA CCTCAAAGCA ACCAAATTTG GTGGAGGTGA TCCCGATCCT
TATGTGTCCT TCTCCATAGG TGCAAAGCCG GCCATCGCCC AGACTAAGAC AATCCGTTCT
TCTTCCAACC CTAGTTTCCA TGAAACTCAG TTCCTTTTGA TTAATTCCCT TGCCGACGTT
CTCAACCTCA ACGTTTTTGA TTTTAATGAC CATCGTCCTG ACAGCTTGCT CGGTACCGTT
TCTCACGAGC TCGGCACGCT TGCCGACGAC GCTGAGCAAG AGGGTATTGT GGGCCAAATT
CTCGGCGGTG GCAAAGATCG TGGCACACTT CGATATGATC TGTCCTACTT CCCTGTCCTC
AAGCCAGAGA AGAACGCTGA TGGCACACTT GAACCACTTC CGGACACTCA GACGGGCATT
GTTCGTCTTA CCATTCACCA AGCCAAGGAC CTTGATGTCT CACATGCACT TCTGGGAGGG
GGTGCTCTCA GTCCTTTCGC CAGCGTCTTC CTTGGTTCGG GCAAAAATGA AGTTCATAGG
ACCAAGGTTC TCAAACATGC CAATCAACCT ATTTGGGAAG ATGCATGTGA ATTCCTTGTA
CCGGAGAAGC ACAATTCAGT TGTGACGGTT GCTATCACCG ACAGCAAGGA CTTCGCAGTT
GACCCGAGCT TGGGAATGGT CACTATTCGT CTGGCTGATT TGCTCGAAGC CAAGGAAAGG
CACCAAGACT GGTTCCCTCT CAAGGGCTCA CGTCAGGGCA AGGTCCGTAT GACTGCTGAG
TGGAAGGCCG TCGCTATGAC TGGTTCCATT GGGGGTGCTA ATTCATATAT ACCTCCAATT
GGTATCCTTC GTGTATGGCT CAAAAGAGCT GTAGATGTGA AGAATGTCGA GGCTGCTTTG
GGTGGTAAAT CTGATCCCTA TGTGAGGATC ATGGGCAACA ACCGTATCAT GGCCCGAACT
GAGGTTATCA ACAATAATCT TAATCCCGAA TGGGATCAGA TAATCTATGT GCCTGTGCAC
TCGATTCGGG AACACTTCAT GCTCGAAGTG ATGGATTATC AAAATATCGG TAAAGACAGG
TCGCTTGGTC ACGTGGACTT GGCCGCTAGA GATTACATCG ACGAAAGTGG CGAGCAGAAG
TACCCTTACA TCTCAAAGGG TTCTCAAGAT AGGAGGGACA GAATCAAACT TGACAAGGCA
AACCATTTCA AGGGTGAACT ACATTACGAA GTGGATTTCA AGCCAGCCGT TTCTCTCCGA
GGTGGAGTCT CTTTTGATGC TCAGAAGAAC GAGCTTGAAA TTGCAGCGGA AGCTGCTGAG
GCTCAGTCTG CTGCGGAAGG CGCTAGTTCC AGTGTCACGG CTACAGTCAC TCCAGAAGCC
AACGGATCCA TCAAGGCTGC GTCCGTACCT AGCGGTATCG TTGGGGTCGA CGATGTTACT
GCTGGAGATG CCAATGGTCA TGCCAATCAG TCGGTCGTGG ACGCCTCGAT AGCTGCAGCT
GCTCTTACGG CCGAAGAAGA AGATGCCCAA CCGGAGACAG CTGCAGAGGA TCCGCGGGAG
GGAGTAATTA TGTCTACCGA GGAGATTTTG TCATGCCGTG AGTTTTGCCT CTTTCAAGAA
GTTGGATCAC TTGCTGACTG TCTGATCAGA ATCCGGAGTT ATAGTCTTCC AAGTTATCTC
TGGCAAACTT GCTCGGCGTG GCTCCCTTGA AGTTATGTTT GATGATGGTT ACTGGCCTGC
TTTCACTTCA GGTAAAGCTC GCAGTAATCA CCCAACCTGG GACCAAGTTG GTGAAGGCTT
TATCCGTGAA CTTGACTTTA GTCGAGTTTG GTTGAGAATT AATGCAGCCG ATGAGAATAG
TAAAGAGGAT GTTGTGGCTG AATTCAAATG TGACACTAAG GATTTCCTGG AAAGGTCCAT
TGTGAGTAAA TCCTTGTGTT TGAGAGTTTG ATAAGTATTA AGGACAGGAT CTTCGATGCA
GAACGCTCCT TATGACTTCG TTCTTACTGA ACCCGATGGC TCGAATAGAA GTATTGTCCA
GATTGCTGCT CGCTTTGTAC CTGTAGACAT TGTGCTTCAA CCTCGAGAAA GTATTAACAG
TAAGTCATTG AAGTAGTCGA AGGTTTTGAT TTCTGATTTA AGCCCTCAGA CATGGGTATC
CTCAGGGTTG ATGTAATAGA TGCTAAGGCA TTGCATGGTG CTGATAGGAG TGGTAAATCT
GATGTGAGTG TCCGTGAGCA TCTTATCCGT CCCCACCTAC TGATGGACGA CTTCATCGAA
GCCATATGTG GTCTTTTCTT TGAACGACAT GAAGGTATTC AAATCGGAAA CCAAAAAAAA
GTAAGAATGC AGTGTGAATT TTCATTACAG CCTAGTGCTC ACGGCCATTG GATAGAACCC
TTCACCCCGT ATGGAATGAG AGCTTCGAGA CCATGGTTCC TTCTCGCGTG GCGGCTAAGT
TTGCATTTGA GATATTCGAT TGGGACAGGG CAAGTAGCTT ACGTTTTGCA ACCTGCTAAT
GCTGACATGT CCTGGCAGGT CGGTACCGCA ACTTCCTTGG GTGGGAACAT AATCGATTTA
GCTGTTCTCG AACCTTTTGA AGCTACCGAG GTCTCTTTAC CTGTTATCAC TGAAAAGCGA
GGAGAGAAGG GCACTTTTAC ATTCAGATTG CTCTTCACCC CTGAAAGTGA GTACTTCACA
TGACTGCTCG ACGATCATAT CCTAATGCAA TGACTAGTCA TTGCTCGAGT GCGTCATAAT
ACCAGCTCCT TTGTCTCTGC CGGTCGAGCT ATCACACAAA TTGGGGGTGT TCCTCTTGGT
GTTGGCAAGG GCGTTATTCA TGGCGGGGGT GCCGTCGCGG GTGGCGTCGC TCACGGCCTG
GGTTCCGTCG GCGGGTTTGC TGGCCGTCGC ATTGGCCTGA TCAAGAAAAA GGACAAATTA
ACGGGAAAAG AGGTCGTCAT CGATCCTGTT ACCGGCACTT CTGTTCCTGT AGCTCCTGGT
ACCGAAATTA CTCCCGCTAT TGGCGAAAGT TCTGATGTTG CAGCAGGTCA GACTTCTGCT
CCCGTTGGCG CTAATCTCGA TGGGGCCGTA CCAGGTCATC ATGCAACAAC ATTACCAGTA
GGGGAGAGTG CTAGTCCTCA GCAGCCAGGG ACTCTCGGTG TGACCGTTAT CAGCGCCAAG
GACCTCAAGA GTAATAGGGA AGGCAGTGTA AAACCTTATG TTCAGATCAA AGCGGGAGGT
AAAACTGTGA AGACCGAACA CGTCAAAGGC TCTGCTCCAG AATGGTGAGT ACATCATTCC
GCCACGGCTC AAAATTTTAA TTCGCCTGCA GGAACGAAAG TTTTTCTTTC AACCTAACTC
CTAATATAAA GTCTTTCTCC GTGACTGTAT GCGGTAAGTC TTGCCGTCAG CAAAAGTATG
AAGGAAGCGA GCTGATCCGA ATCCGCTTTA GACCACCATA CCCTCGGCAA AGATCCTGAA
CTTGGCGAGG CTGAAGTCGA TATATGGAGA CACATCCGAC CTGCCGTACC CGATGCCGAC
GTTTGGGTTG AGCTCAGTAA TGGTACAGGC CTTTTGCGTT TGAAATTGGA CTGGAACACT
GGCTTTGCAA ACCCTACACC CATGAGGTTG GGATCCAGGA TCAGGACACC TAGCGTCAGC
TCCAAATCTT TACCAGATAG TCCTGGTCGA TTCTCTATGA AGAAGAGCAA GGAATGAGGG
TATATAGATA TGCTTGCTGC ACACGAATCG TAATTTTGTT TGAATGAAGA TATATGGGAT
ATAATCCTTC TAT
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| Protein sequence | MPFIKALDHA IPNGQTFNNL AKAPGAVAGG LTSAVGSVGN MVGVEQVRGA AVHMFDPDAS
PAVKAAAAAK AKASLGLPSR DKVREGISGD GGGARAVIID SSTSANAPKP TVTLADIDKA
SQAEGQREGS DDMPGSIPSN TAPSIPTWVM AGWKQAAGLG KTATAREEAT VLQTYLTETM
YGAWYHNAAV ILFAILSTRL LTVLHLDWGW IIVVLAFCSS YYSISISRTR QRVRDDIQRE
LVKTRLVTET ESADWINSFL ERFWLIYEPV LSQTIIASTD AALAGVAPPG VDSIRMTTFT
PPRIDYVRTF PKTPEDVVIM DWALSFTPND LEDITPRQAA KQVNPKVVLS IRVGKGALSK
ALPVLLEDMS FSGKMRIKLK LMTNFPHVQT VDISFIEKPT FDYVLKPIGG ETLGFDINSI
PGLAPFIRDQ VHSNLGPMMY DPNVFTIDLQ QLLSGTPLDA AIGVLRVTVL DARNLKATKF
GGGDPDPYVS FSIGAKPAIA QTKTIRSSSN PSFHETQFLL INSLADVLNL NVFDFNDHRP
DSLLGTVSHE LGTLADDAEQ EGIVGQILGG GKDRGTLRYD LSYFPVLKPE KNADGTLEPL
PDTQTGIVRL TIHQAKDLDV SHALLGGGAL SPFASVFLGS GKNEVHRTKV LKHANQPIWE
DACEFLVPEK HNSVVTVAIT DSKDFAVDPS LGMVTIRLAD LLEAKERHQD WFPLKGSRQG
KVRMTAEWKA VAMTGSIGGA NSYIPPIGIL RVWLKRAVDV KNVEAALGGK SDPYVRIMGN
NRIMARTEVI NNNLNPEWDQ IIYVPVHSIR EHFMLEVMDY QNIGKDRSLG HVDLAARDYI
DESGEQKYPY ISKGSQDRRD RIKLDKANHF KGELHYEVDF KPAVSLRGGV SFDAQKNELE
IAAEAAEAQS AAEGASSSVT ATVTPEANGS IKAASVPSGI VGVDDVTAGD ANGHANQSVV
DASIAAAALT AEEEDAQPET AAEDPREGVI MSTEEILSCQ SGVIVFQVIS GKLARRGSLE
VMFDDGYWPA FTSGKARSNH PTWDQVGEGF IRELDFSRVW LRINAADENS KEDVVAEFKC
DTKDFLERSI NAPYDFVLTE PDGSNRSIVQ IAARFVPVDI VLQPRESINN MGILRVDVID
AKALHGADRS GKSDPYVVFS LNDMKVFKSE TKKKTLHPVW NESFETMVPS RVAAKFAFEI
FDWDRVGTAT SLGGNIIDLA VLEPFEATEV SLPVITEKRG EKGTFTFRLL FTPEIIARVR
HNTSSFVSAG RAITQIGGVP LGVGKGVIHG GGAVAGGVAH GLGSVGGFAG RRIGLIKKKD
KLTGKEVVID PVTGTSVPVA PGTEITPAIG ESSDVAAGQT SAPVGANLDG AVPGHHATTL
PVGESASPQQ PGTLGVTVIS AKDLKSNREG SVKPYVQIKA GGKTVKTEHV KGSAPEWNES
FSFNLTPNIK SFSVTVCDHH TLGKDPELGE AEVDIWRHIR PAVPDADVWV ELSNGTGLLR
LKLDWNTGFA NPTPMRLGSR IRTPSVSSKS LPDSPGRFSM KKSKE
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