| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNE01630 |
|---|
| Symbol | |
|---|
| ID | 3257555 |
|---|
| Type | CDS |
|---|
| Is gene spliced | Yes |
|---|
| Is pseudo gene | No |
|---|
| Organism name | Cryptococcus neoformans var. neoformans JEC21 |
|---|
| Kingdom | Eukaryota |
|---|
| Replicon accession | NC_006687 |
|---|
| Strand | + |
|---|
| Start bp | 450489 |
|---|
| End bp | 455131 |
|---|
| Gene Length | 4643 bp |
|---|
| Protein Length | 1098 aa |
|---|
| Translation table | |
|---|
| GC content | 49% |
|---|
| IMG OID | 638256753 |
|---|
| Product | hypothetical protein |
|---|
| Protein accession | XP_570782 |
|---|
| Protein GI | 58267252 |
|---|
| COG category | [K] Transcription
[L] Replication, recombination and repair
[R] General function prediction only
[T] Signal transduction mechanisms |
|---|
| COG ID | [COG0515] Serine/threonine protein kinase |
|---|
| TIGRFAM ID | |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | 18 |
|---|
| Plasmid unclonability p-value | 1 |
|---|
| Plasmid hitchhiking | No |
|---|
| Plasmid clonability | normal |
|---|
| |
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 | GACCCTGATG ATGGTGATGG TAAAACTGCG GTATACCTGC CCACAAATGA CAGGAGGCTG
AGATAACGAG GGGTGGGACA TGGCATCCGC CCACTGGCGT CCGCTGGCTG TTAGGTGCCG
ACTGGTGGCC AGTGACGCGC CATCCATATC CGCCAGCCGC TTCTTCTTGC GCATCGTGTA
CACTGACCGC GCACACCGCA CAACGAGCGG CCAAAGCACA CCCTACTCCA CTGATATCAC
CTTCCATTCG TTTCCCATGG TGCCATTCCC TCGGATATAC TACCACATCT CAATCTTCCT
CCGTTTTCCA TCAGCTTCCT CTGTCGCTAC TCCAACGGCT CTCAGCCGCT CGCCCCTCTC
TCCCTAAAAC CGCTTTAAAT TCCTTTTCTG TTCACGCGGA TCGATTGACT ACATTTAGTG
TAGAGCTATT GAATAAAGGT AGGACAAATC GACCCATTTT TCACTGGACG ACCTCCCACC
ACTATCAAAG GAGGAACTTT TTTCTCGGAG CGCCAATCTC TCTTTCGCAA GAAGCGACGT
CATTCCTGAA GGGCTACGGT CGCTAGACCT TTCGCGGAAG AGCATAACGG GAAGGGAATT
CGTCGATCTC GTTGGTTCCA GCTGAGTATT TTGAGTATTA GGGGACCAGG TGAGCCTTAT
TTTTCTTCGC TCATATAGGA GTCGGCCAGG TATCTCATAT GATAGCCATA TTATGTACTG
ATGTGTGTCC TCCACAGGTG CCCACAGTGA ATATCGTATT TATCAGACGC TATTTGCTCC
TCTGTCCTCC TAGTAACTCT CGAGAAGAAA CCTTGTGCAC GTTCCCCGTT CGTAATACCA
CATACATAAT CGCATCAAAG GACATGACAA CTGCCATTTA TCGCGCCAAA ATTCCCACAC
TATTCGTATC CAGCTTCCAT TCCGCTGCTG ATCATTCATC ATCTCATAAT TACGCAGTTT
CTTATCACCA TCCTCCATCC TTTCAACAGT CAGCTGCTGT CTCAAAAATG ACGCTTGTCG
ACGTTGCTTC TGTTGACGCG CAGAATGAAA CTGCCGCCGG CCTTGCAGAA GAGGCCTGCC
CGACTGAAAA AGCTTCCGAT GACATCAAGA AACCATCAAG CATCCACAAA GCTGAAGAAA
CATACAGGAC CCAAGACCAC CCAACAATAC CAAAACTCCA GGCAAGCACA TCAGAGGCAT
CTACGAAAAT CAACCATTAT GTGGCGAAAT TGGAGGATTT CCAGCTGATC CGCGTGCTGG
GCAAAGGTTG TGCTGGTAGA GTAAGCACGC TTTCAAAAGT GCCGATTCGC TACTGACTTT
CTTTGTTAGG TGCTGCTTGT CAAGCACGCT CAGACCCATA CCATCCATGC TATGAAAGCT
ATATCAAAGC GCTCTGTATT TACTCATGAC GAGTTTGACC ATACCATGAC TGAAGTCTCT
ATCCTCCGTC GTATCGCTAT ACAAGAACCA CATAATCGTT TCGTCTCAAA ACTTCATTTC
TCTTTCACAG ACCAAGAAAA CTTCTACTTT GTAATGGAAT TCTACCCAGG AGGAGATCTC
GCGACACAAA TGGAGATCTA TGGTATCTTG GGGGATCACA GAACACGATT CTACGCATCA
GACATCACAC AAGGATTGGA AGATTTGTAC GCCCTTGGTG ACCTTCAATG CCCTTGCCTT
TTTTGCTCAT TTACTTGCAT AGACACCGTC ATGGTATTAT CGTCCGCGAT CTTAAGCCTG
AGAACATCCT TCTTAATGCC AAAGGCCATG CTGTCTTGGC AGACTTTGGT CTCAGCAAGG
AGTTTGATTA CAGGGGAGAC CCAAAACCCA TTCACGCTGT GACATATCCC GGACAAGCAG
AATTACCTGC TTGGGCCGGC AAGGGTGCTG GAAGTTACAG ATCACAGCCC GGTGGAGGAA
AAAAACTGGT TATTGACAAA GCTTACAGTT TTGTAAGTCC AAGGTCCCGT ATTTAAATGG
CATAATTATC TGTTGACCGT CGCACTTGAT CACAGGTTGG TACGTCAGAA TACTTGGTGA
GCTTGTATAC TCGATAAGCG ACTTGTTTTC TAACATCATT TAGTCTCCTG AAGTCGTCAA
ACGTGGCGAT TATTCGTATG CCGTAGACTG GTGGGCGTTG GGTTGTATCG TCTTTGAAGG
GCTCATGGGA CGGGTTCCAT TCCGGAAAGG AGACGAAGAC CCCCCTGTAC GCACTTACTT
CCCTTTGATG GAGCGTGCTA ACAAAGAAGG GCAGATGGTC TTATGGAACA AGATATTATA
TGACCCATGG GACGATTATT TCAAAGATCC CAAGCTGGCT AGGTATGCCC CTGATCAGAC
GACATATAAA TTCATTGACG CTGTGAGTGC CCTGTTTTCT CTAGGCAGCA AGGAGCTGAC
AATCAATGTA GCTTTTACAG AAGGATCCCA TGAGGAGGAT CACAGAACCT TGCGTGAAGC
AACATGAATA CTTCTCAATG ATGTATGTCC TTTTCCCATC TCTACGCACT TACAGTATAA
TAACGTATAT CAGCGACTGG GGTACAGTTC AACGTGGTGA ATACCAAGAT CCGCACGGTC
TTCACATCCA CCCCACCGCA GAATACAATA CTCGATACTT TCCTAAACTT TGCCTCCAAG
AAGATCCCTC TGTCGATATG TCCACTCATG ACTTGCGGGA CTACGAGGTC GGTGGTGGGA
AGCGTACCCC CATGAACGAC GACGCGCTAT ACAAACTCGA ACTCGTAAGA TATCAAAAAG
AGTTGGAGGG ATTCACCTGG TCGAAAGATT GGGGGACTAT ATGGGATGGT GAAGAGGAGA
GCGAGATGGA GAGTGGGGTA GAAAGCTTTA TCGAAGAATC TGTTACTGAG CTGGGGGGAG
AAGCACAGGA CAAAGTAGAC AGATTGACTG AACAGCCAGT TGATCATGAG GAAAACGCTT
CTGATCAAAA CCTCACTCCG GCAGTGTCAG GGTGCTTATC CGCCCAAGTT GACTGTCCCG
ACCCTTCTAA GTCGAGTTCT CTTCTTGTGC CCCCAACGGA TTCACCGGAA AACACCCCGG
TCGCCCCCAA GTTGTCTTTA CCCTCCACAG CTTCCGAGTT TGATGCCGCC ACGTCCTCGC
CTGCCGCTAC TTTTGGCGTA CCTACGCCTG CAGCCGAAGG TCTCTTCAAC CCTATTCTGT
CCGGACAACT CCAGACTAAC GAAGAAGACA GGCAAAATGA AGTGAAGACA CCCTTCATGG
AACTTACTCT CAAGCAACTT GAGTCCCAGG GGATCGAAAT CACGATTGCG ACAGAGGACA
AAACCCCGAT GGCCAGAGAC ACGGAGGTAA TGTCTAAAGG GGCAAGAGAC GCTCAAGTGA
AACAACTTGA GGACTTGTCT ACTGATATGG AGTCCGCGAC TGTATTTCAG GATGATTTCA
ATGGTACGGA TATCACGGAG AAACCTCTCT CACCCTTCAG GTCGCTCCCT TCTCTCACTT
CATCCAATGA GGAGCTCATA CCTTTGGTTC CACCTCCTCC TGTACCTACC AGTCTTATTC
CCCCTCCCGT CCCGGCTCAG CCAGTTTCCA TTCCTGACCC TCTTCCTTCC CAAACAATGG
CAAATCCACA TCCTCTTTCC ATTGCTGTAT TTGAAACCCT TAATCTTCCA ACGGATCTTC
CCTTGTCGGG TCTTTCTGTA TCAGATGTCA TTTCTGTCCC TTCCCTCTGT GTAGGTCATG
CATCTCCACG GCTCGTTAGA CGTCATTTGC GCAGAGAAAG CGAGGTTTCT ATCCCACTTG
CTCGCCTCAG TGTTGAGTTA CATGGCACGA TAACTCGCTT GGAAGATGAA GAGTGGGAGG
AGCTGGTCTC GAACAAGGAA GATATTCCAA CTGCGCCCAA CGGCGGTCCA GGAGCACCCT
ACTTCTTTCG TAGCTTTACA GGCCTGCGGC GTAAACCGTC CACCTTGGTA TCCTCGTCTC
TGAGGAGACC ATATGGTCCT GACTCCGACA CCTCCTCCCG CGGTTCCTCT GGAAGCCTCA
ACAAGTCGAA TCGCAGAGAT CTCAAAGAAA GGAGATTATT CGGAGGGAAA AGGTCAATTG
AGAGTACCAA GAGGGCTCTT AGAGGCTTGA AAACCTTTCC CCGTTTGAAA TCCTTGGCTC
AGGAATGGGG GAAAGACAGG ATTGGAGCCG CTGGACCTGT GTCACCGTTA ATAAGCTTGC
CGTCGTCAGC TCCACACCGT TCCAGCCTTA GAGTTAGCAA TGAAGGCAGT TCATCCGATG
CTCTGGGAAG AAAGGTTCAG ATAACAAGGC CAGACGATGC GAGGCACCAC ACTGAGTCAG
GTTGGATTGG TCGACATCTC AAGAGGACAA AGCCATCATC AGCGCCTGCT TTACAGTCAC
GAGTCATCTC ATCTTCAACT TTTAATACTG GCAACAGGAG CGATTCAGAT GAGCAGAGGG
GGGCTGTCGG TATGGCGGAA GGGAAAGGCA CTGCCCCAAG ATTAGAATTG GAGGAATCCG
AACCAGTTGT ATGGGGGCTT TAAGAGATGT CTCAAGAAGA CTGCTCTAAC TATTACGAAC
TGCATTGTTA TTCCGACGAT TGACGATAAA CATGCCCGAT TTTCCTGCTA TTACAATGAT
AACCTATCTT TGTTAATAAT TTT
|
|---|
| Protein sequence | MTTAIYRAKI PTLFVSSFHS AADHSSSHNY AVSYHHPPSF QQSAAVSKMT LVDVASVDAQ
NETAAGLAEE ACPTEKASDD IKKPSSIHKA EETYRTQDHP TIPKLQASTS EASTKINHYV
AKLEDFQLIR VLGKGCAGRV LLVKHAQTHT IHAMKAISKR SVFTHDEFDH TMTEVSILRR
IAIQEPHNRF VSKLHFSFTD QENFYFVMEF YPGGDLATQM EIYGILGDHR TRFYASDITQ
GLEDLHRHGI IVRDLKPENI LLNAKGHAVL ADFGLSKEFD YRGDPKPIHA VTYPGQAELP
AWAGKGAGSY RSQPGGGKKL VIDKAYSFVG TSEYLSPEVV KRGDYSYAVD WWALGCIVFE
GLMGRVPFRK GDEDPPMVLW NKILYDPWDD YFKDPKLARY APDQTTYKFI DALLQKDPMR
RITEPCVKQH EYFSMIDWGT VQRGEYQDPH GLHIHPTAEY NTRYFPKLCL QEDPSVDMST
HDLRDYEVGG GKRTPMNDDA LYKLELVRYQ KELEGFTWSK DWGTIWDGEE ESEMESGVES
FIEESVTELG GEAQDKVDRL TEQPVDHEEN ASDQNLTPAV SGCLSAQVDC PDPSKSSSLL
VPPTDSPENT PVAPKLSLPS TASEFDAATS SPAATFGVPT PAAEGLFNPI LSGQLQTNEE
DRQNEVKTPF MELTLKQLES QGIEITIATE DKTPMARDTE VMSKGARDAQ VKQLEDLSTD
MESATVFQDD FNGTDITEKP LSPFRSLPSL TSSNEELIPL VPPPPVPTSL IPPPVPAQPV
SIPDPLPSQT MANPHPLSIA VFETLNLPTD LPLSGLSVSD VISVPSLCVG HASPRLVRRH
LRRESEVSIP LARLSVELHG TITRLEDEEW EELVSNKEDI PTAPNGGPGA PYFFRSFTGL
RRKPSTLVSS SLRRPYGPDS DTSSRGSSGS LNKSNRRDLK ERRLFGGKRS IESTKRALRG
LKTFPRLKSL AQEWGKDRIG AAGPVSPLIS LPSSAPHRSS LRVSNEGSSS DALGRKVQIT
RPDDARHHTE SGWIGRHLKR TKPSSAPALQ SRVISSSTFN TGNRSDSDEQ RGAVGMAEGK
GTAPRLELEE SEPVVWGL
|
|---|
| |