| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNA07600 |
|---|
| Symbol | |
|---|
| ID | 3253930 |
|---|
| Type | CDS |
|---|
| Is gene spliced | Yes |
|---|
| Is pseudo gene | No |
|---|
| Organism name | Cryptococcus neoformans var. neoformans JEC21 |
|---|
| Kingdom | Eukaryota |
|---|
| Replicon accession | NC_006670 |
|---|
| Strand | - |
|---|
| Start bp | 2082335 |
|---|
| End bp | 2085499 |
|---|
| Gene Length | 3165 bp |
|---|
| Protein Length | 747 aa |
|---|
| Translation table | |
|---|
| GC content | 48% |
|---|
| IMG OID | 638253083 |
|---|
| Product | hypothetical protein |
|---|
| Protein accession | XP_567110 |
|---|
| Protein GI | 58259395 |
|---|
| 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 | 33 |
|---|
| 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 | GTCATAGCAG ATCTTAGATG GCTTCCAAGG TATAATGAAA AGCTCCTAGG ACCGAGGGAC
TTCAGGAAGA GCTGACTTCG TACAGGTCCT CATTCAAAAT TCGATCCCTA TTCATCCGTC
AGATTCCTTC AACGTTTGAT CAGTCTTCTT CGATCTTAGT TATCCCTATG AAAACGCCCA
TAACAGCTCG ATAATACTCC CGAGGCTCCG ATTACCTCAA AGTAATGGGA AATCACCGTC
CTCTAGAGAG CAAAACAGAG GACATTCCAG CTCGAGGAAT GCTGAACGAC GAGTACTGGT
CCACTTTCAC CTTCAACTCG GACGATTATG AGTTGGGTCC GATCATTGGT GAGTCCCAAG
ATGCATAATG TGAGGATCAT ACCAACAACC TTCTATAAGG CTTTGGGGCT TCGTCAACTG
TTTATTCAGC CGTGTTTACC CCGCCCAGTC CTCAGCCTTC AACGTCGCCG AGTGTATCTT
CGACCAGTTC AAACTCAACT TCAACGCCTC ATTCAACACA CATTTCTTCC CCTGGAACTT
CTCGGAAACC TCGTCTAAGC ATAACTCTGC CAGCGCCTTC CACTTTACCC ACGGCAGTGA
CATCACGAGT GCTTGAGCGA GGGACATCAT CACAGCCTCA AGGAAATAGG CCGTGCGCTA
TCAAAGTATC GAATTCTCGC CCGAATGTGG AACAATTATT CAAAGAGATA AGGCTGCTAG
CTCTCTGCAA GCATCCCAAT ATCCTTCGGC AGGTTTTCAT TAATCAGTAT ATACATAGCC
AAAGCTAATA AGCAGCTGGA CTGTAGAATT TTAGCTACAT TTACCCTACC TCCAGACTGC
CAGCGCATCG CTCTTGTAAC CCCTCTCATA TCAGGAGGAT CTCTAGCTGG TATCCTTGAT
TGGCGCTCTA GATCGGCAAC AACCCCTAAA AGCAATCATG CCTTCAAGTT CAACATTGGG
CATAAAAGAA AGGAGGAAGA TGGACGTGCA GGACTAGAAG AGGAGGAAAT AAAGGCGATC
ATAAAACAAG TGCTTGAAGG GATGAAGTAT CTTCATGAGA AAGGATACTT ACATGTGAGT
CTGTGGAATG AGCCGACGAT TTGCACTACT AACGAAGAGG CAGAGAGATC TCAAAGCCGG
TAACCTCTTA GTAGACGACG ATGGTACCAT CCTATTGGCA GACCTGGGCG TGGGCGGGGA
CATGAACCTT CCTCCTTCGC CAATATCAGA AAAGTCTCGG AGAAAGGGAG TTGAAGAGAT
CAGGTTTGGA TCTACAGCGG TAGATGGATT AGGACCTGGG AAGGCAGCGT CGATGACGCC
AGTGGAGGAG GATTGGGGTA GGAGAAAGAG CTTTGTAGGC ACAGTAAGTG TTAGTATTTT
TATGAGACCA TTTGGGTTAC TAATGGTAAC GGTCTAGCCC AATTGGATGG CGCCAGAAGT
AATTCTGGGA AGAAGATATG ACAGCAAGGC GGATATATGG AGTTTAGGGA TGACTATCCT
CGAATTGGCT TATGGGACTG TCCCAGGATC GAAGAACAAG GGCAAAGATG TTTTGACAAG
AATTATCACT GACCCTCCTC CGACCTTGGA CAGGATGGGA AAGTTTAGCA GACAAATGAA
GGAGTTTGTG GATGCCTGCC TCGTAAAAGA TCCGGATGGA AGGTGAGCGT CAAAAATGAT
ACGGGTAGTG GGGATACTAA TAGAGGCGCA GACCGACTTC TGCACAGCTA CTGGAACATC
ATTGGCTTAA AGGGGCCAAG AAAAAGAATT TCCTAGCTCA ATCCCTTCTT GGTAACTACG
CACCTGCTTC ACTTTCCGGG AACAGAGCTG ATTTTATTTC TCCATTCAGA TGGTGTTCCT
CAACTTGCGC AGCGGCAGGA GCTTCGTAAA TTGCTGCTCG TCTTACCCTG CTAGACCATA
CACTGACTTA AATTTAGGTC GAATACCTAC TGTGTCCTCT TTTGTCTCCC GCACATCATC
GTGGGACTTT ACTACTCCGT CTCATCCTCC ATCTCCTATA AAATCTTCGT TACATATCCC
CTCGGCCCGC TCCCCGTCTG TCATCTCGTA CAAAGGCGAT TACTTTGCGT CTCATACGCA
TTCCCGCAGC TCCTCCTTTA GCGTAATGCC ACCCTCCCCA AGAGTATCTT TGAGACAATG
GGCTGAAAGA TCTGCTTCCG TCGAGGGTGA CTACATAGTC GGCCTTGGAA TACGGACGGG
TAGCGAAAGA GGTAAAACCA GGTCATCGTC TGTAACTCCT GCGCACAGCG CTCGGAAAAC
AACATCATTC GATCTTCAGC GCCCAATGTC GATATCATCG TCCTCAAAAA TCCCTGACGG
TGCATCACCA ATGAAACGTG GTAGAGATCT ATGGGTGCCG AGGTCGGAGG ATAGCATGGC
GCAAGATGAT GAGAGGGCGA CGGCACCTAT GAGCCCTTTA ATGGAAGTGG GCAAGACCGA
GGCGCATCAT GCGGAGATAC TCTCTTTGAA TTTGAATGAG AGTTTGACGG CCTTGGAGAT
TAGAAGCGAT GGTCTTGAAG CACATAGATC CCCAGAACTA CTGTCCGAGG GGGCGGATGA
GCCGGGAAGT ATCCCTTCTG CAGAAGTTCC TAAAGAAACC TCCACCGAGG GTAAGAATGA
CGTTGTTGCA GCGACAGAAG ATGCGAGACT GCCAGAAACA AGGGCAGATA CGCCAACCAC
CGCAAGGCAT ACTGAGTATG CGAGCACTGG TCCCTCCACT GTCATCCCTC TTTCTCGAAC
CGAAACCATT TTAGCCAGAG TGTCGTCGCG AGCAGCCAAC CCTGATCACA ACGAAAAACG
TAGTTGGCTC AGTAGGCGGT CCAGCGTGAA AAAAGCCGAG AAAGTGCTTA TGGCGACTTC
TGTCCAAGAG AAAGATAGAT GTGGCTTGGG CAATGGGGCG GCACCTGGGC ATTCGCATTC
GCATTCGATA GGAAGAACTG GATCATGGGG AGCAGTTTTC GATAAGATGA CTGGGAAGAA
AGGCGAGTAC AACCTAACAA ATTAGCAATA TGCTTTCCCT AATGGTTCGT ATAGGTAAAC
GATAGGTATC CGTTATTGAA GGGGGCTTCA TAGCTGTATA TAGACACCCG TAGACAATTG
AAGCTCAGGC AGCCGGTTGT AGCTGTAAGA CATTAGCACA CTTTA
|
|---|
| Protein sequence | MGNHRPLESK TEDIPARGML NDEYWSTFTF NSDDYELGPI IGFGASSTVY SAVFTPPSPQ
PSTSPSVSST SSNSTSTPHS THISSPGTSR KPRLSITLPA PSTLPTAVTS RVLERGTSSQ
PQGNRPCAIK VSNSRPNVEQ LFKEIRLLAL CKHPNILRIL ATFTLPPDCQ RIALVTPLIS
GGSLAGILDW RSRSATTPKS NHAFKFNIGH KRKEEDGRAG LEEEEIKAII KQVLEGMKYL
HEKGYLHRDL KAGNLLVDDD GTILLADLGV GGDMNLPPSP ISEKSRRKGV EEIRFGSTAE
DWGRRKSFVG TPNWMAPEVI LGRRYDSKAD IWSLGMTILE LAYGTVPGSK NKGKDVLTRI
ITDPPPTLDR MGKFSRQMKE FVDACLVKDP DGRPTSAQLL EHHWLKGAKK KNFLAQSLLG
NYAPASLSGN RADFISPFRW CSSTCAAAGA SVMPPSPRVS LRQWAERSAS VEGDYIVGLG
IRTGSERGKT RSSSVTPAHS ARKTTSFDLQ RPMSISSSSK IPDGASPMKR GRDLWVPRSE
DSMAQDDERA TAPMSPLMEV GKTEAHHAEI LSLNLNESLT ALEIRSDGLE AHRSPELLSE
GADEPGSIPS AEVPKETSTE GKNDVVAATE DARLPETRAD TPTTARHTEY ASTGPSTVIP
LSRTETILAR VSSRAANPDH NEKRSWLSRR SSVKKAEKVL MATSVQEKDR CGLGNGAAPG
HSHSHSIGRT GSWGAVFDKM TGKKGKR
|
|---|
| |