| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CND05660 |
|---|
| Symbol | |
|---|
| ID | 3256999 |
|---|
| Type | CDS |
|---|
| Is gene spliced | Yes |
|---|
| Is pseudo gene | No |
|---|
| Organism name | Cryptococcus neoformans var. neoformans JEC21 |
|---|
| Kingdom | Eukaryota |
|---|
| Replicon accession | NC_006686 |
|---|
| Strand | + |
|---|
| Start bp | 1525690 |
|---|
| End bp | 1528817 |
|---|
| Gene Length | 3128 bp |
|---|
| Protein Length | 664 aa |
|---|
| Translation table | |
|---|
| GC content | 47% |
|---|
| IMG OID | 638256504 |
|---|
| Product | conserved hypothetical protein |
|---|
| Protein accession | XP_570478 |
|---|
| Protein GI | 58266644 |
|---|
| 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 | 19 |
|---|
| 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 | AAGCCCCTGT GAAATAACAA CAACAGTGTA GTCTATATAG CGCACCGACT GACAGTATCG
CACGCATTTA CTATTACTGC AGCAATAGTG GTAGGGTTAG CTGCAAACCT AAGATTCTTG
GGCGTTTCAC GCCACGCTTT CGCCACTGGA TCTAATCCCA TAGCACTATC ACTCTAATGA
TAGATAACGA GGACCCCAGC AGGGACGTGG CAGGTGCGGG CGAATTGGGA CAGGATTGGA
GGCCCATTGG GTAAGTCAGC ATTCCTCGTG CCTTTTGGGT ATGATTCGTT CTGCAATGCG
ATCTACTCGC CTTTACTGCA TCTTGTGGGC CAACTTGCAG TCGAGCAGTC GAGGTTGACA
GTAATGCGGC TGACCGGCGA TCAACACTAT CACAGCCATA CTCCAAATCA GCTTGTCTTA
TATCATCCCG CTTCACATGC TCTGCGAGTC CGCATCCAAC CGCCCTCGCC ACCACGTTCC
GCTTTTCCTA GCGATATCGT GCGTGCGAAC GATGCGCTTA GAAGACGATC TCCCGATTCG
GCCACTAGGT CCCTGTGCTT GCTCTGCCGA CAACCTGTTC CCAGAAACGG CCTTGGTGAG
GTCGCTGCAA TATCAGGTAT GGAGAGTTAT TTCCAGACAC TAGAACATGT CCATTCGGAA
TCCGAAAGTT TCTCGCAAGG TGTGGGAATC GACGATCTGT TGGACGCCCC GCAACCGCGT
ACGTCGAATG AAGAGAATTC TTCAGCAGCA GGGTATTATG CTCGGTTTTT CAAAGAAGTA
CGGAAACTAG GAATGGGCGC TGAGGGAAGT GTATATCTGG CTGTACATCA CATTGAAGGC
GATACCTTGG GTGAGTCACT ATGTGTGATG AACGCTTGCC TACATCTCCC ACTTTATGGG
CGCTAGAGGA CTGACTAAGC GGCCTGTCTT CCCCTTGGAC AGGAACGTAT GCGGTAAAGA
AAATAGCCGT CGGCGAATCC AAGGAATATC TTCATAAAAT CCTACGTGAA GTGAAGCTGT
TGGAAGTTTT GAGGCATACC AACATTATAC CTTACTACCA TGCGTGGATT GACACGACTC
GATTCTCAGA GTAAGTTTCT CCCAGCCGAT ACAGTTTGAG ATAACACAGC CTCACCTTTT
CCCATTCCAG CCTCGCACCC CCGGTGCTTG CTCTCCATGT TCTCATGATG TACGCTTCTG
GCGGAAATCT TGATTCACTG CTTCTTTCAC GATCTCATTC CACAGGATTC GCGGCCGGCC
TCTCTGCAGA CGACATTGCC GACGCCGAAC CAATCGACCA GCTGCCCAAA GAAGAACGCA
TCAAGGCATT CAAACGCAGA AGACAGAGTG CCAAAACCGA GTGGGCAAAC AATCAGCGAC
CGTTTACAGG TGGTAGGCGG GCCTCCAGAG CAGAAAATAG AGGTGTACTG CTACTCAGTT
TTGAGGAAAT CGCTCAGCTT TTCGGGGATA TCATTGATGG ACTGGCGTTT CTTGTAAGTG
ATCCTCTAGA CAGATAACGG CGTTGAAACA GATGACCACT AATGACATAG CATTCAAATT
CCATTTTGCA TCTGGATCTA AAATGCTCCA ACGTTCTTCT GCACTGGGAG GAAGGAAAGC
TGGTGTGAGT ATGACTCTTA TTTGGATAAT CTCAAAGCGG ATCTGCAGTG AAGGCTATCA
GGGCTAAATG TTTTTTTTTT TCTCAGACCA AAGGCGATGT TGTCCGACTT TGGCACTTCA
GAAGAGATGC TCAGAGGACA GAGAGAAAGG ACAGGTCATA CGGGTACCAT GGAGTACGTG
GATACCCTAC TGAACTATGT GGGATTTGCT AAATTGGTAT AACAATGATA CAGGTACATG
GTAAATCAAA GGACACGCCA GTGCAATCTC GGACAACGCT CATGGCGATG TTTTAGGCAC
CTGAGACACT AGTCCAAGAC GCCAAAGGGC GTTTTCGACC CTCTGATTCA CATGCAGACA
TGTGGTCTCT TGGTAACTAT CTGAACTTTT CAGTCATGTT TTCGTTACTA ACAGAGTTTC
TTCCAGGGAT GATTTTGTAC AAGATGATGT TTTTGAAACT GCCATATGAA GAATGCGACA
GCTATGATGT TCTTCGTGCC CAAATTCTAT CCTATATGGG GTGAGTATCA TCAAATGGTA
CCCTTTCAGT TTTTGTCCCT AAAAACACCC AACTGTAGCT TCCTACCGGA TGGGTCTCTA
CTGCAGAATT TACAGCGCCG ACATATTCCA AAACGCTTTG CCTTCCTTCT CAAGGAATTA
TTGGATATCC ATCCGGAAAA GCGTCCTTCT GCCGAGAAGA CGAGAAGTGT TTTAGCGGAC
ATTGTGAGCT GTTCAATAAC GTGTTATGTA GAATCAACTT TGACCACTTT TTTTCATCTC
GTAGAAACAT CACTCAAATC AAAATGAGGA TTATTCTTCG GCGATAGTTG GACAAACGCT
TGCGTCATTG GAAAATCTCT CTTACCCCAG CAGCAGAAGT ATTTGTCGAA GGGATTCGGT
CGTCGTCAAC GACGTTCACC TCGATGCTGA CGCGACCACG CCAAACAACG GTCTTCTTCC
CTTCTTCCCG TTACCAAAAA ACAATTTACT ACCATCACTC ACCGATGTTC CTGAGCGGGC
AATGACCTGC CTTGCTGGTC CAGCAGTGCG CCTAGCGTTG TTGTTCGGCA AACTTGTTTC
CATTCAGCCT AGTATCTCCG GTGTCAGATT ACCGCCCGTT GTTGCAGTCA TCCTCATTCT
CTTAGCCTTA ACTGATTTAG CCCACCAAGG ATCCTTTCTC TGGTCGTTGA CCTGTTTGAT
AGCTCATTGT GCTGCAGTCC TCAATTTCTC GTCTCACGAG ATCTAAGAAG CCCGCCAACG
TTTTGGTGTG GGTATTTGTC TTGCAAAGCG ACAACGCTCT TGATCAGTTG ACACAGTCTC
CCTGGAAGTT GCTAGCGATT GCAGTGCAAT AATTCAGGTT CGGCCGCTAG TCTTATCAGA
GGATAGATAA ATATGGATGG GGACTTGAAT CAAAGTAGCG CATTTGTTGA TACACCGTTG
TTGTACCTCC TGGTAAATGT AATGATTTCC AACGTTTTAT TGCAAGGGAG AATGTGAAAA
TTTGTCCA
|
|---|
| Protein sequence | MIDNEDPSRD VAGAGELGQD WRPIGHTPNQ LVLYHPASHA LRVRIQPPSP PRSAFPSDIV
RANDALRRRS PDSATRSLCL LCRQPVPRNG LGEVAAISGM ESYFQTLEHV HSESESFSQG
VGIDDLLDAP QPRTSNEENS SAAGYYARFF KEVRKLGMGA EGSVYLAVHH IEGDTLGTYA
VKKIAVGESK EYLHKILREV KLLEVLRHTN IIPYYHAWID TTRFSDLAPP VLALHVLMMY
ASGGNLDSLL LSRSHSTGFA AGLSADDIAD AEPIDQLPKE ERIKAFKRRR QSAKTEWANN
QRPFTGGRRA SRAENRGVLL LSFEEIAQLF GDIIDGLAFL HSNSILHLDL KCSNVLLHWE
EGKLVLSGLN VFFFLRPKAM LSDFGTSEEM LRGQRERTGH TGTMEYAPET LVQDAKGRFR
PSDSHADMWS LGMILYKMMF LKLPYEECDS YDVLRAQILS YMGFLPDGSL LQNLQRRHIP
KRFAFLLKEL LDIHPEKRPS AEKTRSVLAD IKHHSNQNED YSSAIVGQTL ASLENLSYPS
SRSICRRDSV VVNDVHLDAD ATTPNNGLLP FFPLPKNNLL PSLTDVPERA MTCLAGPAVR
LALLFGKLVS IQPSISGVRL PPVVAVILIL LALTDLAHQG SFLWSLTCLI AHCAAVLNFS
SHEI
|
|---|
| |