| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNG03960 |
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| Symbol | |
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| ID | 3258551 |
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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_006692 |
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| Strand | + |
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| Start bp | 1118266 |
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| End bp | 1122429 |
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| Gene Length | 4164 bp |
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| Protein Length | 1121 aa |
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| Translation table | |
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| GC content | 50% |
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| IMG OID | 638258020 |
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| Product | MYT1 kinase, putative |
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| Protein accession | XP_572122 |
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| Protein GI | 58269932 |
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| COG category | [K] Transcription
[L] Replication, recombination and repair
[R] General function prediction only
[T] Signal transduction mechanisms |
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| COG ID | [COG0515] Serine/threonine protein kinase |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 15 |
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| Plasmid unclonability p-value | 0.657095 |
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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 | ACAAGTATAA ACACCAGCAA GTACAGCATC CAGTCCATCT ACATATATAA CGCATATTGC
CGAGCAAGAG GCCACCCAAA ACGCTGAGAA AACAAGCGGA TGCATGAGGG ACAGACGGCG
CAGCGGAAAC TTTGGAGCCA CGACGCGTTG TGTAGAAATC GTCAAACATC ACGATCGCCC
GCCTGCAACT TATTCTCACA CCGCTGTCTC CGCCACATCT TACGAGCACT TTATATTCAG
CAGTCATTCC CACACTCTTT TATTCGGCAC TCATAATGAC TTCAAAATCA TCCACCTCGC
AACAAACATC TGGCAGCTCT TTCCGCCTAC CCCGTGCCAA GGGGCTTAAC AAACCGACGA
CGTGGTTTGG CGCCCCATCC TTCGGCAAGT CTTCAACATC TTCGTCCTCC TCAAGTACGA
ACACTTCATC GAGCGCCGAG GGATCGTCAA GTGCACCTCG AGGACCGGTG GCGCAAAGCC
CAATCCCAAA CCCGTTCACT GTCTCGTCAT TCAAATCCCC TTTCCCATCA AGCAAGGGTA
AACACAAATT GTCGCCTTCG CCATCACCCA AACATCGGGA TGAAGATTTT GTTATGATCT
CCCCCGTGCG AACCGATTCT TCACCTTTAG CAGGCGCTGG CGCCAAGCAA TCCGCTATTC
CTCCTACGTC ACCAACGCCG TCCCGATTTA CCTCTCTTAA ACCGCATGCC ATGGCATTTG
AAAATTATCA CCAATCCTCT TCATCTACTC CTGAAACCCC CGAAGAAAGC CCAACACCAG
CATGTGGAAT GTCAAGTGCA ACAGCGAGGT TAAGACTTGT GGATGATTCG CCCATCAGGA
GAGTGCCAGG ACAAAGTAGA AGCTTAAGAC CAGGCGCGGT GGGGTCAAAT CCTGCGGAAA
GGGATGAGAG TAGGAGGAAT CTGTTTTTAT CAACGGGTAG TTCCAAAAGC AAGATGGCAA
GTCCTCTGAA GAATTCCCTT ACAGGGATGT CGGATGAGGA ATTTTCGCCG ACCTTACCGC
CAACACCGTT ACTGGGCAAT GGTAGCCCTG CGCCGCCGCC TCAGCCGCTG TTTCCATCTT
CTCGTTCGCT AAAGTCGCAA GACGGAACAA GCCCAGCCCC GTTGTTTGGC GACGGCTCAA
AGATTTCCAA GCTTTCAACA TCGCACCCCC TCCGTGCAAG GGCTGGTACT CTTACCGGTA
CAGGGGAGGG TCCGCCGACA CTCGCACAGA CGTCGAGCCT TATTCAGAAG AAAGCTATTT
CGCTTGATCA TATTCACTCT ACTTCAACAG ATGGCGACGC GTTGTTTGGA AGTAATTCGC
ATATCAACAC TCATGTACGA AAGACTCGTC CGGCATCAAC GTTTGGGAGT TCAGGTTTGG
AAGGCAAGGC GTCTGGTGGA TCACATGAAG GACGAGCGCA TAAGAGAATT AACTCGGCAG
ATAGGACTAC AACGTCGATG AGTAGATCGT TCGGCGCCAA ATCTCTTGCC TTGTCTTCAA
CACCGCATCT TGGTCCTCTT CCCGACTTCT CATATTCGAA TTCATCACTT TCATCTCTGT
CAACCACAAA TCTCACACCT CCTGCCACCA GCTTTTCGCC TGCTGAACCT CCTATTTTTG
AAAACGTCAG ACCTCTACAA GAGGTATTTG AGCAGCAAAA AGAAAGATCG GTCACTCACA
AGTATAAGCC TCGAGACTCG GGCATATCCA TGTGCGACGA TAGCTCTTCA TCTCGCCCCA
CCTCCCTTAT TGTACCTCCA TCTGTTGTGA AGCCCGGTCA GGGTCAATCT CAACAATCGA
CTATGCACAA GCGACCTTCT TCTATGGGTG ACGAGACTCC AGGCGTGGGC CCTATGATGG
AGAGCGGCTG GCCCTGTAAT CCTCCATCTG CCTTTGAGTT TTTGGGTGAA AGCGGTGTCG
GTCTTGGTAT TGGAGTTCAT CCTTCTGCCG ACGCCAAGCC AGCCATGCCA GGCACACCCG
TCAAGAAGCA GGCCTTCAAG AGCGGTGTGG GTCACTCGAT ATCACAGCCC ACTCTCGGTT
CCGGATCTTT TAATGGTGAT GTTGAAATGA GCGGGCCTCT GGAAGACTCA AACAAGACCA
ATCTTCCGCA GTTTCAGCCC AAGCCAAAGA GCACTATGCC TCCACCTTCG ACCAAGAAAC
CTCCTCCCAG TGTGATGAAG CGTCGGCCAG GTACAGCTGA ATTACCACGC CTTACGCTTA
CCGCTTCGAG TTCACCAATG GCTACGGAAG ATGAACAATC TCCTACAGTC CGAAATGGCG
ATTCATCAGG GCAAAAGCTG AAATCCCTGA CAATGGCAGG GAAAGCCGAT AGTACAGCGG
ATCGGTTGAG CATTGCTGGT GCGGAGAACA TTGTTTGCGA GAGTGAAGAA GAAGACGGGA
CACCTACAAA AGGTAAAGAA CCCAAGGACG CGCTGGCCGG TTAGTATCTC CATCGATCAT
TTCATTTACG TCGCTGACGA GATCTTTAGC TGTCCGACAT AATGTGGTAA CTCCCACACC
TTCACCGAAA GTCACCCTCG GCAAAGCACT GCCTCCATCA TCATACAATG CCAATCTCAT
GCCCCGCATG TCTCTCCCTG CCATGCCGCC TCGTAAACCT AATCCCAACC GTACTCTCAA
TCACCGACAG TCTCACCCTG CTACGGGAGC AAACCAGTTA GAGGAAGAAG ATATCTTTGA
GTCTAGGTTT ATCACTATAG ACACTCTGGG AAAAGGAGCG TTTTCGACTG TTGTAAAGGT
GCAGGAGAGA AACGGGGAGG GATTATGGGC AGTAAAAAAG GCTCGGGGCA TGTTTGATGG
TGCAAGGGAT CGGTAAGTAA CTATATGATA CCGGGGATAA TGATCTGACG TCAGTCTCAG
ATTAAGACAC TTGGAGGAAG TTGACATCCT CCGACTTCTC TCAAGGAAAC CTTCACCTCA
CGTGATCAAA TTTCAGGACG CTTGGGAACA AAACAGACAA CTCTATATCC AGACCGAGTT
GGCTCTGGGT TCTCTGGCGT TCTTCTTGGA GGAGTACGGA AGAGTTGTTG AGAGACTAGA
TGAAGGGAGA GTGTGGAAGT GTATACGAGA GCTAAGCGAT GTGAGTTATT TTCAATATTC
TCGTCGAACC TTGTTGACAT CGATGATATA GGGTATCCAT CACATCCACT CTAACGGCGT
GATTCATTTC GACATTAAGC CTGCCAACAT TCTCATATCT TCAACTGGTT CCCTCAAGAT
TGGTGATTTT GGTCTTGCTA CCCGCTGGCC TCGTGTGGAG CCCGTCGAGA TCCTTAGGGG
TGCGGGACTC GGTATGGGTA ACGGGAACAT TGCTATGCTG GGCACAGGGA AGGAGAAGCT
GGAAAGGGAG GGTGATAGGG TGTATATGGC CCCGGAGATG TTGAGAGGTG TGTTTGTCAT
GGCGGCGGAC ATCTTTAGGT GAGTTTAAAT CTATGGATCT CATGGCAAGT GCTGACCATA
GTCTAGCTTT GGCTTGGTTG TGCTTGAAAT TGCCACAAAC ATTTGCGTTC CCGACGGTGG
CGCCCCTTGG CATGCACTTC GCGAAAACGA CTTCTCCGTC GTCGACCTCT CTCCTCTTTC
ACCAGCCCTT TGTGACCTCA TAATCTCATG CATGTCCGCC GAGCCTGCCC TTCGCCCTAC
GATCGAGAAT GTCGTCAGCC ATCCCGTTGT CCAGCGAGCT CGAAAGGGCA AGGACGCCCT
TGCTCCGGAA GAGACGGGGT GGCTGATGGA TGTCCTTGCT GGGGGAAAGT TCAACGTTCC
TGTGGTTCAA GCCGCTCACG GAGATGAGGA TGTGGATATG GGTGAAGAAA CAGCTTAAGC
TTTGAGGAAG AGCAATTAGA TATAGAATGG ATTGCGCAGT CTCTGCGAAT TGGTTCCAAT
TTAGTGTTTG TATAGTAAAT CATTGCGTGT ATAGTTATAA TTTTGAAGTC CTTATATTCA
GCTGGGGCGT TGTAGAATAA TTCAATTGGC TTCGTTCTCT TTCGCATAGA ACTTTTTTTC
CTTCTCTTGG AATTCACAAA CAGCACGTTT TTAACCAGTA GATAAGTCAC TTATTATCGT
AGTAGTTGCG GTTCTGTGGG TCTTGAGTTA CGATATATAT ACGCTTGATG CGCTTCTGTC
TGATGATGCA TGTCTGAGAT GATG
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| Protein sequence | MTSKSSTSQQ TSGSSFRLPR AKGLNKPTTW FGAPSFGKSS TSSSSSSTNT SSSAEGSSSA
PRGPVAQSPI PNPFTVSSFK SPFPSSKGKH KLSPSPSPKH RDEDFVMISP VRTDSSPLAG
AGAKQSAIPP TSPTPSRFTS LKPHAMAFEN YHQSSSSTPE TPEESPTPAC GMSSATARLR
LVDDSPIRRV PGQSRSLRPG AVGSNPAERD ESRRNLFLST GSSKSKMASP LKNSLTGMSD
EEFSPTLPPT PLLGNGSPAP PPQPLFPSSR SLKSQDGTSP APLFGDGSKI SKLSTSHPLR
ARAGTLTGTG EGPPTLAQTS SLIQKKAISL DHIHSTSTDG DALFGSNSHI NTHVRKTRPA
STFGSSGLEG KASGGSHEGR AHKRINSADR TTTSMSRSFG AKSLALSSTP HLGPLPDFSY
SNSSLSSLST TNLTPPATSF SPAEPPIFEN VRPLQEVFEQ QKERSVTHKY KPRDSGISMC
DDSSSSRPTS LIVPPSVVKP GQGQSQQSTM HKRPSSMGDE TPGVGPMMES GWPCNPPSAF
EFLGESGVGL GIGVHPSADA KPAMPGTPVK KQAFKSGVGH SISQPTLGSG SFNGDVEMSG
PLEDSNKTNL PQFQPKPKST MPPPSTKKPP PSVMKRRPGT AELPRLTLTA SSSPMATEDE
QSPTVRNGDS SGQKLKSLTM AGKADSTADR LSIAGAENIV CESEEEDGTP TKGKEPKDAL
AAVRHNVVTP TPSPKVTLGK ALPPSSYNAN LMPRMSLPAM PPRKPNPNRT LNHRQSHPAT
GANQLEEEDI FESRFITIDT LGKGAFSTVV KVQERNGEGL WAVKKARGMF DGARDRLRHL
EEVDILRLLS RKPSPHVIKF QDAWEQNRQL YIQTELALGS LAFFLEEYGR VVERLDEGRV
WKCIRELSDG IHHIHSNGVI HFDIKPANIL ISSTGSLKIG DFGLATRWPR VEPVEILRGA
GLGMGNGNIA MLGTGKEKLE REGDRVYMAP EMLRGVFVMA ADIFSFGLVV LEIATNICVP
DGGAPWHALR ENDFSVVDLS PLSPALCDLI ISCMSAEPAL RPTIENVVSH PVVQRARKGK
DALAPEETGW LMDVLAGGKF NVPVVQAAHG DEDVDMGEET A
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