| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNI03350 |
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| Symbol | |
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| ID | 3259622 |
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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_006694 |
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| Strand | + |
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| Start bp | 909105 |
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| End bp | 912410 |
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| Gene Length | 3306 bp |
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| Protein Length | 905 aa |
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| Translation table | |
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| GC content | 49% |
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| IMG OID | 638258829 |
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| Product | yeast yak1, putative |
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| Protein accession | XP_572873 |
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| Protein GI | 58271434 |
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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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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 20 |
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| Plasmid unclonability p-value | 1 |
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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 | ATGCCACCTC CTCAGACTAT ACCATCCCGT TCCGGTGCAG GGTCAGCGGT CGACAGGAGA
AGCTCAAGTG CAGTTAGCAA GAGGGAAGAA GAGTTTAGAG ATATCAGAGG ATTGGCTGAC
TTGCGGGCTG TGGTCAATGC GCTTCCTAAT GGACGTCGAG CGGATCCTGA TGCGCCAGGG
AAATACTTGA GCGTGAGTCA TAATTTGCTC TTGACATGCT GACTTGAGCT AGCCTCTTAA
ATGCCTTACA TCATCTCTTC CCGAAACCTA CACCCTCTGC AACCCTTCCT TCCGTTATGT
CACGTCTGAC AACCCTCGTC GTGTTCTTAC GAAACCGAGT AAACCAGTGC ATAACGATGG
CGCGGATAAT GAGGATTGGG ATTACATTCT GTATGTGAAC GATGTACTTG GTGGGGAAGA
TGGGAGGGAT CGGTACTTGA TTCTTGATGT GTTGGGTCAG GGTACGTTTG GGCAGGTTGT
CAAATGCCAG AATATGAGGA CGCACGATTT GGTGGCGGTT AAAGTTGTCA AAAATAAACC
TGCTTATTTG CAGCAGAGTA AGATGGAGGT GGCGATCCTT GAGCTAGTAA GTGTTCTATG
TTTACTGAAA TCGATTAGGC TAACTATTCA ATAGCTGAAC ACTCAACACG ACCCGCAAGA
TCGACATCAC ATTCTCCGCA TGCACGATTC GTTTACTCAC AAGCACCACC TTTGCCTGGT
GTTTGAATGT CTCTCGTCGA ATCTGTACGA ACTTATCAAA CAGAACCAAT TCAAGGGGTT
AAGTACTCAA TTGGTCAAGG TGTTTACTCA GCAACTGTTG GATTGTCTGT CAGTGTTGAA
GGACGCGAGG TTGATACACT GCGATTTGAA ACCGGAAAAC ATTCTGCTTA AATCGTGCGT
CTCTCTTCTC TAATACCATC ATAAAGCTGA CAAAACCAGG CTACAATCGC CACAAATTAA
AGTAATCGAC TTTGGCTCAG CATGCCATGA AATGCAAACC GTTTACACAT ATATTCAATC
CCGATTTTAT CGTTCGCCCG AAGTCCTGCT GGGTCTACCC TACTCGACCA GTATCGATAT
GTGGTCTTTG GGATGTATTG TTGTAGAGTT GTTTTTAGGG TTGCCGCTGT TCCCTGGAAC
GAGCGAGTAT AATCAAATCA GTAGAATCGT GGATATGCTT GGGTATGTTT TCAATGCGGT
TGAGAAGGAG AAGCGCTGAT AATGAGGGAT ACTGTAGAAA CCCACCAAGC CACCTTCTCG
AAGTTGGTAA ACAAACACAC GAATTCTTCA ACATCACTCC CGACGCCTAT GGTCGGAACA
CCTACAAGCT CAAACCCATG CAGCAATACT CTATGGAACA TAGGACGGAC GAGCAGCCGT
CTAAACAATA TTTCAAGCAG ACCAAGTTGA AGGATGTGAT CATGGAATAT CCTTATGCGA
AAAAAAGTGC CAAGCAGAGT GATATCGATA AAGGTGAGTT TTCTCTTTGC TTTGATGAGT
TGGACCTTGC CTGATGAGAA GAACAATGTA GAAATGGCAA CGAGAAGAAG TTTTGTGGAC
TTTGCTGAGG GTTTGTTGAA TATGGATCCG ATCAAGAGGT GGTCTCCTCA GCAAGCATTG
AAGCACCCGT TCATTACTGG CGAAAAATGG ACTGGTCCAT GGCAGGTAAG GCCGTCGCCT
TGTTTGCACT TGTAGCTGGT ACTGAGTATT GTTTTATTCG TAGCCTGACG CAACTACCAC
CGCCAAGAAA CTCCCAGTGT CATCAGCCGA ATCCTCTCCA TCCACTTCGA CCCCTTCCAA
AAAGTACGGC GGCCTTGTCC AAAGTCCTCC CTCTTCGCGA TCTCAACGTA TCTATTCGGA
TGCCGCGGCT TATAATCAGC AACTTGCGCA GCATCAGTCA TATACTGCTC AAGTGCAAGC
ACAGCAGAAC GCTCAGAGAG CAGGGCCGTT CTCATCTGGT TACGATATAG CGCAGGCGCA
GGCCCCAGCA CATACACACG CTGCAGGCGG TGGTGGGGGA GGATCAGGAT ATGGACACCA
AAGAGTCGTC AGTCAACAGA TGCCTTCAAC GGCATCGCAT CATCATCATG CGCAACAGAG
ACAGCCTTCG GGCCAATGGG GTCAGCAGGT GGCTCCTCCA TCGTCTGCGG GTTACCAACA
GCGTGGTCCA TCGGTCAACA ATTCTGGTTC GCACGCTTCC CTCCGCCAAC CTCCCAGTAA
TGTCCCCGTC ATCTCCAACC CTCCTCCCAA CTCGTATTAC CCGGCTTCTC GTCATCGTGC
AAATACGATC AACCAAATGG ATGCTATCCC TCCTGCCCTC GCACGGCTGG TGCATTTCGG
TGCTCAAGAT CCGAACGGTT CTCGAAACTC GTTAACGCCA GTGTTGAACC GTGATGATGC
GATTAGGGAA TGGGAGAGGA GGCAGCAGGG TGGGCACAGT AAGCAGTCAT CATTGCACAA
TGCTTCTTAC CCACAACTGG AATATCTGCA AGAGCAGGCA GAGCTAGCGG CGATGCAGGG
GCAGAATTGG ATGATGCCCG GGCCATATCC TCCGCACCAT GGGCGTGGAC ATGTTCACCG
ATCTTCACTT GGCGAACAAT CTCACGGCCA TGGGCACAGA ACAAATCCTT CAGGGCAATA
CCAAATGCAG CCTCACATCG GTATCTCCCC ATCGAACGAT TATCGACCCC GACCCACAAG
TGAGTACGAC CCTCCATCGT CTACTTCATC CGCCAGAGGA TACGGTTTAC CCACATACCC
TCCTCTTGCG GCGACGACGA GCCACCCCCC TGGCGGGAGT GTTAGCGGCG CAGTCGGGAC
TGGGCAGGGA GTGTTTGATG CGTTTGATGG ACGCGACGGA GGAATGGGAA TGTTATATAC
TCCTCTCCAG CCTAATCAAG CTTACGGGTA CCAAGGGCAT GCGGGGCAGC ATGGGCAGGG
GCATGCGACT CGAGCGAGTT ATTCGGGACC GTATAGCTCG AGTAATCCGT TTGCAAACCA
ACCCAACAGC CCAAGGTATT AAGTGGGGTA TAAATAAGTG AATGAAGGAG TAGCGTGAGA
GATGCGGAGG GGAGGAAAAT GTAGAATCAA GCATTTATTG ACGGCGTACG AGATAGTTTA
AGAAAAAAGG TTCACTTGGC ATCGTCTAGT GAATACCTGA CGAAACATGT TCCAGATATC
TTTTTTTTTT ACTTTTCCTT TTCTTTTTTT TTACGTCTGA TAGTAGTAAC GAAACTGTGG
AATCTCACGA AAGAACGCTA GCTAGCCTAG TCGTCGCTAC CTCATATATG CATGTGTTGA
AGGAAA
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| Protein sequence | MPPPQTIPSR SGAGSAVDRR SSSAVSKREE EFRDIRGLAD LRAVVNALPN GRRADPDAPG
KYLSPLKCLT SSLPETYTLC NPSFRYVTSD NPRRVLTKPS KPVHNDGADN EDWDYILYVN
DVLGGEDGRD RYLILDVLGQ GTFGQVVKCQ NMRTHDLVAV KVVKNKPAYL QQSKMEVAIL
ELLNTQHDPQ DRHHILRMHD SFTHKHHLCL VFECLSSNLY ELIKQNQFKG LSTQLVKVFT
QQLLDCLSVL KDARLIHCDL KPENILLKSL QSPQIKVIDF GSACHEMQTV YTYIQSRFYR
SPEVLLGLPY STSIDMWSLG CIVVELFLGL PLFPGTSEYN QISRIVDMLG NPPSHLLEVG
KQTHEFFNIT PDAYGRNTYK LKPMQQYSME HRTDEQPSKQ YFKQTKLKDV IMEYPYAKKS
AKQSDIDKEM ATRRSFVDFA EGLLNMDPIK RWSPQQALKH PFITGEKWTG PWQPDATTTA
KKLPVSSAES SPSTSTPSKK YGGLVQSPPS SRSQRIYSDA AAYNQQLAQH QSYTAQVQAQ
QNAQRAGPFS SGYDIAQAQA PAHTHAAGGG GGGSGYGHQR VVSQQMPSTA SHHHHAQQRQ
PSGQWGQQVA PPSSAGYQQR GPSVNNSGSH ASLRQPPSNV PVISNPPPNS YYPASRHRAN
TINQMDAIPP ALARLVHFGA QDPNGSRNSL TPVLNRDDAI REWERRQQGG HSKQSSLHNA
SYPQLEYLQE QAELAAMQGQ NWMMPGPYPP HHGRGHVHRS SLGEQSHGHG HRTNPSGQYQ
MQPHIGISPS NDYRPRPTSE YDPPSSTSSA RGYGLPTYPP LAATTSHPPG GSVSGAVGTG
QGVFDAFDGR DGGMGMLYTP LQPNQAYGYQ GHAGQHGQGH ATRASYSGPY SSSNPFANQP
NSPRY
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