Gene CNI02050 details

Gene Information

• Locus tag: CNI02050
• ID: 3259691
• Type: CDS
• Is gene spliced: Yes
• Is pseudo gene: No
• Organism name: Cryptococcus neoformans var. neoformans JEC21
• Kingdom: Eukaryota
• Replicon accession: NC_006694
• Strand: +
• Start bp: 563659
• End bp: 567317
• Gene Length: 3659 bp
• Protein Length: 908 aa
• GC content: 49%
• IMG OID: 638258691
• Product: hypothetical protein
• Protein accession: XP_572648
• Protein GI: 58270984

Plasmid Coverage information

• Num covering plasmid clones: 14
• Plasmid unclonability p-value: 0.313076
• 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

CTCGCAACTG CATCTCTTCC TCCTTGTTGT TGCTCCATCC AGCCACTACT GTCTCCCAAT 
CCTGCTACAC TCAGTCCATA GTGGCAACTA CAGCTTTCAT GTTGAACCCG TCAGTGGCTG 
CAACGTTTGC CGGGGGAAAC AACTACCACA GGGGTAACTC CGCTGCACCT CTCAACATGC 
TCTCCCATCC GCCCTCCAGA CTTTCTCCGC CTCCAGGGGC GGATATATAC GGCGTGACAG 
CATCTTCATC AAGTCAACAA CTGCCAGTGG CAGGTTCTTC CGCTACGTAT CCCACACAGC 
TGCCTCAAAC AGCCGCACCG CTCACGGATA CGAAGAAGCA AGGCCAGAAC CTTCCTAAAC 
GAGGTTACCG GGCATGTGTG AGTATCCAAA AGGCCCAAAT TCTTACAATC AAACTGACAT 
GAGCCTATTG CTTGCTTCTG ATCAATCGGA ATCACCTGAA ATCGATAGAC CAACTGTCGA 
CTCAGAAAAG CTCGTTGCGA CCGTGCGTGA CCCTTTCTTC CCAAAGTTGA ACGTGGCTGA 
GACCAGGGTA GTTGGGGATG TAAACTCCCC GTCAGAACCT CCCTGCTCGC GTTGTCGAAG 
GGAGCAGCGT GACTGTGTGT TTCTTCCTAG CGTGCGTCAA CATATCACAT CTTGCGACCT 
TTCGACTGAC AGTGTGTTTG GTGCCGCCAG AAACGGCGTC GCAGAACATC TGTAGCTGAC 
CCTGCTTTAC GGGAAGAATC TTTGGATCTT CCACAGACTG AAATCTATCC TGTCCAAGCA 
GCAGCAAGGC CATCAAGTGC CAATGCACAT TCAGGCGGGG CTCAAGGGGC TCCCAGCGTG 
TCTCAGTCTC TCAGTCAACA AGGTCCCCCT CTTGCCTCTG CCTCATCCGT CAATTCTTCT 
TTCCCCCAGC TTCCTAAGCC GGCGGCCAAT AAGGATGATT CCTCCAGCAG GATGCCCTTC 
ACTCAAACCG GAATCTGGAA CGAGACAGTG CAACAACCCA CCAGTACTGA AGATCAAGGT 
AAACAACAGG TGTTTCCTTC TTCTGCTACA TATCCGACCA TGCATTCCGT GGGCTCAACT 
CAACATCACA CTGACACCAC TACTCCAGGC TCATTGGGCG GATCATCTGC CGCTTCAACC 
ACCGCTTTGT CACCACAGTA TCGCACCAAA AAACGGAAAA CTGAGCCCAG CAATCGAAAG 
ATTGTCAACG CCAACTTGAG CAACGAGATG GATGCTTTGG AGATCCTGGC GAATGCTGCA 
ACTGATGGGG ATGATGAGGG AGAAGATGGT AAAAGGAAAC AGCCACACGA TCCGAAGAAG 
GTCACCTGGA ATGTTGGAGA GCAATACAAA GCGCCTATGA GGGAGTTGAG CGATTTTCAT 
TTGATAAAAG CTGGCATTTT AGACGAACAT GGTCTTCATG CCATGGTAGA CAACTTCTTT 
CGGTACTATC ACCCAGCACT TGTACGTGAC ATATAATGGG TCTTCGTATC ACCGCTGACT 
TTTTGGCAGC CTATCTTCCA AACAGCCCGT ATCCCGAGGT GCAGGGAACA ACTACTCGAT 
CTCGCTCACA ATGATAGTTT CCTTCTTACT TGTATAGTCG CTGTCGCGTC TAGACATCCG 
TCTGATAATC GATACAAAGA TGTTCATGAC AAAACATGGG CAGTGATTAG AGACGCCATG 
AGCGATTATT CTTTCACCGG TCTACCTGGA TCGGTTGGTT TTGTAGAGGG AGTGCTTCTT 
CTTGCAGAAC ACCTCCCTAG AGAAAGGGGA ACACCCCCAC GAGGAACAAG TGTAGATATG 
CTTGCCGGAC CTGGGACTGA GTCGGCTGGA GTGCATGGCA CAGACAACAG GAGAAGCTGG 
TCTTTGATCG GCTTGGCCAT TCGTGCGGCA TATCTCCTGG GGTGTGAGTA TGATTAATAG 
CATGACATGA CCCGCGCTAA CGTTTACGTC TAGTGGACCA AATTTCGTTG GAGATTGACG 
AATCCAGTCG TACTCCTGAT GTAGAGCGAG CTAGAAGTGT TTGGACCTGG TGTTATTTAT 
ATGATCGAAC GATAGATAAG TATTACTTCA CTTCATCAAA TAACCTCTGG CTAACATTCT 
CGGCACGTCT TCGAACAGGT CTCGCTTTCT GGTCTAGAGG TCCTGCTCTG TGTTTTGTGG 
GCTATTCTCA CATATCACAA ACGGGAGAGG TAGCTGCCAG ACTCAACTTC CCTCTGCAAT 
TATCTCCTGG GGCAGAGCTA GATGGGAGAG CTCATGATGA CTCGGCATCG CTTATGCAAT 
CCCTTGTGGA GCTCACTCAA GTGATGACCA ACGCCCATGA CATCCTGTAT CCAAGCAAGC 
TTAGAACAGA AGTGTTGGTC AAACAGGGAG AGTACTTCTT GTTCTTGGAC CATTTCAGGC 
GAGGTGCGTT CGGTCTATCG TTACTGGGGA CTGTAAATAT TAATTTTCTT TTTCAGCTCT 
TGACAGCTAC CGTACTATCT GGAAACCCAA ACAATGGTCG AATCGTACTC TTGAAGAGTT 
AAGCTGGATG ACATTTCATT ACGTTAGGTG AGTAAACCAA GTATAGTCTC GCGATACAAT 
GATTCGGCTG TTGATGTTTA TCGCAGATTG TACATTTCTT CATTTGGATA TTCGGCACAT 
ATAAAGAGAG CTCAATGGCG TGGAGATAAG GAGGCTTCGA CCGGTCGAGA TGGCTCTCGA 
CAGGCAGTGC AGATATTTCC TCGAGGTATG TCTGACAGTC AAACCTTACT CGGATCAAAT 
GCTGATAAAG CTCTTAGGCT CTGCAACGTC CCCCGATGCT CTTTACATCT ATGATTCCAT 
TGCAGCTGCC AACGAGATTC TACATATTTC TCTGCGTCTT GCGCAAATGG GTAGTCTCCG 
TTATCTTCCT TCCCGATATC TCATCAACAT ATCGTATGCC GCTGTCTTTG CGTTAAAGAG 
CAGTTACTCT GGCGCTGTAG AAGAAAAGGA TATGCATAGG TAAGCCACAT CGCAGACTTA 
CTGAAGATCG CGCTAAAGCA TCGCAGAATC AGAGAATTAG TCGACCATGT GTGTACGGGA 
TTGGTGCTAT CCTGTCCTGA TAAGGACCAT CCGGCCGTTC GTTACGGACA AATGTTGAGA 
ATGCTGGCTA AACGACTGGA AGAGCTCCAT GATGCGAGTG TAAGTCACAA TTAGTGCCTC 
TTTAGACCTG TGTATTCACG TCCTTTTGTA GGCGGTTCCG TCTCGTTATC CCTCGCCTGA 
GCCCGTCGAA ACGACTTCCA ACTCAAATGC ATCCCCCCAA GCAAGCCAAG ACCAACCATC 
TGTTTTCCCT TGGCCAGCAC CTCCCAACGC TTCGACCGAG CATAGCGCCC CTACTCCAGC 
TTTTCAACTT CCCCCCTTCC CCGACATGTC TTTTCTTACG AACAGCCAAG TTAATCCCGA 
TTACCTGGGC GAAAATAATA CGTCGAATTC AGAGAAACAA GCAGCAATGT TTGACTATGA 
GGACACCAAA TTTGATTTCG ATCTAAAGGG TTTCTGGGAT GACTTCTCGC TAGGCGAAGG 
AAGCGGTTTT CCGTTTAGAT GATCACCTAA CTGACAGGCT GTTGACTCGA GTGTAACCCA 
GTTAATGCCT TTTTGACTTT GTAAATATAG AATGACGTCT TGCATGTACA TATCTATGC 

 

Protein sequence

MLNPSVAATF AGGNNYHRGN SAAPLNMLSH PPSRLSPPPG ADIYGVTASS SSQQLPVAGS 
SATYPTQLPQ TAAPLTDTKK QGQNLPKRGY RACTNCRLRK ARCDLGDVNS PSEPPCSRCR 
REQRDCVFLP SKRRRRTSVA DPALREESLD LPQTEIYPVQ AAARPSSANA HSGGAQGAPS 
VSQSLSQQGP PLASASSVNS SFPQLPKPAA NKDDSSSRMP FTQTGIWNET VQQPTSTEDQ 
GSLGGSSAAS TTALSPQYRT KKRKTEPSNR KIVNANLSNE MDALEILANA ATDGDDEGED 
GKRKQPHDPK KVTWNVGEQY KAPMRELSDF HLIKAGILDE HGLHAMVDNF FRYYHPALPI 
FQTARIPRCR EQLLDLAHND SFLLTCIVAV ASRHPSDNRY KDVHDKTWAV IRDAMSDYSF 
TGLPGSVGFV EGVLLLAEHL PRERGTPPRG TSVDMLAGPG TESAGVHGTD NRRSWSLIGL 
AIRAAYLLGL DQISLEIDES SRTPDVERAR SVWTWCYLYD RTIDKYYFTS SNNLWLTFSA 
RLRTGLAFWS RGPALCFVGY SHISQTGEVA ARLNFPLQLS PGAELDGRAH DDSASLMQSL 
VELTQVMTNA HDILYPSKLR TEVLVKQGEY FLFLDHFRRG ALYISSFGYS AHIKRAQWRG 
DKEASTGRDG SRQAVQIFPR GSATSPDALY IYDSIAAANE ILHISLRLAQ MGSLRYLPSR 
YLINISYAAV FALKSSYSGA VEEKDMHRIR ELVDHVCTGL VLSCPDKDHP AVRYGQMLRM 
LAKRLEELHD ASAVPSRYPS PEPVETTSNS NASPQASQDQ PSVFPWPAPP NASTEHSAPT 
PAFQLPPFPD MSFLTNSQVN PDYLGENNTS NSEKQAAMFD YEDTKFDFDL KGFWDDFSLG 
EGSGFPFR