Gene CNB02650 details

Gene Information

• Locus tag: CNB02650
• ID: 3255875
• Type: CDS
• Is gene spliced: Yes
• Is pseudo gene: No
• Organism name: Cryptococcus neoformans var. neoformans JEC21
• Kingdom: Eukaryota
• Replicon accession: NC_006684
• Strand: +
• Start bp: 779013
• End bp: 782832
• Gene Length: 3820 bp
• Protein Length: 918 aa
• GC content: 49%
• IMG OID: 638254914
• Product: hypothetical protein
• Protein accession: XP_568852
• Protein GI: 58262884

Plasmid Coverage information

• Num covering plasmid clones: 21
• 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

ATGAAGCCAG ACACGGACAA CGACGGGGAC TATTCCCACG ACGAGACGGA TTTCGACACA 
AGAAAAGAGA GTGGGCGAAA TGGCAAGGGT AAGGACGACG GCAAGGATGG CAAAGAGAAA 
AGGGGCACGA TCAATCGGGT AAATAGTGAG TCTTTTTACG CAACTGACTT CTCCTGCGTT 
GCTGACCAGT AACCAATAGG AGCTTGTGTA GGTTGATACG TTTGACGGCC ATTCCATGAT 
GCTAATTTCA CCGCAGAACA ACTGTCGGCG AATGAAGATG CGCTGTGTAG GAGCCGATGA 
GCCACCATGT AAACGTTGCA GGAACAGCGG TTTGGAATGT ATCATGGAGA AACCTGGTAA 
ATCGACCATT GGAGGGGAGC CTGGAGAAGA GTATGTGGAA TCATTTAAAG GTTCATCCAC 
AGGATCTGAC TGTCACTGTA GTCGCATACG ATCGTTAGAG AGCCAGGTGT CTTCAATCCA 
AAATACACTT TCCGACTTGG TCACCACTCT CCGTGCCGGT ATTTCCTCTG GTGCATCGAA 
TGCGTCGGGC CAGACACCTG TGGGTGTGAG CACCACCACT CCTGATTATG CGCCCCCTAT 
GGGTGGTATA CATATCCCTG GAACGGTGTC CAGCTTAGTT TTGAACTCCT CTCTTTCTCC 
TTCAGTACCT TCGGGCACTG TCGATCCAAC TGCACATTTC CGCCATTCAT CAGTAGGTAC 
TCCAGCAAGT ACCTACATGG GTCCACCCAC TTCCGCAGGG TTCGTTCACC ATCAAAATTC 
AGCCGACCCA TTTCGTCCGT ACACATCAAA CTCTCGAGTC CAGCCTATCG GATTGACTCA 
TACGACTCAA AATTCGGATA GCCCAGCTCC ACCGCGCTTC CCTCCGGCGC TTGATGAAGC 
ATCACGACGA CAAAATGTTT CTGCGATCCC TACCAATAAT GCTGCATGGC ATTCGCCTGC 
TCCAAGCCGA AATGAGGGTC CCAAACACCC CACACGCCAC ATGTCCCTCC CTCCGTCTCG 
TGCGGGCTCC ATGGGCCCAC CTGACATCTT TGGCGCCGAG GAAATCATCA ATCCATTGGG 
AGAGATGTCC AACATGGCGG GACTGGTAGA GGCTGCTGTC GAGCGTGCAA GGGAAGAGCA 
GGCTGCTCAA ACGACAGGCA AGGCGCCAAC ACCTGCTGAT CCTGGATCTG GAAAGCGAGG 
AGCGGCGGAT ATGGAAAGGG GCCCGTCATT AGATAATAAC GAAGGATCAT CCAAGAAAGC 
AAGATTGGCG TCCCCACCTC CTGCATCACC GCCTCCCCTA GGCCCAACAG TGATAGAGAC 
ACAAAATCTT CCTCCGAGGG CTATCCTGCC AGGCCTATGG CCAATTGCGA AAAGATTACA 
TCAACATGCT TATCCGGACG TAGTTACTGC CGGCTATGTC ACCGAGGAAG AGGGTAGAGA 
GTTGATGAAA GTGTAGGCTT TTTTTTTATA CTTTTTTTGA GGGCCGCTAA CTAGAGCCTT 
TCTTTAGCTT CTATTCCGGA TCGTCCAATT TTATCCCGTG TTACGACCCT GCAGTCGATA 
CTTGGGAATC GTGAGTGTCA ATTCTCACGG ATTGAAGGAA TATACGCTAA AGAGGGCCGG 
ATAGTCTCCG TGTTCGCTCT CCATTCTCCA TAACTGCAAT TGTCTGGGTG GGAGCTAGAG 
TCAGGGATGG TGGTGGTACG TCCGCATTTA CGATTTTCTT ACCGTTCTTC TGCTGATCAA 
TTTTTTCAGG TCCACATAGT GAAGTTCAAA AGGCTTGTCT CGCCCATGCT GAACGCCTAG 
GTACGTATTT GACAAAGCAA GGGAAACTCT AGGGCTGATG TACTCCTCAC ATAGCAAAAG 
GCACCCTCTT CCATCCTGTG CACCGTATCG AAGCCGTCCA GAGCATGATC CTTGTTTCTG 
CTTTTCAAGA TAATGGATGG TTACCTGGAG GTCATGCCGT AAGGATGGCA GTTGACATGG 
GGATCAATAG ATCTTTTATC CATCTTTTGA GGACAGGTAT GGGGAAGGGA AAATCGAAGG 
AGGAGTTGGA GCAGGAGAGG ACATTAGTGG TACACTCGAG AGTCTGGTTT GGGGTGAGTG 
TCGTTTCCTT GTAGTCATGA TGCTCGCTGA CCTGAGTTTC AGTTATATTT GATGGAACAT 
CAGTACGGCT ATTGCTTCGC CCTTGGAATG TACTATATTT ACTGACGAGC TTCTAGGATG 
GCATACGGTT CAGGACGACC TGCAATCATA AGGGAAGACG AAACTATCCA CCAATGCAGA 
CGTCTTCTCG ATCATCCACT ATCCATTACC TCTGATGCGA GACTTGTTTC AACAGTCGAA 
TTGACTGCAC TACGCTGTAA GTGCAGCGCG GTCCTGCTTC TGCTTGATAT CGCTGATGGT 
TTTTGCAGCC CCCTTGCATA TTGAGCTCAC TGCAGCGCCA GATCTTCCCA TTGCCGAGAG 
TACATTGCGC AGGTTGAAAC AAGCAAATCA AGACTTTGAC GCATGGGAGA GGTATTGGGA 
TAGGATCCTG AGTGCGTAGC AAGGACCGTC ACCGTACTCT TGACGCTGAT CGTTTATTGC 
GCACAGCCGA TCGTTTTGCA AAGAGCAAGG GCGACTTTTT CCGAGAGTCT CTCATAATTC 
AGCGTCAATA TGCCGAGTAG GTTGTAGTTT TCGTAAGGTT CTCTCTTGGA CGCTAAGAAA 
GAGCTGCAGG CTTTTCGTTA ATTCCCAATT ACTCCGGGGA ATCAAAGAAC CGTCTGACGT 
TGTTGGTATG CCCGAAGAAA AGCGAGCTTT GGCCATTCGG GCTATGAGAA ATGCTCAAAA 
GTGTCTAGAT ATTTGTTTAC ATGGCGAAAA CGTATGTGTG CCGACTTTTA GGAACTATAC 
TTTATGTCTG ACTTTGCGTT AGTATCGCAA TGGTTTGCGC TACGCAGTGC ATTACACTCG 
TGAGTCACGA GGTAAGGGGG TAAGTTGAAC TGGACTAACG GGATCAATAG ACGTCTGCGC 
TGCCTTTGCA GCCTCTTTTT TAATACGTAT CGCTAGACTG TTTCCCTATG AGTTGAATCT 
GAAGAAAACA GCAAAAGATA TCGAAGAGCT TGCTTGCATA TTATCAGAGA GTTAGTCAAT 
CGATCAAATC TGTCATATGC GTCTGAAATG ACGCCTTTTT AGTTCCTGCT GGTCGCTACG 
CCCGCTCTCT TCGACTTATC CTTCGAAAAG CTCGTCGACA AAAGGTAATA CCGGCTCCGA 
GCGTGATATC TTCCCCCAAC AGACTCAATG TTCCTTTACC TGGGGGACAT CCCGGTAAGA 
CAGGTGACGC ACCTGGCGCT TCTGGAATCA CTGCATTCTC TCCTTCGCAG CTGGTCAATC 
CCTCTTTCTA CCCCGCAGCC AGCCCTGCTA CTTCAGTTGC TGCAGGAGCC AACGTAAACT 
CCGCTCAGGC GCATATATCA CCCAATTCTT CAATGCTGCT AAATGCAACT AACCAGATTA 
TCAACGACTC CCCCTCGTCA GTTGAATTAT TCGAATTCGA TTCCTTGTTC GCACATGAGA 
CAATGGAAAA GGCAGGAATT CCACTTGGAG AAAACGACCA GTTACCCTTG TGAGCTTTGC 
CTGTCCCTTT CACATGTGCA TTGTAACTCA TGTATATCCA AGGTTCTTGG ACGGTCAGTC 
CCTCGGTGGA TCGGCTGCTC CGACCGACAC AGCACCCTAC GTGGGACTTG AACAGTTTTT 
CATGCCTCAG GACGTTGACA GTAGGCTAGT TGATCCGTCC CTGCGGACTG AGGATCAACA 
GGCACAGAGC AGCGGTATGC CGATGGACGT TTGGTGGTAG 

 

Protein sequence

MKPDTDNDGD YSHDETDFDT RKESGRNGKG KDDGKDGKEK RGTINRVNRA DEPPCKRCRN 
SGLECIMEKP GKSTIGGEPG EDRIRSLESQ VSSIQNTLSD LVTTLRAGIS SGASNASGQT 
PVGVSTTTPD YAPPMGGIHI PGTVSSLVLN SSLSPSVPSG TVDPTAHFRH SSVGTPASTY 
MGPPTSAGFV HHQNSADPFR PYTSNSRVQP IGLTHTTQNS DSPAPPRFPP ALDEASRRQN 
VSAIPTNNAA WHSPAPSRNE GPKHPTRHMS LPPSRAGSMG PPDIFGAEEI INPLGEMSNM 
AGLVEAAVER AREEQAAQTT GKAPTPADPG SGKRGAADME RGPSLDNNEG SSKKARLASP 
PPASPPPLGP TVIETQNLPP RAILPGLWPI AKRLHQHAYP DVVTAGYVTE EEGRELMKVF 
YSGSSNFIPC YDPAVDTWES LRVRSPFSIT AIVWVGARVR DGGGPHSEVQ KACLAHAERL 
AKGTLFHPVH RIEAVQSMIL VSAFQDNGWL PGGHAIFYPS FEDRYGEGKI EGGVGAGEDI 
SGTLESLVWA PLHIELTAAP DLPIAESTLR RLKQANQDFD AWERYWDRIL TDRFAKSKGD 
FFRESLIIQR QYAEKSCRLF VNSQLLRGIK EPSDVVGMPE EKRALAIRAM RNAQKCLDIC 
LHGENYRNGL RYAVHYTHVC AAFAASFLIR IARLFPYELN LKKTAKDIEE LACILSEIPA 
GRYARSLRLI LRKARRQKVI PAPSVISSPN RLNVPLPGGH PGKTGDAPGA SGITAFSPSQ 
LVNPSFYPAA SPATSVAAGA NVNSAQAHIS PNSSMLLNAT NQIINDSPSS VELFEFDSLF 
AHETMEKAGI PLGENDQLPL FLDGQSLGGS AAPTDTAPYV GLEQFFMPQD VDSRLVDPSL 
RTEDQQAQSS GMPMDVWW