Gene CNN01410 details

Gene Information

• Locus tag: CNN01410
• ID: 3255484
• Type: CDS
• Is gene spliced: Yes
• Is pseudo gene: No
• Organism name: Cryptococcus neoformans var. neoformans JEC21
• Kingdom: Eukaryota
• Replicon accession: NC_006683
• Strand: -
• Start bp: 415250
• End bp: 418793
• Gene Length: 3544 bp
• Protein Length: 883 aa
• GC content: 49%
• IMG OID: 638254556
• Product: dipeptidyl-peptidase and tripeptidyl-peptidase, putative
• Protein accession: XP_568605
• Protein GI: 58262390
• COG category: [E] Amino acid transport and metabolism
• COG ID: [COG1506] Dipeptidyl aminopeptidases/acylaminoacyl-peptidases

Plasmid Coverage information

• Num covering plasmid clones: 17
• 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

CTCGCTGCGA TGCCACCACA AGGCTATGAC TATGACCATC CACAGCGCTC TCCACGCTCA 
TCCACATCCA CCATATACCA TGACAACCTG GACATAGACC CATTCCAGGA AAAACACACG 
GCTTTCAGAG ACGATCCCAC CATCGAACAA GGTATCCACG TCTATCCAGA CGACGACGAT 
GGAGAGGGCT ACACTGTCGA ATCCAGCCGG GTAAGCTCTT TGCTCCTCTT CCCGCTTTCT 
GTTACAGACT GACACACTCT GCCACCCAGA CACATCCTCG GAACAAGTCA CGCAAGGTAC 
TCGCCGTCCT CGTCGTTATC GTCACTTTCG CAGGTATCAT CGGCGTGCTC GCTGCTTCAG 
GATACTCGGT ACCCTCTTTC TCGTCCAAAG GTGGCACAAA GCATATCACC ATGGACCATG 
TGTTTAACGG CACGTTCAAT GCCTACAGCA AGCAGATTGA CTGGGTCAAG GAGGGTAGGT 
ACCGGGCAGA TGGAGAATCT TGCTTTCATT TACATGCTGA TCATGTTCGT CATACGGGTA 
CACAGCGGAA GACGGCACGT TCTCACATAT CAACAAGGAA GGAAACATTG TCCTCAACAC 
CGTCCGCAAC ATGACCACCG ACACCCTTCT CGTCAACGCA TCGCTTGTCC TTGACCTTGA 
GGGCAATCGA CTCCCCTGGA CGGGATGGGC CCTCTCAGCT GATATGCAGT ACGTCCTCTT 
CAGAACCGAC CATCTCAAAC AGTGGCGGCA CTCGTCATTC GGGAACTACT GGATACATCG 
TCGACAAGAT TCGGCTACGT TTCCTGTCAT CCCGCCGACC AGCCCGCCGA CTATAGCAAA 
GTGTACGTGG TCGCCTGTCG GGCATGCATT GGCGTTTGTC AGTAAGAACG ACGTCTATAT 
CATCTCTGAA GATGACCTCT CCTCTGTCCC CTCCTCCTCC TCCTCCTCCC CTTCACATGT 
AAGAGTAACA ACCGATGGAA GCCACACAAT CTTCAACGGC GTCCCCGACT GGGTATACGA 
AGAAGAAGTG TTTGAAACGG ATACCGCCCT CTGGTGGAGT CCTGATGGCA AGAGGGTTGC 
TTTTTTGAGA AGCGATGAGA GTAAAGTACA TGATTTCAAG TTGCAGTATT ATAACCCATC 
GAATGATGCG TTCAAGGTGC ATCAGTACCA GACCGAGCTG GATATGAAGT AGGGGCCCCT 
TTTCCTTTTT TCTTTCCGCT TGTGGTACTC TGGCTGACTT TTACAACAGA TACCCCAAAC 
CTGGTACACC CAACCCCACC GTCACAGTCC ACACTTTTTC CCTCTCTTCC CTCTCCTCCT 
CCGCCACCTC GGCCACCGCA CAACGTCTCA CCTGGCCAGG CGAGTTCCCT CTCCCAGACC 
GCATCCTCAC CGAAATTGGC TGGGTAGCCG ATGATGCCCT CCTCGTTAAA GAGATTGATA 
GAGCTGCGAG GGACGGGAAC GTCGTTCTTT TCCAGTTTGG GAGCGACCAT GAAGCAAAGG 
TGGAAGGGGA GATTGTGAGG CGGTTAGGGA AGGACGGGGA GGAAGGCGAT GATGGATGGA 
TCGATCATGC AAGTGCCCTC CTTTTCATAA CTTCCCACTT CCTCCCTAAA CAAACGAGCT 
AACCTTGTAC AAAATTCTTT CTTTGTTTCT TTTTCTCATT TATAGGGCCA GAACGTCATC 
CCCGTTAAAG GGCCAGTCCA AGGATACCTC GACATCGTCC CTAATCAAGG GTACAACCAC 
ATTGCGCTGT TCACTCCGTT GAACGCTAGT AAGCCTCGGT GGATCACTGC AGGAGAATGG 
GAAGTCACCG AGATATCGGG GGTTGATACC GAAAAGGGCC TTGTGTATGT TTTTTCTTTA 
ACATCCCCCA CCCCACCTTT TTCCCCTCTC ACTCACCTGT GTCACATGAA TAAACATGTT 
CATGTGCTGA TTCATCCCAT GACGATACAG TTACTTTACA GCTGCAACCC CTTCTATCGA 
CAGACACATC TACTCTATCC CCTTACCCAC TCTTTCATCC ATCGATGATG AAGAGGATCA 
AGACGCATCG ATGAGTAGCA TGGCCGCATT GACAGATACT ACTTCCCCTG GATATTTTGA 
AGCTTCCTTC TCTCCCAAAG CGGGGTATTA TGTCTTGGGG TATAAAGGGC CAGAAGTACC 
TTGGCAGAGG TTGATAGAAG CTGGGTCTGG AGAGAATCGT GAGTATCTTT ATGGGGGGAA 
CGGGGGCTTC GATTACTTTT CTACTGGGAG GGAATGCTGA TGAGATGTTT TTCTCTTTTT 
TCCCTTTTCT TTGGCTACGG GTTGGGATGA AAAGGAGCGA ATGTGTTATT GGAAGGTAAT 
GCAGGACTGA ACAAGACAGT TTCAGAATTC TTGAAACCTC TTGTCACGAG GACGACTATC 
GAAAATGATG GCTACGGTAA TGCACCCTTT CATCTCTCTC GTCCCGTCCA GTTTCCCACT 
AACAACAGCC TCCTTTCTTC GGTATATGCA GAACTCAACA TGCTCGAGAT CCTTCCTCCC 
AACCTCGACA TCACCGGCCG CAAAAAGTAC CCCGTCCTGA TCCGCGTCTA CGGCGGACCC 
GGCTCTCAAA TGGTGTCTAA CCGATTCGAA AGGGATTGGC ATTCTTACCT CGCTGCCTCC 
CAGCGGTACA TTATCATCAT GCTCGACGGT CGTGGAACGG GGTTTAGAGG TAGGAATCTG 
AGGAACCCGG TGAGGGATGA TTTGGGGCAT TGGGAGGTGC AGGATCAGGT CGCGGCGGCG 
AGGGAGATGG CGAAGAGGGT TTATGTGGAT AGATCGAGGA TTGGGATTTG GGGATGGGTG 
AGTGCGGAAT TTGCTTTTCT TGGGAATGTC GCTCTTGGAG GAATAAAAAA AGAGCTGATT 
GGGATGATTA GAGTTATGGA GGATACATGA CTTGTAAGGC TATTGAAGCC GATTCTGGTA 
TATTCACTCT CGGAAGTAAG CCTTGCCCTG TATCCTTTCC ATCTTGGTAG AAATCATTCT 
CACATTTTAT TTTTATTTTT ATTTTCACTA CACTATAGTG GCCGTCGCAC CCGTCACAGA 
TTGGCTTTAC TACGACTCCA TCTACACCGA ACGATACATG TCAACTCCCT CCGCCAACAA 
GGACGGGTAC ACCACCTCGG CAGTGAACAA TGTCACTTCC TTTTCGGGCG ATAAAGTCGA 
TTTCATCTGG GCACATGGAA GCGGGGACGA TAATGTCCAC TATATGAATA GTGCGGCGCT 
TTTGGATAAG TTGACGCAGG AGCAAGTGAG AGGGTGGAGG TTTAGGATGT TTACTGATTC 
GTAAGTTCCG CCAAGCGTTT TTATCAACCC GAAAGAAAAA AGAAAGAAAA AAAAACATGT 
CTAATTACTC TTTTCCCGCA ACGTTCAGCA ATCATTCAAT GGATAAGCGG ATGGCGTACC 
GGGAAGTGTA CGAGTGGATG AATGATTTCT TGGAAGAAAA ATGGGGTAAA GGAGGGACTG 
TACATCATTA GATAAAAACT ACATTTAGAT GTAGAAGGAG CACAAATGCA GCATGTTGTA 
TAAA 

 

Protein sequence

MPPQGYDYDH PQRSPRSSTS TIYHDNLDID PFQEKHTAFR DDPTIEQGIH VYPDDDDGEG 
YTVESSRTHP RNKSRKVLAV LVVIVTFAGI IGVLAASGYS VPSFSSKGGT KHITMDHVFN 
GTFNAYSKQI DWVKEAEDGT FSHINKEGNI VLNTVRNMTT DTLLVNASLV LDLEGNRLPW 
TGWALSADMQ YVLFRTDHLK QWRHSSFGNY WIHRRQDSAT FPVIPPTSPP TIAKCTWSPV 
GHALAFVSKN DVYIISEDDL SSVPSSSSSS PSHVRVTTDG SHTIFNGVPD WVYEEEVFET 
DTALWWSPDG KRVAFLRSDE SKVHDFKLQY YNPSNDAFKV HQYQTELDMK YPKPGTPNPT 
VTVHTFSLSS LSSSATSATA QRLTWPGEFP LPDRILTEIG WVADDALLVK EIDRAARDGN 
VVLFQFGSDH EAKVEGEIVR RLGKDGEEGD DGWIDHGQNV IPVKGPVQGY LDIVPNQGYN 
HIALFTPLNA SKPRWITAGE WEVTEISGVD TEKGLVYFTA ATPSIDRHIY SIPLPTLSSI 
DDEEDQDASM SSMAALTDTT SPGYFEASFS PKAGYYVLGY KGPEVPWQRL IEAGSGENRA 
NVLLEGNAGL NKTVSEFLKP LVTRTTIEND GYELNMLEIL PPNLDITGRK KYPVLIRVYG 
GPGSQMVSNR FERDWHSYLA ASQRYIIIML DGRGTGFRGR NLRNPVRDDL GHWEVQDQVA 
AAREMAKRVY VDRSRIGIWG WSYGGYMTCK AIEADSGIFT LGMAVAPVTD WLYYDSIYTE 
RYMSTPSANK DGYTTSAVNN VTSFSGDKVD FIWAHGSGDD NVHYMNSAAL LDKLTQEQVR 
GWRFRMFTDS NHSMDKRMAY REVYEWMNDF LEEKWGKGGT VHH