| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNB04740 |
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| Symbol | |
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| ID | 3256059 |
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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_006684 |
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| Strand | - |
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| Start bp | 1349339 |
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| End bp | 1352714 |
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| Gene Length | 3376 bp |
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| Protein Length | 914 aa |
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| Translation table | |
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| GC content | 49% |
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| IMG OID | 638255118 |
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| Product | conserved hypothetical protein |
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| Protein accession | XP_568964 |
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| Protein GI | 58263108 |
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| COG category | [J] Translation, ribosomal structure and biogenesis |
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| COG ID | [COG5256] Translation elongation factor EF-1alpha (GTPase) |
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| TIGRFAM ID | [TIGR00231] small GTP-binding protein domain
[TIGR00485] translation elongation factor TU |
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Plasmid Coverage information |
| Num covering plasmid clones | 20 |
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| Plasmid unclonability p-value | 0.810548 |
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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 | CTAGAACAGC ATGTCCAGGC ATAGATTTGT CAGGAATATT GACCTCAATG GTGAGCGATA
AAAGTTTTCA TAGATTGGAG GCAATCAGTC GCTAACGGAG CTCCTCCAGA TGAGCTCGAT
GACGGTGACG AGGAAGTCGG CATGTCCGCC GAGGAGACAG GTGTGTATTA CCAGTCTAAT
TTGCTCAATC TGACTCCTTC TATAAGCCCA AATGAACAGG GCTGTGAGTG TCGCTCGTAA
CCTCCTCAAA GACGTCACGC CTCCGATATC CGACAATGAA ATCGCCGATT CCGTATGGCA
CTACTGGTTT GACGGCGAAA AAGCTGCTGC CTGGTTGAGA CAGGATAGAG AGAAGAAAGG
TTAGTCTATT TCCTACCTCC TATATCTTCT ATTCCTTTTT TCTTTCCTTT TTCTTTTGTG
GTTGGGCTTT TTCAACGTGT TTGAAGTTTG GTCTTCCGCC TTTACTTGTT ATCAAATGTC
CCGAGTCGAG CCGCCGCTGA GCTTCGTCTC AGGCGAAGCT CCGCCTTCAT ATCTCGAACC
TACACCGCTA CAACAACCTA GACATCGCCC GAAAATCTTG GTTCCACCTT CCCAACCCAC
TCAAGCCCAG GAAGACATCC AGCCGCCTCT TACAGCCCTT CAACGGCTTA CTCTCTCTCG
CCGGCAGGGT TCTCCAGCAT CTCCCGCTCC CTCGTCATCT GTAGGAGAAA AGCCTATGTC
AAAATTGGCG TTGCTTGCAC AAAAGAGAAG AGAAGCGGCA GCAGCTGCTA CGACTACTTC
TGAAACCATC CAGTCTGGAA TTGTATCACC TCAAACGTCT CGTCAACCTT CTGCCTCTGG
TACGCAACCA AGCAGCGGAA CGCAGTCCCC ATCCCAGTTG GAGAAGAAGC CACTATCCAA
ACTCGCCCAG AAGATGGCTG CTGCTAGAGC TGCGAGGGAG GAAGCTGCTG CGGCTGCCAA
GTCCAGCAAA TTAGAGAAGA ACAGCGTAGG GGACCAGATG GAGGGGGATG AGCCTCTGCC
CAGTCTTTCT TCTCCTGCAG ACCCCATGTT ATCTTTATTC TCCCCGCCAG CAACGTCCCC
CAAGCCCAAG TTGAAACCTA CTCACCCATC ACCATTTTTT TCAATCATTA CATCAACTTC
TTCCCAAGGC GGGGCGCCAG GGCCGGCTAA GGACCACTTG CCGCCTGAGC CTACCAGTGC
CAATCTTCAC GCACCTCTCA TCACCGATGT GGACGTCCTT GTAAAACAAT TTGAGCAGGC
TTTCGCAGAG TCACCGGATG AGATTGTGCT TCGCAAGAGG CAAGGAAGGG CCGGGACTGC
AGATATGGTA ACTGCTGTGA AGAAGCAGGC AACCGGAACG GGAATCAAGC CAAAGGTGAA
ATGAATGGGG GAGAGAAAGA ATCAAAGAAG AACGAATCAA AGATGCTGGA GATGTACTGT
TCTATACTAT TGTTACACCA AATTTCTTAT CTTTTTATTT TATTCCCCGT GAATTCGGCC
AGTCTCTATA TTGCCCTTCG ACATTATGCT GACTCAATTT CTTTTTCAGC CGCCAAAGCC
AAGGCTGCAC AAACAGCCAA ATCTGCATCT CTCCCCGGTA AACCCCGAGT GCAACAAGTA
GCAAACCAAA AATCAAAACT CGCTGTTTCT CAACCCAACT CACCATCGAC AAGTGCTAGC
AAGTCGACGA GCAAGTCTGG TTCTGCCTCC AGCACACCCA GGACACTTGG GAAGAGTAAT
CTGTCAACTG ATCTGGAGGG CTTGCACTTG AACGAAGAAA TGGACGAGGC TGAAAGAGAA
CGAGAGAAAG AGAAATTCAA GGAGAGGCAG GTGTTGAGTA TGAAGCAGGA AGAGTTGATC
GCCAAAGCCA AGGAGGAAGA GGAAAAGTCG GGGAAGAAGA ATGTCAGCTT GATTGTTGTC
GGTACGTGTA CTGATTCCTG TGGAGAGTAA TAGAGGGCTG CTTACTTTCG ACGGCGCAGG
CCACGTCGAT GCCGGTAAAT CGACGTTGAT GGGTCGAGTA CTCTACGACA TTGGTGAACT
TTCTGAGAAG GAGAAGATCG CCAATGAACG AGGTAGTAAG AAACTCGGTA AAGGTTCCTT
CGCTTTTGCA TGGGGTCTCG ATGCTTTAGG CGATGAACGT GATCGTGGTG TAACCATCGA
CATCGCCACC ACACATTTCG TAACACCTCA TCGTAACTTC ACCTTGCTTG ATGCGCCCGG
GCACAGAGAC TTTATTCCTG CGATGATCAG TGGTGCGGCC CAAGCCGATG TGGCATTGTT
GGTCATTGAC GGTTCACCAG GAGAGTTTGA GGCAGGCTTT GAGAGGGGCG GGCAGACACG
AGAGCACGCG TGGCTAGTAC GGAGTTTAGG AGTGAAGGAG ATCATTGTGG GGGTGAACAA
AATGGATTTG GTATGTACTT CCGTCTTGGC GGAGCCCAAG GAAAAAAAAA AGACAAGATA
CTAATATTGT TTATCTAGGT TTCGTGGTCT CAAGATAGAT ATGAAGAGAT AGTGGAATCA
CTCAAGCCCT TCCTTCTTTC TGCTGGATTC AACTCTACCA AAACGACCTT CTTGCCACTT
GCCGCGATGG AAGGTATCAA CATCCTCGAT AATGACCAAC CAGAGCTTAA AAAGTGGTAT
TCTGGCCCGG CTCTTATTGA TGCCCTTGAC GACGTAGAAG TTCCCACTAG GCCATATGAC
AGCCCGTTGA GGATACCGTT ATCAAACGTG TTCAAGGGTC AGACTGCCAT CGCAAGTGGA
GTAGCCGTGT CAGGAAGGTT GTGCAGCGGT GTGGTGCAGG TTGGAGACAG GTTAAGAGCC
GTGCCGGGCG ATGAAGTTGC CAATGTTCGA AGTGAGCCTT CCTTAGTGTG CAGTCTTATG
TTTAATGCTG ATTGAATCTG TAGCTATTGA AGTAGACGAC GACTCTGCGC CCTACGCTGT
AGCTGGTCAA AACGTCACGC TTTACCTTTC CAACATTGAT CCCATCAACC TGTCTATCGG
TACTGTTCTT TGCCCTACTT CTATTCCAGT TCCTCTTGTC ACCAAATTTA CCGCTCAGAT
CCTCGTTTTT GACCTTCAAA GCCCCATCAT TGCCGGTACC CCGGTGGAGC TTTTCCATCA
TTCCATGAAC CTTCCTGCTA CTATTAGCAA ACTCGTTTCG ATTTTGGAGA AGGGACAAGT
GGTGAAGGAA CGTCCCAGAG TCCTTCAGAA GGGTACTACA GCGATGGTTG AATTGAGTTT
GAGGCCGAGC AGTTCCGGCA AGATTTCTAG CATACCACTG GAGACTGCGA CGGACAACAA
GGAGATGGGA AGGGTGTTGA TCCGAAGAAA TGGAGAAACT ATTGCTGCTG GTATGGTCAT
GGAGCTTCTC GGTTAA
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| Protein sequence | MSRHRFVRNI DLNDELDDGD EEVGMSAEET AQMNRAVSVA RNLLKDVTPP ISDNEIADSV
WHYWFDGEKA AAWLRQDREK KGEAPPSYLE PTPLQQPRHR PKILVPPSQP TQAQEDIQPP
LTALQRLTLS RRQGSPASPA PSSSVGEKPM SKLALLAQKR REAAAAATTT SETIQSGIVS
PQTSRQPSAS GTQPSSGTQS PSQLEKKPLS KLAQKMAAAR AAREEAAAAA KSSKLEKNSV
GDQMEGDEPL PSLSSPADPM LSLFSPPATS PKPKLKPTHP SPFFSIITST SSQGGAPGPA
KDHLPPEPTS ANLHAPLITD VDVLVKQFEQ AFAEERIKEE RIKDAGDVLF YTIVTPNFLS
FYFIPPAKAK AAQTAKSASL PGKPRVQQVA NQKSKLAVSQ PNSPSTSASK STSKSGSASS
TPRTLGKSNL STDLEGLHLN EEMDEAERER EKEKFKERQV LSMKQEELIA KAKEEEEKSG
KKNVSLIVVG HVDAGKSTLM GRVLYDIGEL SEKEKIANER GSKKLGKGSF AFAWGLDALG
DERDRGVTID IATTHFVTPH RNFTLLDAPG HRDFIPAMIS GAAQADVALL VIDGSPGEFE
AGFERGGQTR EHAWLVRSLG VKEIIVGVNK MDLVSWSQDR YEEIVESLKP FLLSAGFNST
KTTFLPLAAM EGINILDNDQ PELKKWYSGP ALIDALDDVE VPTRPYDSPL RIPLSNVFKG
QTAIASGVAV SGRLCSGVVQ VGDRLRAVPG DEVANVRTIE VDDDSAPYAV AGQNVTLYLS
NIDPINLSIG TVLCPTSIPV PLVTKFTAQI LVFDLQSPII AGTPVELFHH SMNLPATISK
LVSILEKGQV VKERPRVLQK GTTAMVELSL RPSSSGKISS IPLETATDNK EMGRVLIRRN
GETIAAGMVM ELLG
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