| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CND02100 |
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| Symbol | |
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| ID | 3257415 |
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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_006686 |
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| Strand | + |
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| Start bp | 562010 |
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| End bp | 566541 |
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| Gene Length | 4532 bp |
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| Protein Length | 1226 aa |
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| Translation table | |
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| GC content | 51% |
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| IMG OID | 638256144 |
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| Product | conserved hypothetical protein |
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| Protein accession | XP_570429 |
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| Protein GI | 58266546 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG0666] FOG: Ankyrin repeat |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 21 |
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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 | GCAAATCGCA AACCTGTCAG GTTCTCATTT AATCCTTAGC AATTAGAACC CATTCAGCAA
TAAACACTTG CCCGTTGGCG TTGACGGTCT TAATACCCGC ACGACCTCTA TAATGTTTAG
CCCGACACCA TAACAGCCAA CATACTAACG GTATACCACC TTCAGGATCA TTATATGAGA
GCGGAAGACA AACAGTAGAC ATTGAGACGA TGCGGTCACC GAGTAAGCGG GGGGATCTCG
AGGCCAAGTA CGATGTCGTA CTAGACTGTG AGTGCGCTCT ACTGCTTTTT CATCCCAATG
TTTCTGTAGC AACCCGTGCG GCCTGCGCGG CAATTGGTGG TGTGTGAGAG AGAGGCCTGA
TGATGATGGG GGGCGGAAGT GTGGCGGATG CCTCATTGCG GGCATTTTCT TCCCCAGCCC
GATCCTTATA TCACCAACCA GGTTCATCTG CATCCAACTT CTGACCCACG TTCATATCTT
CACTTCCATC TCCATGTAAT GATCACTGAC ATGATCCTTC TCCTCTCTGC CCCGCAACTT
CTGCCTACTT GCGCTTCGCC CCATCTCGAC CGGCTCCGTC ACTTTCTGTT CCTCAATAAC
CTCCCATCAC CTCTTTATCC ACCTCCAGTT CCCAATCTCG AACTTCACTC GGCGGCAGCA
AGTGGCAACG TCGGTCTTGT TCACTATGCA CTCACCCACG GGCAACCTGT AAACTCGGTC
TTGCATGGAG TGTTACCCCT GCACGCGGCA TGTTCTGGTG GAAGTCTTAG TGTGGTCCGA
ATGTTAATTG AACAAGGGGC GGATGTCAAC GCCCCCAGGC TGCCAAGAAG GTATAGTGAT
GGCAAGAAGG GCACAGCGCC GAGTGTCGGT ACTGCTGGTG AGCCTCCGCC ACCCTACATC
TTGTGATATG CTGATTACCC CCTAGGTTCA ACCCCATTGC ATTTTGCAGC TGCAAACGGA
CACGCTCCCA TTGTCCAAAT GCTTCTGGCG TGCGGTGCAG ATCCTTCTAA ACCAGACAAG
AATGGGCACA CACCCGAAGA TCTTGCTCGA CTGAGCAGTC ACGAGAACGT GGTGCGCGTA
CTACATGCTT TTCAGCGATT GCAAACTTTG GACGCGGAGA GTAGGTCATC CAAGTCCGAA
GTTACCGAGC CGCTGAGTCC CAGAGAGTCA CATACCAATC TGGAGCAAGC TGAGCAAGCT
TCGGCCGTTG TGGGATCTAG GAAAGGGAAG GAAAGGGCAT TTAGTCTGTC TAGTGTCAAA
TCTGACGGAA GCAGCGCTGT GCGGATGAAG AAAAGCGTAG AAGCATTGTG GAAGAGAGGT
TCGAAAACGT CTATGACTTC GGCAACAGAA CAAACGCACA CACACCATCA TCGTGCTCCC
CCACCGCCTA GATTATGCCT GCCGGGCGAG TTCTCGACAC CTCTTGATAA ACTCTCTTCC
CCTTTTGAGA TAGACACCCC CACCTCCCCC TCACCGCAAA AGGGAGACCA TAACCCTCTT
TGTAATAGCG CCCCGCCTTC CACCAATGGA AGCGATGGAA GCCCGAAATC ACTCAACCGA
CAGCTCAGCA ATGACTCCCA AAGCAATCTT TCCTCCATTG CACTCCATTC CCCACCAGCG
CGAACGCCTT CTACTCCGCG GAGCAGGCAT AACTCTCTTT CTTCTCATCG TCCATCTTTA
CCGTCTATCA TTGAGAAGGC TGCCCATCCA GGACAGACGT TTCGTGCTGC CATGAAAGGG
CATCAAGACA AAGACGACGG GCTTCACACT GCTTTATCGG GAGGTTCAAA ATCCCGTGGT
CGATTCTCTC ATGGCGATCT CAAAAAATCA ACCAAACACC AAGCTCATCA TCATGTCCAT
GGTCTAAAGA ATTTCTTTCG TTTGGGCACG AATCGTGAGC GTTCGCCAAG CCCACCTGCA
AAAAATGAAT TTGCCAAACC GATCGCTGGG GAAGAGCTTG ATCTGGGCAT GGAGAGGTTA
AAAAGAGCTA GTTTAGACTT GGAACGCAGA GATATCCCTA CACTGGACGA CAGGTCGCAG
GGATCGACTT CTGCCCCTCC AACAAAATCA AAATTCTTTG AAGAAGAATC TTCGACTTTT
GATTCCTCTC TCACGAGTTC ATCAACCTCG TCGTCTCAAT TGCCCGCGGT TTTTCAACCG
CCACGCTTAC CCCCTCGCCG AAACTCTCCT CCTGCGTCAG TCACGCCAGT TATTAACGTT
GTACCTTCAT TGCGGCCCCG TACCGGTAGT GAAGTCATTG CACCCAGCCC ATTAGCCAAC
GAGTGGGCTG ACAACGATTC AGACGGACAG AGAGACACAT TTAAGGGTAT TCGAAGAGCT
AGAACGGAAG TCATTAGGCA GCCCTTGTCT AGTCCCCGTC CCAATTCTCC TACGGAAAAA
TATTCGCCCA CCTCGCCGGG CAAGCCTCGC GCCTACACTC TCCCTGGACT TTCCACTCCT
ATTTCAAACA GTAAGCCGTC AGTGAATGGC ATCGGGAAGA CGGACGACCT TGATCTTAGA
AAAATGGCAG CTGAGGGGTC AATTAGAGAA TGTGAGAAGA AAAAGGATCA GGAGGAAAAG
GGAGGGGATG CTGAGGATGA AGAAGGAGAC GGAGAAGAAT GGCACGATGC GCTTACGACA
GGGGACGACG AAGAACGCGC ATTGCAAGAG GGCCATGATG AGATAATTCG ATTGACGGCT
TCGGACAATG CAGACATTCG ATCGGCCTCT CTTCGTTCCA GGGCGAGTAA AAGTGGCCGA
ATCAGAAGCG GAAGCATCGG TTCCGTCACG ACGGATGCCT CTCACATATC GTCACCTCCT
TCAACCTTCC GAATATCTAA TATCTCAGAC GACCCTGATC CACTCAGGCG ACCGAAACCC
GCACCACTCC CACAGCCTTC CTTGCGTGCA GATTCGCGCG TAAGAGGTTT CTCCATATCA
TCTAACTCCT CCGGTGCGTC TGCTGCCGCC CACTCTAATC TTCAGACGGT ATCTACGCCT
TCGACCAGTT TGACACTTCC GTCGGCCTTA TCTGTCACTC AGCCGGTCTC TGGCGTAGTT
GTGAGTGGTG GAAGTGGTGG ATTCCCACCT GTACCAGAGC ATGAAGCAGT CTCCCATCCT
TCGATTCGAC GACGTTTGAC GTCTAGGACT ATATCGTCCC AAGCCGAAGC TCAGGAAGCG
ATGAAACAGA GTGAAAATGA AATACTACAG CTAGCTCAAT TACCGCCTAG CCTAGACTCG
TCGAGAGACT TGGCAGCAGT GTTGGCAGCA TATGGGGAAA GTCATGAGAT GGTCAAAAAG
TTTGCGGAAG AGGAGAGAAA AGAACAGGAG GATCAGGACG AGGCATTCAA TGTTAGAACT
ACTGTGGAGG GAGATCAGGA GAGTTTTCAT ACTGCCGATT CAGGGCGAAC GAAAACAAGC
AAGATCAGCT TAGACAGCAA GGGAGCAACA TCGCCTGATA GAGGCAGCGT TGGGAAACAG
CTGCGTGAGT CTTTATGTTC AGTCATTGAC GGTCGCTTAT CTTCCTTTAG CCTCTCCGTT
GACACCTTTA ATTGGTGTTG ATGTCCCGAG AAATAATTCT CACTTGTCCA GCATCTACGA
CAAACGTGCC GCTGCCTATC GTGAGCGCAT GACTGCCCTC ACTTCAGCAC CTCTTCCATC
TCTTGCTTCG GTATCTCATC ACCAGAGACC CCCATCCGTA TCACGAACCA GCCGGCAACG
AGCCAGCTCA GCTCATGAGA CGTGGCTGGA CGTTGGGCCT AAAAGCCGTT TGCGATCGGC
ATCTGGCAAT TTGCCGATGG GTCACAGCAT CCATGGAGGT GGTTTTCGAG ATAGGAGCAA
CCCCACTTCA GCTACGACAA GCGAAATCGG TGATGAAAAG GCAGAGGGAG AAGAGGGGGA
AGAACGATAT CCCCATATCT CCGGCCCCGT GCCGGTAATG TCCAATGTTC AGCCTGGTCA
ACGAACTCGA AGAGGATCTA ATGCTAGCAC CGCATCACAC AAAGCTCACA ATTACACACT
CCCGCCATCG ATCCACCCTC AGCCCTCCCG CAAAGGTCTC TCAGCAGGTA CCCGCAAGTA
CACCCCGGCC GCCAACTCTG GTGGAACTGC CATCGGTCTG GGACCTTTAG CCCCCACACC
ATATGCCTCG TTATTTTCAC ATAGATTTAG TGGACAACCG CTCAACGACG ACGAGAGCGA
CGACGAGGAG CAAGAAAATG GTGATTTTAC AGTAATCGAG AACGATTGGC GCGGTGGTAG
AGTGATTAGC CTAGACGAAG TCGGAGCGGG GACGGAAAAG AAGAAGTGGA ACGGGCTAAA
GAAGTTAGGA AGACACCATA AATAGACAAG CACAGACTGA AAAGTTGGTT CATGCGTGTC
CAGTGTAGCA TTATCATTCA TCATCATTAC CATTGCAGAC CAGTTTTTTT ATTGTACACG
ACATCATTTT GGTAACTTCT TTCATCTTCT TATCAATGCT ACCAATTTTT GGTGCCATTC
TTGTTCATTA GTATACCCTG TGTTATTTAT CT
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| Protein sequence | MRSPSKRGDL EAKYDVVLDF PNLELHSAAA SGNVGLVHYA LTHGQPVNSV LHGVLPLHAA
CSGGSLSVVR MLIEQGADVN APRLPRRYSD GKKGTAPSVG TAGSTPLHFA AANGHAPIVQ
MLLACGADPS KPDKNGHTPE DLARLSSHEN VVRVLHAFQR LQTLDAESRS SKSEVTEPLS
PRESHTNLEQ AEQASAVVGS RKGKERAFSL SSVKSDGSSA VRMKKSVEAL WKRGSKTSMT
SATEQTHTHH HRAPPPPRLC LPGEFSTPLD KLSSPFEIDT PTSPSPQKGD HNPLCNSAPP
STNGSDGSPK SLNRQLSNDS QSNLSSIALH SPPARTPSTP RSRHNSLSSH RPSLPSIIEK
AAHPGQTFRA AMKGHQDKDD GLHTALSGGS KSRGRFSHGD LKKSTKHQAH HHVHGLKNFF
RLGTNRERSP SPPAKNEFAK PIAGEELDLG MERLKRASLD LERRDIPTLD DRSQGSTSAP
PTKSKFFEEE SSTFDSSLTS SSTSSSQLPA VFQPPRLPPR RNSPPASVTP VINVVPSLRP
RTGSEVIAPS PLANEWADND SDGQRDTFKG IRRARTEVIR QPLSSPRPNS PTEKYSPTSP
GKPRAYTLPG LSTPISNSKP SVNGIGKTDD LDLRKMAAEG SIRECEKKKD QEEKGGDAED
EEGDGEEWHD ALTTGDDEER ALQEGHDEII RLTASDNADI RSASLRSRAS KSGRIRSGSI
GSVTTDASHI SSPPSTFRIS NISDDPDPLR RPKPAPLPQP SLRADSRVRG FSISSNSSGA
SAAAHSNLQT VSTPSTSLTL PSALSVTQPV SGVVVSGGSG GFPPVPEHEA VSHPSIRRRL
TSRTISSQAE AQEAMKQSEN EILQLAQLPP SLDSSRDLAA VLAAYGESHE MVKKFAEEER
KEQEDQDEAF NVRTTVEGDQ ESFHTADSGR TKTSKISLDS KGATSPDRGS VGKQLPSPLT
PLIGVDVPRN NSHLSSIYDK RAAAYRERMT ALTSAPLPSL ASVSHHQRPP SVSRTSRQRA
SSAHETWLDV GPKSRLRSAS GNLPMGHSIH GGGFRDRSNP TSATTSEIGD EKAEGEEGEE
RYPHISGPVP VMSNVQPGQR TRRGSNASTA SHKAHNYTLP PSIHPQPSRK GLSAGTRKYT
PAANSGGTAI GLGPLAPTPY ASLFSHRFSG QPLNDDESDD EEQENGDFTV IENDWRGGRV
ISLDEVGAGT EKKKWNGLKK LGRHHK
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