| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNB01390 |
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| Symbol | |
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| ID | 3255997 |
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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 | 415660 |
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| End bp | 419169 |
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| Gene Length | 3510 bp |
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| Protein Length | 789 aa |
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| Translation table | |
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| GC content | 47% |
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| IMG OID | 638254789 |
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| Product | heterokaryon incompatibility protein HET-C, putative |
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| Protein accession | XP_568811 |
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| Protein GI | 58262802 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 17 |
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| Plasmid unclonability p-value | 0.323382 |
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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 | CTTTCTTCCT TCATTCCCTT TCTCTTGCTC AACAATATGG CAAAAACGGC CCTTCTTTTG
CTACTCGTGG CACTCGTCAC CCTATCATTC ACTCCCGGTG TCTACGCGTT CGGAGCTGGT
GCGTACTCTC CACACTGTTT CTTTCGTTCT CCATATGCTA AAGGATGTTC AAACGACCAA
TAGGAAACAT TCCTTCCTTT TCATACCTTG AAGAAAAGGC TTTTAGGCAT GGTGATATTG
AAGACATCAT TGCAAATTTG TTCAAAGCCG CTGGTGGCGG TTTCCTCTCC AGAGGTACCA
AGTTTACGCC ACTGGATGTT AAGCGTGTCT ATTTGTAAAT GACCCTTCTT TCCTACTCTT
GCTTGCTGAC ACTCTACCAG TGGAAACTGG CTTCGAGACT ACAGTCAAGC TGTAGACGTT
GGCTCTCTCA AGAAAACCAA TCTTCAAACG ATCATCAACA TTGTCATGGT TTTGGGTTTT
ATGGCACACG GTTATGCTAC TGGCGAGTTT GAAGTCACCA AGGACCGACT CGGCTGCTAC
CTTCCGACTG AGCATATTGA CAACCCTAAG GGATATGCCG ATGGCGAAGA CGCTAGGCAG
TATGACAGTC GATTGCGGGG ACCGGTGGAT CCCAGGGAGC TCGAAATTGA CCCCCGGACC
GGAATGAAGA ATTACATTGC AAACGGTAAG TTGAATTTTG TTCATGAGCG CCGGGTCCGC
ATTAAACCAT TACAGAGAAC GGGGGCTGGG CAACTTCGAA AGCTCTCGTG AGGCAGAGGC
TACAAGAGTG TATTCATTAT GGTCGACAGT ACAGGTCGAA CAATAACAAG TCCGACCTGT
ACGAAGCCTT CCAGCTTCTC GGACGTGCAT TGCACACTCT GTAAGTCACG TCAGAACCTA
GATTGTGACA TCTCTTACCA AATTATATTT AGTGAGGACT TCACTGCCCA CTCTAACTGG
TGCGAGCTTG GTGAGTGACA ACGGCATATA GCAAGGTAGG CTTTGCTAAC ATATTCACAG
CCCTCATTTC CTTCGGTTAC ACCAACGTTT TTCCCCACAT TGGACAGAAT GTGAAGGTAC
GGGCTCCTAA TGGGCGTGAT GTGTACCCTC TTGTAACAGG CACATTCGGT GGTGCTGATT
TCATCCATTC TTTGATGGGT GAAGCGACGG ACCATCTTTC GCAGGTTAGT TTTCAAAATG
TCATTGTCTT CCTTTTCATT GATGATGAGT CAACAGGCAT CTGTTTCCGA CCTTAGCAAG
CAGATGACCA ATGCTCGTTC CGTATCCGAG GGTCAAAGTA GCTCCGCCGA CACTCTTCGC
CAACTTTTCT TCAGCATTCC GGGCGGTGAA GGAGACAGCA TGACTCGTGA TTTGGAGGGT
ATTCAAAACA TGCGAGCAGG TCAACCCGGC GGTGTCGATC CTAGCACAAT GAGCCCTCAA
GAGCTCCATC AGACCATCTG GCAGATTCTG AGCTTCAGGG ACTCAGTAAT GAAGAAGATT
GAAGTAAGTC ATTGAGTCTA GGATTTGAAA TTGCCGTCTA ATCGTTTCTT CAGAACACCA
TCGATCGAAT CCCAGGCCTT TCCGGTCTCG TTGAAAAGAT TTCAAACTCT GTTTCTGTCT
TCATCATCAC CACCCTCGAA CCGTTTGTCA AGCCTCTTTT GGGTACCGCT ACAGAGGCTC
TTGGTCAGTC CTCTCAAGCT GTCATCGACT CACATGACCA ATACGAAGTC TGGAATGATC
GAAATGCTTC CGACCCCACT CACTCTTTCC TTTCCAAGGT AAAGGGACTC ATGCATGCTT
TGGCATCAAT GCTGACATTG TCCCATTAGG ATCACTTTGG TCTCCTTCTC AATCAACCCG
CCGGTGAAAT CGCCCGAATT GTCGTGGAAC ACACTGTCAA CCTTGTCGTC AAGGCTTGGG
ACGATAACAA CATCAATCCC AGCCAGGTTA CTGAGACAGC CCTTGAAGCT TTGTTCCATC
CAGACTTTGC CAGTGGGCAT TGTAAGTTGT AATCATCCTT TCTATGTCGC GAAGATTCTG
ATCATTCTGT CAAAATAGCC CAAATTCAGA AGCAAATGCT CGATAAGATG CGTGAATGGA
TAAACAGCAC CGGCTCCAAC AAGAATGAGA TCTTGCACCG ACTCACTTCC GACATGGTAA
AGCAGGGTAA GAATCGCCGA ATCGGTGATA CCTCCGCAAC CACGGGGCAT GTCCACAATC
AGCTTCTGCC TGAGGGTGGA CTGCAGCAGG TGATCGCTCA ACAAAACGTT CATGTACCTG
GTGCAAGCGT ACTCAACGCT GGGCAGGATT TGATGTCTGG AAAGATGGTG AGCTCGAATA
CCCTTCTCGA ATACCTTTCA ATTGAAATGA GAGATCTTGG ACTAATTCTG ATCTGTAGCC
TTGGGACCAA GGATTTGGAA GTGGTGGTGC TCATGCCTGG CGTGATGTGG ATCCCAGTAA
TCCTAGTGCT CCATCTGGAG GGTATAACGC TCCGACGAAT TACAATTCTC AGCCATCCTA
CAACTCTCAA CCTTCCCACA CTTACGAGCA ATCCTACAGT GGTCAACCCA CTTACACTAC
TCATTCCCAA GCCTCTTACG GTGCCCCGAC TATGCCCCAG TCTTATCAGT CACCTTCTCC
CCAAAATCAC AACTCTCAGC CGTCTTATGG CAATCAAGGC GACGGCTCTG GTTATCCAGG
GCAGCAGTAT CGCCATGACA GGCCTGGTCA CCATCAACCA CCTCACCATG GTGGCTATGG
AGCGCCACCT CAAGGCGAAT ATGGTACACC ATATGGTGGG CCTCATGGTG GACCGCCTCA
TGGTGGCCCT CACCAGTCTC ATGGAGGATC TCCTCAACCT CCTTATGGGC AACAGCCTCC
CTATGGAGGT CAGTCTCAAA ATCAATGGGC ACAACGCCCT TCTTATCAGG GACCTCCAGG
TGGATGGTAA AGATGTCATC GAAGAGATCA ATTCATTCTA ACTTCCGTTG TCGATGATAT
TTATGAGATA ATGGTTAAAA AAAAAAACGA AAAAGACGAG AGGAAACGAA AAAAAAAAAG
GATTGTACAC ACGAAAAAGA GTATGGGAAA TGGGTTGTAT CATGTTTCTT GTGCAGTTAA
CGGCCGTATC AGCTCCAGCT TGCAGCTAGC TATAATGTTC ATGACTCACT TGTCCCAAAA
TGCCTAAACG TACGTTATCC GACAGACTGT CAATGATCCT GTCATATGTG ACATGCTGAA
AACTTCCTAT AACCTGCCAT ATGTGTTTTC CCTCTCCATA GAGTTTAATC CACCAGCATT
GAGGACCCCT TTATCCCTTC ATCTCCCCCC CACTTCCTTC AGGGCTTCCT ATTTTCACGT
CATTGTAACT TTCAGCTTGC CATATCTCGA ATTCAACTTC TCTTCGTCTG ATATAGGCTA
GAGAACATCG CCTGCCATGT TTTATTGACG GGTTCAAATG AATTGAGAGA GTCACAACAA
GCGACTTGAA GGTATTATAG CTGAAAAGAT
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| Protein sequence | MAKTALLLLL VALVTLSFTP GVYAFGAGNI PSFSYLEEKA FRHGDIEDII ANLFKAAGGG
FLSRGTKFTP LDVKRVYFGN WLRDYSQAVD VGSLKKTNLQ TIINIVMVLG FMAHGYATGE
FEVTKDRLGC YLPTEHIDNP KGYADGEDAR QYDSRLRGPV DPRELEIDPR TGMKNYIANE
NGGWATSKAL VRQRLQECIH YGRQYRSNNN KSDLYEAFQL LGRALHTLED FTAHSNWCEL
ALISFGYTNV FPHIGQNVKV RAPNGRDVYP LVTGTFGGAD FIHSLMGEAT DHLSQASVSD
LSKQMTNARS VSEGQSSSAD TLRQLFFSIP GGEGDSMTRD LEGIQNMRAG QPGGVDPSTM
SPQELHQTIW QILSFRDSVM KKIENTIDRI PGLSGLVEKI SNSVSVFIIT TLEPFVKPLL
GTATEALGQS SQAVIDSHDQ YEVWNDRNAS DPTHSFLSKD HFGLLLNQPA GEIARIVVEH
TVNLVVKAWD DNNINPSQVT ETALEALFHP DFASGHSQIQ KQMLDKMREW INSTGSNKNE
ILHRLTSDMV KQGKNRRIGD TSATTGHVHN QLLPEGGLQQ VIAQQNVHVP GASVLNAGQD
LMSGKMPWDQ GFGSGGAHAW RDVDPSNPSA PSGGYNAPTN YNSQPSYNSQ PSHTYEQSYS
GQPTYTTHSQ ASYGAPTMPQ SYQSPSPQNH NSQPSYGNQG DGSGYPGQQY RHDRPGHHQP
PHHGGYGAPP QGEYGTPYGG PHGGPPHGGP HQSHGGSPQP PYGQQPPYGG QSQNQWAQRP
SYQGPPGGW
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