| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNB02110 |
|---|
| Symbol | |
|---|
| ID | 3255629 |
|---|
| 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 | 615419 |
|---|
| End bp | 618700 |
|---|
| Gene Length | 3282 bp |
|---|
| Protein Length | 565 aa |
|---|
| Translation table | |
|---|
| GC content | 45% |
|---|
| IMG OID | 638254862 |
|---|
| Product | microtubule motor, putative |
|---|
| Protein accession | XP_569140 |
|---|
| Protein GI | 58263460 |
|---|
| COG category | [Z] Cytoskeleton |
|---|
| COG ID | [COG5059] Kinesin-like protein |
|---|
| TIGRFAM ID | |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | 15 |
|---|
| Plasmid unclonability p-value | 0.0993409 |
|---|
| 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 | CAACGAGTCT GCAACGAAAA TCCGCAACGC ACAACAGGAG ATTCTCAGCT TCCACCACCC
CCAATGTGCA TGTGAAGGAC CTATCTTCAA CCAAGAGGCA ATAATGTCCA AATCTATAGC
TTGTCACGTC CGTTTGAGAC CATCGAAACC GTCAGATGGC AAGGTCAACG AGCAAGGCAT
CGTTATCAAT GGGAACAAGA TATCAGCTCT GAACGTTCAA GGGGACAAGC GATATCATTT
CGAGTAAGTA CTATAGCATC GTATTGCTAG CAGTATTACT TCATTTCCAA AGCCGTAGAA
ACTGACGTAC GATTCAAAGA TTTGAGAAAT GTCACAATGA AAGAAGCACA CAGGAGGAGG
TTTTTGAGCA TGTAAAGCCA TTGTACGTAA AATAATAAAC AGAAAGATCT CGATAAAAGG
TAACGCTGAC AACATTTTCA AGGCTCGATC AGGCTTGGAA AGGGATTGTA AGTCGCTTTT
ATTGAATTTT GCTGCATGAA TTTGCTAACG GCGAAACGTC AGAATACTAC CATTTTTGCG
TATGGGGTTA CAGGAGCCGG TAAAACACAT GTGAGTGGTA TTCATAGTGT GAAGTGGTAT
CTATAAATGG ATGCAAGTAT TAACAAAACA AGACCATGCA AGGAACCAAG GAAGAACCTG
GGCTCATCCC CAGAGCGGTC AATGTCTGTC CAAATTGAAC CTCCGACTAT GTGTTGATTC
AGTTGCTAAT TCCTCTACTT AGGTCATTCT ACAGAGACGT GCTCTTTCTC CTTCATTGAT
AAATGTCTCC ATGTCATATG TTGTGAGCAT TATTTTTGCC TGTTTGTGAC TTCCGAGCTC
AAACAGCATA GGAGATACTT AAGGATGAAG TATATGATCT ACTGGGTTCT CGTGCCGAAG
TGAGTATAGG CATAATCCTG CGATAACGCG GCTGATTTGG TCGACACGTA GCCAAGAAAG
AGGGAAATCC GTATGAGCGC AGGAGGACAC AACGTTATTG CGGATTTGAT CCACCAGCCA
ATCTCATCCT GGGAGGAATT TGAGACTATA TATGAGTACG CACAACTCAC GGTTTACACA
AATATATTCA TTTCTCTGAC CTACTCCTCC GTCCCATTAC AGCACTGCCT CGAAAACACG
TAAAACTGCC TCCACAAAGC TAAATTCCAG TTCTTCAAGA TCGCATGCTA TTCTTACCAT
CCATCTCGAG ATGTTGGGAT CTTCAGACAA AGTAAATTAT GGGAAAATCT GCGTGCGTGT
CATGCCATGA TGTTTACACC CTTCGCCATG TTAATATTCT TGACTGCTCA TCGTAGTTCA
CCGACCTGGC GGGATCGGAG AACAACAACC TCACAGGAAA TGATCGAGAG CGCATGCGAG
AAGTGAGTCC CCTGTAGCTT TTCGTGGTGG AAGATCCGCT GACATCAAAC GGCAGAGCTC
TGCTATCAAC ACTTCCTTGA CTACATTGGG CAAAGTCGTT GACGCTCTGA ACGTTATCGC
CCAGAGGGGC GGTGATGGGA CAGGTGTATT CGTGCCTTAT CGGGAATCAA AGTTGACCCG
GCTTCTACAA GGTATGTACG ATACAATATT ACTCTTGACG TCTTGATCTT GAATCCGCGA
ACAGGTGCTC TCGGAGGGTC TTCCCTTAGT CTTCTGATTT GTTGTTTGGC TCCAGGGGAG
AAATTTGCCA GAGACACAAT CAATACTCTT CAGTACGTTT GGATTCACAC ACACTTACTA
ATGTTGGCTA ATAAAATGTA TAGGTTTGGG AAGAAATCGA AAACAGTAGA GAATAGACTT
AATAACGACA GAACAGGTGA AGGACAAGTT CTTAAAAGCT AGTAATCACC GTACTCATGT
TCTGTAAACT TCAGATTTTC GCCGTCTTTC TCAGCTCCCT CCACCAGCCA ATTTCAAGAC
AATCAATCCA CAAGCGCCTT TCAAAATCCA TGCGGAGGGT TGTCCCCCCC TCTCCAGGCC
ATCTCTAGGA AGGCCTGCTT TGGCGCCTTT AGCTCCTAAC ACATGTCACC TAAGGCAGCG
TTCGAAGACA GGCTTTGCCA CTGAAGGAAA AAGTGACCAG AAAGAGAAAG TGGCAGTGGC
GCTCACGGAG GAGCAATTGG AGAAAAGAGT GAGGATCGAT TTACATATTA CTACAGTCTA
ATAGCTGACG ACCCTGAAGA TTCAAATGAT TGTGTCCCAA GAGATGGCCC ACGAGCGAGA
GAAAGAGCGA CAGCTTCAAG GCCAATCACC TCAGCAGCCT ATTCCTCAAG TGGGGCCATC
ATCAAATATT GACATCACGT CTAGACCTCA CAACCGAGAA GCCGCGTCAT TGAGTGAAGA
AGAGAAAGAC AACAGGGCCA AAGCAATCGT TAAGCATGCC AGATGTGTAC ACCAATCGCA
CGTGTAATAA TTATAGTCAG TCGTTTAAAA TGCTGACAAG GGTCTTTAGA GGGGATCTGG
TTAATGCCCT AGATTTGTAT AAAAAAGCCT ACGAATACGC ACCCCAGAAC CAGAAACTCG
CCATGAGGTA AGCTTGGTGG CCAACCTGTT ATCTTAATAA CTAATGTGGT GTAAGGATCA
CCGAATTGCA GCTGGCCATT GAAGGGATTC TTCCTCCCCC CCGACTCTCC GGCCGTTCAG
GTCACGAGAA TCGACATCTT CCCTCCGCAT CTCATTTAAA GCGATCAAGA GCGCCGCACG
GGTCAATGTC GTTGGCAGAG CTTTCTTGGG AAGGCGATGA AGATACCCAT GCGGACTCCA
AAAAGAGACC AAGGACTGAG ATAGATAACC ACACCTTGAA TTGAAACATA ATAATACACC
CATTATTCTG CGTGTATTAA GCAGGGTGTA TCTATCAGTA ATGCCCTCGA GGATTAGAAG
GCGTTGTTGC CTCATGTTCA ACGCCTATTT TCGATTGGTT CAATATATCT GCTGGGTCAG
GTATCATTCG CAATTCCTCT TTTAACTCTT ATGTAATGTA GTCGACTGTG TGTCATATTT
GAATCCTATA TATGGATAGT GCTGATTAGC TTTTTCACAT GTTCTTGACC TGTTGATGGA
TATTTCTTGC CTCCTTCGTG CAGGGCTTGT TGCTGGGTGA TTTGTTTCCA AGTTTCCAAA
AATCCAAGGA AACAGCTGAG CGAGTAACTC GAGTAGTATA GTGTCAAGGT CCGGACCTTC
TTGCGGAGGA GGCGTCAGGG AAAACGGAAG GAGGTACGAG CGTAGGATGT AGGGAAAGCG
TCGTGAAAAG GGCTAATCAG CTCGCAGAGC TAGAAAACAT AT
|
|---|
| Protein sequence | MSKSIACHVR LRPSKPSDGK VNEQGIVING NKISALNVQG DKRYHFEFEK CHNERSTQEE
VFEHVKPLLD QAWKGINTTI FAYGVTGAGK THTMQGTKEE PGLIPRAVNV ILQRRALSPS
LINVSMSYVE ILKDEVYDLL GSRAEPRKRE IRMSAGGHNV IADLIHQPIS SWEEFETIYD
TASKTRKTAS TKLNSSSSRS HAILTIHLEM LGSSDKVNYG KICFTDLAGS ENNNLTGNDR
ERMRESSAIN TSLTTLGKVV DALNVIAQRG GDGTGVFVPY RESKLTRLLQ GALGGSSLSL
LICCLAPGEK FARDTINTLQ YTINPQAPFK IHAEGCPPLS RPSLGRPALA PLAPNTCHLR
QRSKTGFATE GKSDQKEKVA VALTEEQLEK RIQMIVSQEM AHEREKERQL QGQSPQQPIP
QVGPSSNIDI TSRPHNREAA SLSEEEKDNR AKAIVKHARC VHQSGDLVNA LDLYKKAYEY
APQNQKLAMR ITELQLAIEG ILPPPRLSGR SGHENRHLPS ASHLKRSRAP HGSMSLAELS
WEGDEDTHAD SKKRPRTEID NHTLN
|
|---|
| |