| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNA06620 |
|---|
| Symbol | |
|---|
| ID | 3253491 |
|---|
| Type | CDS |
|---|
| Is gene spliced | Yes |
|---|
| Is pseudo gene | No |
|---|
| Organism name | Cryptococcus neoformans var. neoformans JEC21 |
|---|
| Kingdom | Eukaryota |
|---|
| Replicon accession | NC_006670 |
|---|
| Strand | + |
|---|
| Start bp | 1805964 |
|---|
| End bp | 1808954 |
|---|
| Gene Length | 2991 bp |
|---|
| Protein Length | 745 aa |
|---|
| Translation table | |
|---|
| GC content | 53% |
|---|
| IMG OID | 638252983 |
|---|
| Product | protein serine/threonine kinase, putative |
|---|
| Protein accession | XP_567218 |
|---|
| Protein GI | 58259611 |
|---|
| COG category | [K] Transcription
[L] Replication, recombination and repair
[R] General function prediction only
[T] Signal transduction mechanisms |
|---|
| COG ID | [COG0515] Serine/threonine protein kinase |
|---|
| TIGRFAM ID | |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | 26 |
|---|
| 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 | ATGAGCACCA GCAGCCACCT CGCCCACGCC ACCCACCTCC CCCGCCCCGC AGACTCCCTC
CCCCGCAGCC CATACCCGCA CGACGCCCAG CACTCGCCGC TCCCTCCCCC GTCCTTCCTC
CACGCCTTTC CGCTGCCGCC CCGGGCGTCC ATCTCCTCCG TCGCTGCGCC CCCGGCGAGC
GCCCCGCTGC ACTCTGCGCC GCCCTACTCG TCCGCACAGA CCCTCCGTGC CTCGCTGCCG
CTCCCCCACC CGTACTACCC GCTCCCCCTG CCACACACCC CGTCCGGCCA CCGCGTGCTC
CGCTCCCCCA ACCCGCCGTG TCTCTGGCCG CTGCCCCACC CGCTGCCCGC CATCGACTCC
CTCCGGCGCC CGTCCCGCCA TCCCCCGCAC CCCGCCTCCC ACTCCGGCTC GCCCAGCTTG
GACCACCCGC GAGCCTACTA CGATCCCACC GTCTCCGTCC CGCTCGCCTA CCGCGAGTCG
TATCCGTCCC ACCCGTCCAC CCACCCAAGT TCCCCCTATC TTCCCCCTCC CACCCCGTCC
GCGTACGGCT ACCGCGCCCC GTCCCCGTTC CGGATCCCGC CTCCGTTGAC GTTCAGGTAC
TCTCGCTCAC CGCCGCCTCT TGACACCATG CCGCCACGCA AAAAGGCCGA GCCGTCGACC
GCAGACACAG CGGCTGCATC CAATGCATCA GCGACTACCG GCGCACCGGC CTCTGCCAGC
ACGAGAGCAA GAAGAGGTGC CAACGGCAAG GGATGGACGA CCGAGCACAC GTACGAGCCC
AACGGCCAGC GCAAGGAGGT CATCGTCATT GACGATTCTG CCAGCCCAAT GGTGCAGCCT
GTGAGAAAGA GGACACGGGC GCAGGTCGCG GCTGAGCAAG CAGCCCAGCA ACAGCAGTTA
CATCAGGCCT ATGCGAGCAC GAACGCGGGC TACTCAGATA CGGTGAGCAT ATCAAATGGG
CACGGCAGCG TGGCCAGCAC CGCCGGTACA GCAGCGGGAG GAACCACGAA GAAGAGAAAG
TTGGAGGAGG ACCAGGGAAA GAAGGCAAAA GCCAAGGTTG CGAGTGTGAG TCTATAAATG
CCCCATTGTA TGTAAGCTGA CAGAGCCTCC TAGACGGCGA CGTCGGCATC AATACAGACG
ACCGGCACCT GGCAATCGAC CCAACAGGCT GCCCCAGCAA AGGCCACCCA GTACCAGAAA
GCCCCCGCCC AGCCGGCTCA GCAGCAGGGT CCACCACCGT GGGATGACCC TGAAGGCCAT
TACATTGTCA AGCCTGACGA TGTTATCGGC GGTAGATGTG AGCAATCAAT CTGCGGTCAC
CTAGAGCTTC ACTAATCGCT ACAACAGACA AAATTGTCAG GTTACTGGGT CAAGGAACGT
TTGGTAAGGT GGTTGAAGCA AGACATATTG AGACACGGCG TAAAGTCGCG ATCAAGGTTA
TCCGGGCCGT GCAAAAGTAC CGTGAGGCGA GCAAAATTGA GATCAGAGTG CTTGAAACGC
TTAGAAAGCA TGATCCACGG AATGACAAGT AAGTTCACAA CTAGTCTTGT TTCGTTGGAA
CATGTACTAA AGCGATTTAG CAAATGTATA CATCTCGACG AATACTTTGA CTTCCGGAAC
CATCCGTGTC TCGTCTCAGA GTTGTACGGA ATGAGCGTAT TTGACTTTTT AAAGCAGAAC
GGTTTCCAAC CATTTCCGGA TAAGCACATT CAAGACTTTG CAAAGAGTTT ATTAAGAAGC
GTGTCCTGCA AGTAACCGTT CATCTCCAAC TTGGGTTACG CAGCTGATTA AAGAATATAG
ACTTGCATTC TCTCAAGCTC GTGCACACCG ATCTCAAGCC CGAGAATATT CTTTTATGTT
CAAATGAGGC GAGATTAGCA GGCCCTAGAG TCCGAAATGC TCGTTCAAAG TCCATCCTCA
AGGTGTGTTT TATCCCGCCA GGGGATGTAC GACGATTGCT GATTGCTCGA ATACAGAACA
CTGAAATCCG TCTTATCGAT TTTGGTTCTG CCACTTTTGA ATCCGAATAT CATTCCTCTG
TCGTCTCTAC TAGACACTAT CGTGCCCCTG AAATCATACT TGGTCTTTCA TGGTCTTATC
CTTGTGACAT GTTCAGTATA GGCTGTATCC TGGTAGAGTT CTACACTGGA AACGCGCTTT
TTCAGACGCA CGACAATTTG GAACATTTGG CGATGATGGA GGTTGTGATG GGTAAGTTTA
GCCAGAGGAT GATTGAGAAG GGAAAGTGAG TGGAACAAAA TCTTTAGCAT GACGCGATAA
ACGAGTGTGA CTGACGAAAG AAGCAGGAGT AAAAAGCCAG AGTACTTTAA AGGCAACAAG
ATAGATTTTC CAAACTCTAC GGTTTCCAAG GCGAGCAGAA AATATGTCAA GAGCATGCAA
AGCCTAAAGT AAGTCATCGG CGGCAGGCGG TTTCGGTATC TGTCATTGTA CTCAACGTAT
ACTATTAGGC AAGTGATCGA TCCTGCCAAC AGACATCAAC AGTTGTTCCT TGACCTTTGT
ACGAGACTGC TAGAGCATGA TCCGGACGTC CGGATCAAGG TGCAAGACGC TTTACGACAT
CCGTGAGTCT GGAAATTGAT TTGCAGTTCG AATAAATGCT GATCGCGAAT TTTAGTTATC
TAACCGAGCC TATTCCAGAG CCTGCATAAA GTTGAAACTG GTATAGCAGA ATGGCGATTC
AGTGAATGGC GCCTTCATCA TTGGCGATAT AATAACCTAA TCTGGGTTAT AGTACGGGAT
AATTGTCTAT GATTCTCATC ATGCTCTTTA TCATGATAAA ATGTCATGTT CGGATGCTCT
CCGCATTTTC TTTTTTCCCT CAATACAATC ATATGTGTAC TATTCATCAG TTTTCTTTGT
TTCCCTTTTC TCGTTCATCG TATCTATGGA AAGTTCTCGG TATCTCTTCT TTTTTTGCGT
TTCTTTGTTT TCGATGATTA CTACAATTAT CACTTGACGA AATGGGATGT T
|
|---|
| Protein sequence | MSTSSHLAHA THLPRPADSL PRSPYPHDAQ HSPLPPPSFL HAFPLPPRAS ISSVAAPPAS
APLHSAPPYS SAQTLRASLP LPHPYYPLPL PHTPSGHRVL RSPNPPCLWP LPHPLPAIDS
LRRPSRHPPH PASHSGSPSL DHPRAYYDPT VSVPLAYRES YPSHPSTHPS SPYLPPPTPS
AYGYRAPSPF RIPPPLTFRY SRSPPPLDTM PPRKKAEPST ADTAAASNAS ATTGAPASAS
TRARRGANGK GWTTEHTYEP NGQRKEVIVI DDSASPMVQP VRKRTRAQVA AEQAAQQQQL
HQAYASTNAG YSDTVSISNG HGSVASTAGT AAGGTTKKRK LEEDQGKKAK AKVASTATSA
SIQTTGTWQS TQQAAPAKAT QYQKAPAQPA QQQGPPPWDD PEGHYIVKPD DVIGGRYKIV
RLLGQGTFGK VVEARHIETR RKVAIKVIRA VQKYREASKI EIRVLETLRK HDPRNDNKCI
HLDEYFDFRN HPCLVSELYG MSVFDFLKQN GFQPFPDKHI QDFAKSLLRS VSYLHSLKLV
HTDLKPENIL LCSNEARLAG PRVRNARSKS ILKNTEIRLI DFGSATFESE YHSSVVSTRH
YRAPEIILGL SWSYPCDMFS IGCILVEFYT GNALFQTHDN LEHLAMMEVV MGKFSQRMIE
KGKSKKPEYF KGNKIDFPNS TVSKASRKYV KSMQSLKQVI DPANRHQQLF LDLCTRLLEH
DPDVRIKVQD ALRHPYLTEP IPEPA
|
|---|
| |