Akanthomyces muscarius: LMH87_006304
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Entry
LMH87_006304 CDS
T09501
Name
(RefSeq) hypothetical protein
KO
K03164
DNA topoisomerase II [EC:
5.6.2.2
]
Organism
amus
Akanthomyces muscarius
Brite
KEGG Orthology (KO) [BR:
amus00001
]
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03032 DNA replication proteins [BR:
amus03032
]
LMH87_006304
03036 Chromosome and associated proteins [BR:
amus03036
]
LMH87_006304
Enzymes [BR:
amus01000
]
5. Isomerases
5.6 Isomerases altering macromolecular conformation
5.6.2 Enzymes altering nucleic acid conformation
5.6.2.2 DNA topoisomerase (ATP-hydrolysing)
LMH87_006304
DNA replication proteins [BR:
amus03032
]
Eukaryotic type
DNA Topoisomerases
LMH87_006304
Chromosome and associated proteins [BR:
amus03036
]
Eukaryotic type
Chromosome condensation proteins
Other regulators of chromosome condensation
LMH87_006304
Centrosome formation proteins
Centriole proteins
LMH87_006304
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
DNA_topoisoIV
TOPRIM_C
DNA_gyraseB
HATPase_c
Toprim
HATPase_c_3
DUF7399
Motif
Other DBs
NCBI-GeneID:
80893463
NCBI-ProteinID:
XP_056059556
UniProt:
A0A9W8QMG2
LinkDB
All DBs
Position
1:complement(3886946..3891857)
Genome browser
AA seq
1610 aa
AA seq
DB search
MDSDMMDDDVFSLDNDSDGYVPEPKKAKPAAPKPKKQTKAPAKKRKVISDDEVDDNDSTG
FSNTPPSSKKPKKAIPAKKSGGVPLAELENDSTVLDPAPKATGKKKTATDTYQKLTQLEH
IIKRPDTYIGSVESTEQQMWVYNKEAQLMEYKSISFVPGFFKIFDEIMVNAADVKQRNAS
MTYIKVNINRESGEISVENNGKGIPVEIHEKEQIYIPELIFGHLLAGSNFDDEEKKTVGG
RNGYGAKLCNVFSTQFTLECQDSGNGKRYKQTWTDNMSKMGKAKITSNKTSDFVRITFMP
DYNRFGMPDGIDNDLESLLYRRIYDMAGTIRGIKVHLNGEVIKIPTFKAYCDLYAKSIAK
ERTAEEGGNPTCTVEIDKEKTHPRWEVGFAVSDGTFQQVSFVNNIATTSGGTHVNYIADQ
ITASLLKTLNKRKKGHTLKQSHLRNHIFIFINCFIDNPAFTSQTKEQMTTKASLFGSKCV
LGDQFLKKIGQSEAVQNIMDFAEKKADKMMAKSDGSKRSRVNNSKLVEANLAGTRRGHEC
TLILTEGDSAKGLAVSGRAILDPDRIGVFPLRGKLLNVRDASVDQITKNQEIQNIKQFLG
LKHKQTYTDTKSLRYGHLMIMADQDHDGSHIKGLLINFLQVQFPSLLQIPDFFREFVTPI
MKVWQGSDPKKPTKQHAFFTQPEFNEWKEGHKHELSRWQSKYLKGLGSSSNEDAQVYFTN
LDQHLKEFEIMQPDEAQLFDLVFSKKKADARKEWLGNFVPGTYLDHGTKAITYTDFVNKE
LVLFSMADNMRSIPSIADGLKPGQRKVMYSCFKRNLTKDKKVVELAGYVSEQSAYHHGEQ
SLQQTIVNLAQTFVGSNNINLLEPSGMFGSRLAGGSDAASPRYIFTRLSPFARKIFPAED
EPNLKHQYDDSKPIEPEVFAPILPMILVNGADGIGTGWSTSIPNYHPTDIVKNLKRRMGR
VSLEDDEEQPFEPMMPWFRGWKGTPEAAGPDRYKFNGIAYQNDQNPNEVVITELPIRMWT
DDFKAKLEKVIGGLEGPAWIKDYKEFNDHNTVHFEIMVDEKYIDKVLEEGLLERFKLQKQ
VATSNLVAFDIQGRIRKYEKVEDIMEEFYQYRLDMYLERKKYWLNVYHRDYRKLKNQARF
IQEIISGVLVVGKKRKQVLVTELRERKYEAFPPKKTGAKADEEELGHESDAEGDSSEAQD
SGARDYDYLLSMAIWSLTAERLEKLLEAIARKKAEHDELQAKSEKDLWCEDLDEFMAEWD
KQIAIDAEIKTKIRRLGRRVSKKIGAGKNRKAKDDDTYEPEKKGRAKGKAAAAKPKVETK
SAQRFADMFSSKPKVKKETRDADVVELSDNFSDDDFAALSRKPAAPKRTKAVSATASASQ
SQSEEPEARPARRVAASKARTLLDVDSGSENEDDDMVDVGSLVKGIGAPKEESLPPAPKE
ESLPPAPLTKSVSARSFQIDDDDDDLLAPSPPARTVSKEDILDSLLSDEDKPSPSNIAGY
ASIKKIARPKPKPAAAKPKPKAAGKTKAASKSTILSPAAKVYAARKASALADDSDEDMAA
SGSPSPKRAPARARPGRAAAARRPIVVDEDDSLMADEQEESDDPFEMDDD
NT seq
4833 nt
NT seq
+upstream
nt +downstream
nt
atggactccgacatgatggatgatgatgtgtttagcctagacaacgattccgacggctat
gtccctgaaccaaaaaaagcaaagcccgctgcccccaagccaaagaagcagacgaaggcg
cctgccaagaaacgaaaagtgatcagcgatgatgaagtcgacgacaacgattcgacaggc
ttctccaatacgcccccgagctctaaaaagcccaaaaaggctatcccagccaagaaatca
ggtggcgtgcccttggcagagctcgagaacgacagtacggttttggacccggccccgaaa
gctacgggcaagaagaaaacagccaccgatacgtaccagaagctcacgcagcttgagcat
atcatcaagcgtcccgatacatatattggttcagtcgagtcgaccgagcagcaaatgtgg
gtttacaacaaggaggcccaactcatggaatacaaaagtatcagcttcgttcctggtttc
ttcaaaatctttgatgaaattatggtcaacgctgctgacgtcaagcagcgcaacgccagc
atgacctatatcaaagtcaacatcaaccgcgagtctggcgaaatctcggttgaaaacaat
ggcaaaggtattcccgttgagatacacgagaaggagcagatctatattcccgagctcatt
tttggtcatcttctcgcgggctccaacttcgacgacgaggagaaaaaaaccgtcggcggt
cgtaacggttacggagccaagctctgcaacgttttcagtacacagttcactctggaatgt
caggattccggcaatggcaaaaggtacaagcagacatggacggacaacatgtccaagatg
ggcaaggccaaaatcacttccaacaaaacctccgactttgttcgcatcacttttatgccc
gattacaatcgctttggaatgcccgacggcatcgataacgacttagagagccttctctat
cgccgaatttacgacatggccggcactatacgtggcatcaaagtccacctcaacggagag
gttatcaagatccccacattcaaagcctactgtgatctgtacgccaagtccattgcaaag
gaacgaaccgccgaggagggcggtaaccctacttgcacggttgagattgacaaggagaag
acgcatccacgatgggaggttggttttgcggtttccgacggcactttccagcaagtctcc
ttcgtcaacaacattgcaacaacaagcggtggaacccatgtcaactacattgcagaccag
atcactgccagtctcttgaagacgctgaacaagcgcaagaagggccatactttgaagcaa
agtcatctacgaaaccacatcttcatcttcatcaactgcttcattgataacccagcattc
acgtcacaaactaaagagcagatgactaccaaagccagtctcttcggcagtaaatgcgtt
cttggtgaccagtttttgaagaagatcggacaatctgaagccgtccaaaacatcatggac
tttgccgaaaagaaagcggacaagatgatggccaagagtgacggtagcaagcgctcacga
gtgaacaacagcaagctcgtcgaagccaacttggcaggcacgcgacgtggccatgaatgc
accttgatcttgacagaaggtgactccgccaagggtctagctgtgtctggcagagctatt
ctcgatcccgatcgaattggtgttttcccattgcgaggcaagcttctcaacgttcgagat
gcgtccgttgaccaaatcaccaagaaccaggaaattcaaaacatcaagcaattccttggt
ctcaagcacaagcagacctacactgataccaaatccctccgttacggccatctgatgatc
atggccgatcaggatcatgacggcagtcatatcaagggccttttgatcaacttcttgcaa
gttcagttcccatctttgcttcagattccagatttcttccgtgagtttgtaacaccaatc
atgaaggtctggcaaggatccgacccgaagaagcctacaaagcagcacgctttcttcacc
cagcctgaattcaacgaatggaaggaaggtcacaaacatgaattgagcagatggcaatca
aagtatctcaagggtttgggttcctcatcgaacgaagatgcccaggtctacttcaccaac
ctggatcagcatctcaaggaatttgaaatcatgcagcctgacgaagctcagcttttcgac
ctcgttttctccaagaagaaggcagacgcgcgaaaggagtggcttgggaacttcgttcct
ggcacttatctggaccatggcaccaaagccatcacatacaccgattttgtcaacaaggag
ctggttttgtttagcatggctgataatatgcgatccattccctccatcgcagacggctta
aagcctggtcagcgcaaggtcatgtactcttgcttcaagagaaacttgaccaaagacaag
aaggttgttgaactggcaggttacgtctctgaacagtctgcctaccaccatggtgaacag
tcgcttcagcaaaccattgtcaaccttgcgcagactttcgttggttccaacaacatcaat
ctcttggaacccagtggtatgttcggttctcgtcttgctggtggttccgatgccgctagt
cctcgttatatcttcacacgcctgtctccctttgcgagaaaaattttccccgctgaggat
gaacccaacttgaaacatcagtatgacgattcgaagcccattgagcccgaggtctttgcc
ccaattcttcccatgatccttgtcaacggtgctgatggtatcggtactggttggagtacc
tcgattccaaactatcaccccacggatatcgtcaagaatctgaagcgccgcatgggtcgt
gtgagcctcgaagacgacgaagagcaaccctttgagcctatgatgccctggtttcgcggg
tggaagggtactccagaggctgctggtcccgatcgttacaagttcaacggtatcgcatac
cagaatgaccagaacccgaacgaagtggtaatcaccgagcttcccatcagaatgtggacc
gatgatttcaaggccaagttggaaaaggtcattggtggcttggaagggcctgcctggatc
aaggattacaaagaattcaacgaccacaacacggtgcactttgagatcatggttgatgag
aagtacatcgacaaggttcttgaagaagggctcctggagcgttttaagctacaaaagcag
gttgccacctctaacctcgttgcctttgacatacaaggtcgcattcgcaagtacgaaaag
gttgaagacatcatggaagaattctaccaataccgactcgacatgtacttggagcgaaag
aagtactggctgaatgtttaccatcgtgattatcgcaagctcaagaatcaggctcgattc
atccaagaaatcatcagtggtgtactggtcgttggcaagaaaaggaaacaggtcttggtc
acggaattgcgcgaacgcaagtatgaggcttttccacccaagaagaccggtgccaaggca
gatgaggaagagctcggccacgaatccgatgccgaaggcgactcttctgaagcacaagac
tcgggtgcacgagactacgactaccttttatccatggcaatctggtctttgactgccgag
cgtttggagaagctcctcgaagctattgctaggaagaaggcagagcatgatgagcttcag
gcgaagagcgaaaaggacctctggtgtgaggaccttgacgaattcatggctgagtgggat
aagcagatcgccattgacgccgagatcaagaccaagattcggcgactaggccgccgcgtt
tcgaagaagataggtgctggcaagaaccgcaaagccaaggacgatgatacgtatgagcct
gaaaagaagggccgagccaagggtaaagctgctgcggctaaaccaaaggtggaaaccaag
agtgcccagcgcttcgctgatatgttcagctccaagcccaaagtcaagaaggaaacccgc
gacgcagatgttgtggagctatctgacaacttttccgacgatgactttgcagctcttagc
aggaagccggctgctccaaagcgcacaaaggccgtctcggccactgcttcggcctctcaa
tcgcaatctgaagagccagaggctcgtccggcgaggagagtggcagcatccaaggctaga
accctgcttgatgtcgactctggctctgagaacgaagacgacgatatggttgacgtcggt
tccttggtgaagggtattggagcaccaaaagaggagagtttgcctcccgccccgaaggag
gagagcttgcctcccgcacccttgaccaagtcagtgtctgcgcgctctttccagattgac
gatgatgacgacgatctgcttgcgccatctccgccagctcggacagttagcaaagaggat
attcttgacagccttttatccgacgaagacaaaccttcgccgtcgaacatcgcaggatat
gcttcgatcaagaagattgctcgccctaagcctaagcccgccgctgccaaacctaaacca
aaggcagcaggcaaaaccaaggctgcgagcaagtcaactatcctctcaccggctgcaaaa
gtgtacgcggcgaggaaggcatctgctctcgcagatgattcggatgaagatatggcagcg
tctgggtctccaagccccaagcgggcaccggcacgcgctcgtcctggtcgtgccgctgct
gcaagaaggccaatcgttgttgacgaggacgattcgttgatggctgacgaacaggaagaa
agtgacgacccatttgagatggacgacgactaa
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