Bipolaris sorokiniana: COCSADRAFT_296693
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Entry
COCSADRAFT_296693 CDS
T03124
Name
(RefSeq) hypothetical protein
KO
K06677
condensin complex subunit 1
Organism
bsc
Bipolaris sorokiniana
Pathway
bsc04111
Cell cycle - yeast
Brite
KEGG Orthology (KO) [BR:
bsc00001
]
09140 Cellular Processes
09143 Cell growth and death
04111 Cell cycle - yeast
COCSADRAFT_296693
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
bsc03036
]
COCSADRAFT_296693
Chromosome and associated proteins [BR:
bsc03036
]
Eukaryotic type
Chromosome condensation proteins
Condensin I
COCSADRAFT_296693
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
Cnd1_N
Cnd1
HEAT_2
HEAT
RTP1_C1
Adaptin_N
Cnd3
INTS7_N
INT1_R3
p450
Motif
Other DBs
NCBI-GeneID:
19136096
NCBI-ProteinID:
XP_007697813
JGI:
Cocsa1_296693
UniProt:
M2TAP5
LinkDB
All DBs
Position
Unknown
AA seq
1225 aa
AA seq
DB search
MDARVEFDINEAVKLFDSDPSTIPTPEAPQALQDCEDEPEALSSPGLINSELNPVVDAVA
ESPDAITRSSVFDTLQFLLKHSSQIPPAILSKILDLISSALSTQADIIHTDLEAEEQDAI
PHHKNLLEMYGFLLRWTISAVETRALEKSASAPAARGRGKTTKTKTGGGKESAWDASAQL
ETALDRMSKVLRLKLGRIFVTTSERDTFIGLFTKPVYHILENEARVKNNAIRNHCFRVLC
FAVKSHGHAYTAQTSINQSLTYFEHLSEPMAEFLFTLADAFDYPQLTEDVLKDISSKEFS
STDLKGPKSISTFLTKISELTPHLVIRQMTLLANLLDSESYTLRCALIEVCGNLITMLSK
LSQDDRSENHKAQIRIFFDVLEDRFLDINPYCRARVMQVYVKLCDLEQKYPKRRQKVAEL
AARSLEDKSSNVRRNAIKLLAKLISTHPFTAFDGGLLSTKDWTKRLEECEAQINALQPPE
ELRERPPSDQTVDETLLQDATQADVGDEEGPKHPSEMSEEEKAAAIEKAQKDAATAQELE
KFQAVRKFLLEALKFIEVINDAAEIVTQLLSSKNKSEVIEAMDFFTTIDAYKIANAKLGI
RRMLRLIWTKGNSDEGKGVQTHLLECYKGLFFDAPPGFDDNAVANYVSKNMISLTFGTTP
AELTSLEQLLSTMMKQGLVNGLVIQKLWQIYGYQKKDISKNQRRGAIIVLGMLALSTPDI
VVQEMETCLRIGLGELGRRDLGLARYTCIALRRMSQPPGKQAASDAPAQTVKLPNDHAVL
VRLAAITEMTSDSKEWYGVAEQAISAIYVLSKHPDVLCSEIIRKITKRVFAGQHKSESRP
TSSSSAVEPKGEDEEMPDAPPVEEPQPKKQNSALALSQLLFVVGHVAIKQIVHLELCELE
FKRRKAEKDKKNASAPRKSMASSGDPTPLKKGRKRGATKEPTPAPEEADELDLMAGTTED
DFTEAIAHVRERELLYGPQSLLANFGPLVADICANNTSYNHPTLQAQAALCLAKLMCVSS
EYCETNLGLLLTILERSQDAVVRSNLVVALGDMAVCFNHLIDENTDFLYRRLNDGDPSVK
RTCLMTLTFLILAGQVKVKGQLGEMAKCLEDSDKKIADMARMFFTELSTKDNAVYNQFID
MFSVLSADTGLSEEALKRIIKFLAGFIEKDKHAKQLSAKLASRLPRAENERQWNDIAYAL
AQLQHKDEEIQKLVSEGFKVVQTAA
NT seq
3678 nt
NT seq
+upstream
nt +downstream
nt
atggatgcgcgcgtggaattcgacatcaatgaggcggtcaagctgttcgacagcgaccct
tcgacgatccccacgcccgaggccccgcaagcgctacaagactgcgaagatgagccagaa
gcgctgtcgtcgcccggattgatcaacagtgagctgaatcctgtggttgatgccgtggca
gagagcccagatgcgattactcgcagctctgtctttgatactctgcagtttctgctgaag
cactcatcgcagattcctcccgcaattctcagcaaaatcctcgacctcatatcctccgca
ctgtctacgcaagccgacataatccacacagacctcgaggccgaagagcaggatgcgata
cctcaccacaagaatttactcgagatgtatggtttccttctccgttggaccatctccgca
gttgaaacaagagcactggagaaatctgcctctgccccagcagcgcgggggcggggtaag
actacaaagacgaaaactggcggaggcaaagagagcgcctgggatgcttctgcccaatta
gagacggcattagaccggatgagcaaggtacttagactcaagctgggccgtatattcgtt
accacatcggagcgagacacattcatcggcttgttcacaaagccggtgtaccacatcctc
gagaacgaggcaagagtcaagaacaatgccatacgaaatcattgtttcagagttttgtgc
tttgccgtcaaatcgcacggacacgcgtacaccgcacaaacttccatcaaccagagcctg
acatattttgagcatctgtcagagcccatggcagagtttctcttcacacttgcagatgct
tttgattacccacaactcactgaagatgtcttgaaagatatcagcagcaaggagttcagt
tccaccgatctcaaaggtccaaagtctatctcgactttccttaccaagatttctgaactt
acaccacatcttgtcatccggcaaatgacactgcttgcaaacctgctcgatagcgagtcg
tataccttgcgctgtgctctcatcgaagtctgcggaaacctcataactatgcttagcaag
ctgagtcaagatgaccgcagcgaaaaccacaaggcacagatccgaattttcttcgatgtg
cttgaagaccgcttcctcgatattaacccctattgtcgtgctagggtaatgcaggtttac
gttaaactttgtgatctggagcagaagtaccccaagcgaagacaaaaggtcgccgaactt
gctgctcgcagtcttgaagacaaaagtagcaacgttcgccgaaatgcgattaagctgctt
gccaaactcatctcaactcatcccttcacagcgtttgatggaggattgctgtcgacaaag
gactggactaagcgattggaggaatgtgaagcccaaatcaatgctctacagcctccagaa
gagttgagggaacgcccaccaagtgatcagacggttgatgagacactgctgcaggatgca
acacaggctgatgttggggatgaggaagggccgaagcacccatctgagatgagcgaagaa
gagaaggctgccgccattgaaaaagctcagaaagatgcagccaccgcgcaagaactggaa
aaattccaggcagtacgcaagttcctgcttgaagcactcaagttcattgaagtcatcaac
gatgctgctgagatcgtaactcagttactgtcatccaagaacaagagcgaagtcatcgaa
gccatggacttcttcaccaccatcgatgcgtacaagattgccaatgcaaaacttggtatc
aggaggatgctacgactcatctggaccaaaggcaacagtgacgaaggcaagggtgtgcag
acccatctgcttgaatgctataagggcttgttctttgacgcaccacccggattcgatgac
aatgcggttgcaaactacgtttcaaagaacatgatcagtctgactttcggtacaacgccg
gcagaactgacgtctctcgagcagcttctcagcacgatgatgaagcagggcctagtcaat
ggattagtcatccagaagctttggcagatttatggctaccagaagaaagacatctcgaag
aaccagcgccgaggagctatcatcgttctgggcatgctggcgctttccacacccgacatc
gtggtgcaggaaatggagacctgccttaggattggtctaggagagcttggtaggcgagac
ctgggcctggcccggtacacttgcatagctcttcgtcgcatgagccagccgccaggaaag
caggccgccagtgacgctccagctcaaactgtgaaactgccaaatgatcacgcagtgttg
gtgaggctggctgcaatcacagaaatgacttcggacagcaaagagtggtatggagtagca
gagcaggctatcagtgccatatatgttctatccaagcaccccgacgtcttgtgctcagaa
attatccgcaagattactaagcgtgtctttgctggtcagcataaatccgagtcgcgccct
acatcaagttcgagcgctgttgagccgaaaggggaggatgaggaaatgccagatgcacct
ccagtcgaggagccacaaccaaagaagcaaaactctgccctcgctctctcgcagctcctt
tttgtcgtcggccacgttgcaatcaagcaaattgtgcaccttgagctttgtgagctcgag
ttcaagcgtcggaaagctgaaaaggacaagaagaacgcatctgcccctcgaaaatcgatg
gcatcgtcgggcgatcctacccccttgaagaagggccgcaaacgaggcgctactaaggag
cctacaccagcgcctgaggaagctgacgagcttgatctcatggctggtactactgaggat
gatttcaccgaagctattgcgcatgtccgtgaacgcgagcttctatacggcccgcagtct
cttttggcaaattttggtccattggtggcagacatttgcgccaacaacacgtcgtacaat
catccgactttgcaagctcaggcggcactctgcttggcaaagctgatgtgtgtaagctca
gagtactgcgagaccaaccttggcttgctgctcactatcctcgaaaggagtcaagatgca
gtcgtccgcagcaatcttgtcgtagcacttggtgacatggcagtgtgcttcaaccacctc
attgacgaaaacaccgacttcctctaccgccgcttgaacgatggcgaccctagtgtcaag
cgcacttgtctgatgacgctcactttcttgatcttggcaggtcaggtcaaagtcaagggc
caactaggcgagatggccaagtgtctcgaagacagtgacaagaagattgccgacatggca
cgcatgttcttcactgagttgtcgaccaaggacaatgcagtctacaatcaattcattgat
atgttcagtgtgcttagtgcagacacaggccttagcgaagaggcattgaagcggatcatc
aagttcttggctggatttattgagaaggacaaacacgccaagcaattgtctgccaaactt
gcttcgaggcttccaagggccgagaatgagaggcagtggaatgacatcgcatacgcgctg
gctcagctacagcacaaggatgaagagattcagaaactggtgtcggagggcttcaaggtt
gtacagacggctgcgtag
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