KEGG   Metarhizium acridum: MAC_01360
Entry
MAC_01360         CDS       T03104                                 
Name
(RefSeq) sister chromatid cohesion protein Mis4
  KO
K06672  cohesin loading factor subunit SCC2
Organism
maw  Metarhizium acridum
Pathway
maw04111  Cell cycle - yeast
Brite
KEGG Orthology (KO) [BR:maw00001]
 09140 Cellular Processes
  09143 Cell growth and death
   04111 Cell cycle - yeast
    MAC_01360
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:maw03036]
    MAC_01360
Chromosome and associated proteins [BR:maw03036]
 Eukaryotic type
  Sister chromatid cohesion proteins
   Adherin complex
    MAC_01360
SSDB
Motif
Pfam: Nipped-B_C PDS5 Cohesin_HEAT HEAT Cnd1 MMS19_C
Other DBs
NCBI-GeneID: 19245671
NCBI-ProteinID: XP_007807700
UniProt: E9DUR2
Position
Unknown
AA seq 1875 aa
MDNMAHYNTNGPKNGVKSVQGPREQNDVSRPFTLQESLPYSPQTSTVPFLPGKDLGFVMT
LFGGLYEGLEFLTQQLDIIPDPSVGSGSPSLPISDLFSTQDYDRVNQEATSQPHGAKNLK
QTVDHVLHDLKPSKRTQYKFPTVPNGAPSSSAASTHNRSISQSLSPIAKAVYERVGSFFK
ATKPNISSPKLVNGETEQPLKLAADSVSQSPTIRVQSQSAAKNNAGSGKTKIEVAISTKQ
SFDRSQYAEISYDHSDQNIITPHDQLIVEAHQYSQSNPLTAKSIVVNNAGLRIELPLSGI
NREDYLEFKVAPDAPENLSVRRKERQEFGDGQDIIGASLDQRQRGEFALDSLDALMRQVF
SAVGGALVMEPGLEHIVTLTTDQEAAMTATTQQKMHTAIQKVIGLRSFNGVPLENLLRVM
KLSEASLKQAEGLDIRVDENWDEAAVESWVQQLGELETALKSARTCLRIMSGCREDKQLY
SEAVITKCVNIYKAVTEDIVMPLVELRNSGGSGGLFKLIQKHKKAIASIFVCCQKLSALL
AELITKIELSETVINTLEFTASKLIFVENAYFEKDSAIGLQKFDGIRSVAMDMLCQIFLI
KPEQRQGIIDDILTSLEKLPVGKLSSRQFKLADGGSVQPVSALIMRLVQASSGRVGGGNG
AGQGSNIRAMDVDGLGGDDEDDRPLKRNQATATILSEEQGAEQPAVAIQELEGVAAPLID
TAARNASYVINFIVKRAMGSTKSGDTPYRNLLDLFVDDFTTCLDLPDWPSAELLLRLLMV
MMVQLFEAPKTAAPAKNMALELLGTMSAAISRLRSHVKRSAGAFISSDAGEYSQYLSDLA
THCLEQRCPMENVIAWAGPYRGVLEYLQERSSEDPHLSSAVSFLISDWATRVHTTYDNIQ
DHDSECDKELGRSAFRLRMMIEDRQWLASEYTFKAVTTSQARFAFSIILLRSPFCESFGK
ILNILLGSMASDQATVRSKSLKSVNQVLETDPSILDGDSTVIQLILDCASDSSTQVRDSA
LGLLGSCISMRPVLEASLTPKIIDRFQDAGVGVRKRAMKLARDIYLRNRGKNLRSAVANG
LLRRIQDPDEGVRDLARQMIEEVWFAPFYTNENTASFETSLAEHVSLVIQTVKGGTVTEI
LDKVFQAILKPGSKSLDGPFEVCSRLVGIMFGLIDNPESEDPTVPSGRDALQVLTIFAKA
DPNLFNFEQIKLLKTQLASFTGADELAAFRAVTVIYKRVLPQLPNVHTEFLADVRLQLLK
GIGKISSRGALDDLIACAHTVCELLKDFAPLGNLVASSLVGIQKLSKVPLDAKRLNLVAA
YSIIVGSVGKHCDLDKQARIFREKFPGWKGDSVPKLIVDILSPFSSPQQPLDARKASIEA
IGLVCQSWPRNYDLVKVYTAFQQVFQDKIPILETMILRSFKEFLVTEERRSEAAAEAPKE
KNKELTVMGGTNFDDVASGATQRFLKDITRIALSSQDEHAFLAMEVLGSINRQGLTHPKE
TGVTLITLETSANRKIAELAYMEHRSLHEKHETVLEREYVKAVQSAYNYQRDIVKDSHGA
TVEPFQSKLHLLIEVLKISKMKNRQRFLEKFVGQADFELGKLNVETEMPHQVDFARFIAE
NLAFFEYHSIGELQTTVNMIEKMVASTGAGVAQAIESEVFNVRMDVDQQEGQTQTLLERD
VPVGGTESDVPPPAVPVPTLSVEPQRLRQLTAGSIILLSLWEVRTHLRRLFGMGTNRHDS
RAKALAKDLNKTPLKVQGVHGERVWDEIASHMNGLSSQESMVQKCKAFVELMNVDKEFKV
AEEDDDMDMGGGPSTPSEGEDDNDGGDRGRKRKAAGTPGGRKKRARSGSQTRKRGRPRKQ
SVDQSDDGDLDGDWI
NT seq 5628 nt   +upstreamnt  +downstreamnt
atggataacatggcccattacaacaccaacggccctaagaatggggtcaaatctgttcag
ggccctagagaacagaacgacgtatcgcgaccattcacgctgcaggagtcgttgccttat
tctccgcagacatctacagtaccttttctacctggtaaggacctcggatttgtaatgacg
ctattcggtggattatatgaggggcttgaattcctgacacaacagttagacatcatcccg
gacccaagcgtcggatctggatcaccatcgcttccaatctcggacttgttctcaacgcaa
gattatgatagagtgaaccaggaagctacgagccagccacacggtgcaaagaacctgaag
caaacagttgatcatgttttgcatgatttgaaaccgtcaaagcgaacccagtataaattt
cccactgtgcctaacggagcgccatcaagctcggcggcatcgactcacaatagaagcatt
tctcaaagtctctcaccgatagccaaggcggtatacgaacgagtgggcagcttcttcaag
gccacgaagccaaatatcagcagtcctaagctggtgaacggagaaacagaacagcctttg
aagttggctgccgactcagtatctcaaagtccaacaattcgtgtgcaatcgcaaagcgcg
gcaaagaataacgcaggtagtggcaaaactaagatagaggttgcgatttccacgaaacag
tcctttgatcgctcgcaatatgctgaaatttcatatgatcattccgatcagaatataatc
acccctcatgatcagttaattgtggaagcgcatcaatacagccagtcaaatccattaacc
gcaaagtctattgttgtcaataacgccggtcttcgcattgaactaccactgtctggaatc
aatagagaagattatctggagttcaaggttgctccagatgcacccgagaatctctcggtt
aggcggaaagagaggcaggaatttggggacggtcaggacattattggggctagtctcgat
caacgacagcgaggggagttcgcgcttgactcccttgacgccctcatgcgtcaagttttt
tcagcagttggcggcgccttggtcatggaaccgggtttggaacacattgttacgctcacg
acagatcaagaagccgcaatgacggccacaacgcaacagaaaatgcacaccgctatacaa
aaggtcattggcttgaggagcttcaatggtgtccctcttgagaatcttctcagagtcatg
aagctgagcgaagctagcttgaaacaagctgaaggtctcgacatccgtgttgatgaaaac
tgggatgaagcggcagttgaatcatgggttcagcaactcggagaattagaaacggctctt
aaatctgcacgaacttgcctccgcataatgtctggatgcagagaagacaagcagctgtac
tcagaagcggtaatcaccaaatgcgtcaacatatacaaggctgtaaccgaagatattgtt
atgcctcttgtcgaacttcgcaattctggcggttcgggtggcttgttcaagcttatccag
aagcacaagaaggcaattgcctccatatttgtctgctgtcagaagttatcggctcttctt
gcggagctaatcaccaagattgaattgtcagagacagtcattaacacactcgaattcact
gcatccaagctgattttcgtggagaacgcctacttcgagaaagattccgccattggcctg
cagaaatttgatggaattcgctcagttgctatggatatgctctgtcaaatctttttgata
aaaccggaacagagacaaggcattattgatgacatactgacttcgctggagaagcttccg
gtgggcaaactaagttccaggcagtttaagctagccgatggcggcagtgttcagcctgtt
tcggcccttatcatgcgcctcgttcaagccagctctggtcgggttggaggtggcaacggt
gctggacaaggctcaaacatccgagctatggatgtggatgggctgggaggggatgatgag
gacgatcgaccgctgaagcggaaccaagctactgccaccattctgagcgaagaacaaggc
gccgagcaacctgcagtcgcaatacaagaattagaaggcgttgcggccccattgattgat
actgctgctcgtaatgcgtcttatgtcatcaactttatcgtcaagcgagccatgggctca
accaaatctggagacacaccctatcgcaacctgctcgatcttttcgttgacgatttcaca
acgtgccttgatttgcctgactggccttccgcagagctcctcctgcgcttgctcatggtt
atgatggtgcagctgttcgaggcacctaaaacagcagcgccagccaaaaatatggctttg
gagctgctgggaaccatgagtgctgccatatcgcgcctccggtcccatgtgaagaggtct
gcaggtgcatttataagcagtgatgctggcgaatactcacagtacctatctgatctggcg
actcactgtctcgagcagagatgtccaatggaaaacgttatcgcttgggccggaccgtat
cgaggtgttctagagtatctgcaagaaagaagctctgaggatccccacctgtcaagcgca
gtatcttttcttatttctgactgggcgactagagttcataccacatacgacaacatacaa
gaccatgactcagaatgcgataaggagctgggccgatcggcgtttcggttgcgaatgatg
atagaagaccgccaatggttggcaagcgagtacacgttcaaagcagtcacgactagccaa
gcgaggtttgcattttcgatcattttgctgcgatcacccttctgtgagtcgttcggcaag
attcttaatattctgttgggctccatggcaagtgaccaagctacagtccgcagtaaaagc
ttgaagagcgtcaaccaggtgcttgaaacggatccctcgatcctggatggtgactcgact
gttattcagcttattctggattgtgccagtgactcttcaactcaagtcagagattcggct
ttgggattattgggtagctgcattagcatgcgtccagtcttagaggcatcgcttaccccc
aagattatcgatcggttccaggatgctggtgtgggtgtgcgaaagcgagcgatgaagttg
gcccgtgatatttacttgcggaatcggggcaaaaacctgcgcagtgccgttgccaatggt
ctgctccgccgcattcaggatcctgatgaaggtgtgcgggaccttgctcggcagatgatt
gaagaagtttggtttgcacctttttataccaacgagaacactgcaagcttcgaaacgtca
cttgcagaacatgtgtcacttgttattcaaactgtgaaggggggaactgtcaccgaaatt
ctggacaaggtgttccaggctattctcaagcccggcagcaagtctctggatggaccattt
gaagtctgctcgagactggttgggatcatgtttggattgattgacaaccccgagtcggaa
gatccaaccgttccatctggtcgtgacgccttgcaagtccttaccatttttgcgaaggct
gacccaaatcttttcaactttgagcaaatcaagctgctcaagacacaactggccagcttt
acaggtgcagatgaactagctgcttttcgagcggtcacagtaatttacaaacgagtgcta
ccacaactacctaacgtgcataccgagtttttggccgacgtacgattgcagctacttaaa
ggcattggcaaaatttcatctcgcggagccctggacgacctgattgcgtgtgctcatact
gtgtgcgaattgctcaaagactttgcaccgttgggcaacctcgttgcgtcgagcttggtg
ggaatacaaaagctgagcaaggtaccgttggacgccaagcgtctcaatcttgtcgccgct
tattccatcatcgtaggcagcgttgggaaacattgcgatctcgacaagcaagctcgcatc
tttcgagagaagttccctggctggaaaggggactcagtgccgaagcttattgtcgacatt
ctctcaccattctcatcgcctcaacaaccactggacgcacgaaaagcatcaattgaagcc
attggccttgtctgccagtcttggcctcgcaattatgatctcgtcaaggtgtacacggca
ttccaacaggtgttccaggacaagatacctattcttgagacaatgattctaagatccttc
aaagaatttctcgtgacagaagaaagacgatcggaagcagctgctgaagctccgaaggag
aagaacaaggagcttacagtcatgggaggaaccaattttgatgatgttgccagtggggct
acacagcgtttcctcaaggatattactcggattgccttgtccagccaagacgaacatgca
ttcttggccatggaggtcctgggaagcatcaatcgtcaagggttgactcaccccaaggag
actggcgtgactttgatcacgttggaaacgtctgccaataggaagattgcagagctggcc
tatatggaacatcgatccttacacgaaaaacacgagactgtcctggagagagagtacgtc
aaagcggttcagtctgcgtacaattatcaacgagatattgtcaaggactcgcatggagca
accgtggagccgtttcagtcgaagcttcacctactcatagaggttttgaagatcagcaag
atgaaaaatcggcagcgctttttggagaaattcgttggtcaagcagactttgaattgggg
aagctgaacgttgagactgaaatgccacatcaggtagactttgcacgttttattgccgaa
aatcttgcgttcttcgagtaccactcaatcggagaacttcagactacggtcaacatgatt
gaaaagatggttgcgagcactggtgctggtgtggcccaggcgattgaatccgaagtattc
aatgtgcgcatggatgtggatcagcaagaagggcagacgcaaactttgctggagagagat
gtgccagttggtggaacagagtccgatgtaccgcctcccgctgtcccggtgccgaccctc
tcagtggaaccgcagcgcctccgacaactgacggctggatcgattatcctactctccctc
tgggaggtacgaactcacttacgcagactctttggcatgggcacgaatcgacatgacagc
cgtgcgaaggctctagcaaaggatctgaataaaacaccactaaaggtgcaaggcgttcac
ggcgaaagagtgtgggacgaaatcgcatctcacatgaacgggctttccagccaggagagc
atggtacaaaagtgcaaggctttcgtggagttgatgaatgtcgacaaggagttcaaggtg
gctgaggaagacgacgacatggatatgggcggcgggccaagcacccccagcgagggcgag
gacgacaatgacggaggtgacaggggccgcaagagaaaggcggcgggaactcctggggga
cgcaagaagagagctcgttcggggtcgcagacacgcaaaagaggccgaccgcgcaagcaa
agcgtggaccagagcgatgacggagacttggacggggactggatctag

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (26)   
   KEGG ORTHOLOGY (1)   
   RefGene (22)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (6)   
   Pfam (6)   
All databases (39)   

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