KEGG   Cryptococcus neoformans var. neoformans B-3501A: CNBA5100
Entry
CNBA5100          CDS       T01040                                 
Name
(RefSeq) hypothetical protein
  KO
K06672  cohesin loading factor subunit SCC2
Organism
cnb  Cryptococcus neoformans var. neoformans B-3501A
Pathway
cnb04111  Cell cycle - yeast
Brite
KEGG Orthology (KO) [BR:cnb00001]
 09140 Cellular Processes
  09143 Cell growth and death
   04111 Cell cycle - yeast
    CNBA5100
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:cnb03036]
    CNBA5100
Chromosome and associated proteins [BR:cnb03036]
 Eukaryotic type
  Sister chromatid cohesion proteins
   Adherin complex
    CNBA5100
SSDB
Motif
Pfam: Nipped-B_C Cohesin_HEAT PDS5 Cnd1
Other DBs
NCBI-GeneID: 4933773
NCBI-ProteinID: XP_777812
Position
1:1391662..1398542
AA seq 1941 aa
MTYAPTARVAQHLSPHHAFPQSAPPSREIYPQYAQAFDRVEQPQTAEDWAMKQSTDMQIQ
QLLERQRGVYDYAQGPPPAPQHPRYYSGPPTPVSDHQSQPHIAPASYSNTPSMSYNFLPA
YMPPSTPTTSTHNGCCVGNSTSTSPVTPGLMANSMTVHNDKQFFERFVDNTLSRSMEQQL
AQPVAHPQAYAQPQPRYHSPSSMVPQFHPQPVPHPHPHPHPQPHSRSQIHSLLQTQAQPF
PQQQYSFSSQPSVQQQQQFNESVTLPLVRGMSPAKRPSIPSTAMRSPHPTSSIASTPTAD
RIMSSPALSSSPDPLGLPGPSPSKKPRGKKEISPIWAQSNNHPADGVIGMRSLSMAERSM
SVSSGLSSGEEKKDKITLKIPMHLATPQQPRKSDREEEEEEEDKLDWGDELGKDEQGDWT
MERCSSPSGNRGVDMQVQMSGRTGERDMRTAWQKLHTLLEDISEESDSFPANPTFRDLEL
ANAKYFAHISKEGTHALLSTETMAKIIRYIIRVQSTKKRQKSGSETDGEARGWDLTAVNG
LLRHLEKCIRDAEGTSAFPDDRKAINVDEKFKKKKGKSKTGSVSPLKPVNAFKNEGQDLE
EEIPHTRMAQCEETLLRLRRGVAAAECCFVLLDSEGLSKQVYSEDLLSTCVQMIKEQLAQ
VVVPVLQGMAGESMCCVLSALSSLMFLAEIASSTLAHVVQEELANSKKGKLSMPLSSYFH
NVTISAIAQSICSTLPRLTSMISRENFAFSESLIIQIVYLAKEPLFIVDPGAKKKHEREG
MAIVKTLRMEALSLLRGAFARYDAQRQWIIEEVLSSLVGIPGQSHDQTHFQLANGKSIHA
LSALLLQLVQASAYGAMTKIRKIHSSAADMEVLDRPAEEKKDVEEEEARICAETVESAVR
SATMIASYVLSKATTTKATKTSHDADYKTILGLFMNDLLTVLYRPEWPAASLYLSVFSRI
MVSSLDDSKTGTEATASKTVALDYLADIAAKLKSLGMEMTGVTRVAALDEVISEASIDDL
KKLIEAQASIRTFLNSAAHDDNSFTCSLDMASVIWAQELQNGIKKAGSIVEKLAAEKDDE
AQEMGQKLLSIGMMLKTTLRNVWMTDDKLFEVNDPKQAEQAVQASISVSRGRSLQSAIDP
IIHALLTALGNPIIAIRTKALRGVGSIVMVDPDVLRLRQFRLALEERLSDVSPGVRDAAV
ELVGKYLVQKPELATQYYPQIALRVMDTGLSVRKRVIKILKGIFATMEEKKMQIDICCKM
IALTDDRDPGIKDLSTKTLTEIIFSDEGGDSATLLVDILSDYRGSYAVLEKAMDEVLKEC
ENVGQKYRFGKIIDDLVARLIDATEQIEFDSLSHIKAIWLIAGSDPSQVDTQKASVLLTY
LRPPANADDQATNELLLRIFQRCIPRMPRTASTFALDLTKSLMPMISKPSGGFQALRETI
GCFCAVTNYLTKDWMKVITVLRACEAKIRPVWRQIKDFSNEKVPALNQASAMMLYITALI
AEGCNLDIVAKDDLAVDRELRKITPQPISEYFSQIYLDFARMYSAQSAPTICLGALFRSY
PSLLQRPEIVQWMQDTFASGDMDARARLLSVIHEFLASEVRKRVEGVDTKKDVSLLIGNA
KELQDSDYSTTIVQNNIEHIFECARSQHIPAQNAALDVLTFVVNQGLYSPVHTVPILVTL
ETAEDPVVSERALALHNTLHAKHASLIHVLFMDSAKASYQYQRNISAEPSGHRNGVALLS
KWYVMLHEKRSWRHDFLKALCRAFDGDLEDHMDIGLVLYLAENLATLDYKLQEEPMTVVQ
ALNRVVSTCSHLAALMEEAALEGESTESLEGKKVPLGKLSGESIDASRLAEASIVVGLAL
LVKNHLVALYHLPEDKCASHIPGKKSTIGDKPAQRRGMQVLELSRMPLARGVVSIGDFKE
QQVAFSRLLQEDGTLSEKEEL
NT seq 5826 nt   +upstreamnt  +downstreamnt
atgacctatgcgcctaccgctcgggtggctcagcacctttctcctcatcatgctttccct
caaagcgctcctccgtcaagggaaatatatcctcagtatgcccaagcatttgacagggtg
gaacagcctcagacagcggaagactgggctatgaagcaatcaacagacatgcagatacag
caactgctagaaagacaacgaggagtgtatgactatgcccaagggcctcctcccgcccct
cagcatcctcgatactactcagggccgcctacaccagtctcagatcatcaatcacaacct
catatagctcctgctagctactcgaatactccatcgatgtcgtataatttccttccagcc
tatatgcccccgtcaacccctaccacatcgacccacaatggctgctgcgtcgggaactcg
acatctacctcccctgttacgcccggcctcatggccaatagtatgactgttcataatgat
aaacagttttttgagcgcttcgtggataacacgttgtcaagaagcatggaacagcagctt
gcgcagcctgtagcgcatcctcaagcctatgctcagcctcaaccgcgatatcattccccg
tcatctatggtccctcaatttcatcctcaacctgtcccacacccacatcctcatccacac
ccacagccacactcacgctcccaaatccattccctactccagacacaagcacagcctttc
cctcaacagcaatattctttctcttcccaaccgagtgtacaacaacaacagcaattcaac
gaatctgttactctcccactagttcgtggtatgtctcccgcaaaacgtccctctattcct
tctacggctatgcgttctcctcacccgacttcatccatagcttccacgccaacagctgat
cgcatcatgtcctctcctgccctctcatcttcacccgacccactgggccttccaggacca
tccccgtcaaaaaaaccacgagggaagaaggagatatctcctatatgggcccagtctaac
aatcatcctgccgacggtgtaataggtatgaggtcgttgagtatggcagagaggagtatg
agcgttagctcaggccttagctctggtgaggaaaaaaaagataaaattacgttaaagatt
ccgatgcatctcgcgactcctcagcagccccgaaagtccgaccgggaggaggaagaagag
gaagaagataagctggattggggcgatgaacttgggaaagacgaacagggtgattggaca
atggagagatgctcgagtcccagcggcaatagaggtgtcgatatgcaagtgcagatgagt
ggaaggaccggagaaagagatatgcgtactgcttggcagaagcttcatacgttacttgaa
gatatatcagaggagtcagactcttttccagccaatcccacttttcgggaccttgaattg
gcgaatgccaaatactttgcccatatctcgaaggaagggacacacgcccttctctccacc
gagactatggcaaaaattatacgatatatcatacgtgtccagtcgacaaagaagcgacag
aagagcggatctgagactgatggcgaagcgcgaggatgggatttaacagctgtcaatggg
cttttgagacatttggagaaatgcatacgggatgcggaaggaacatctgcttttcctgat
gaccgaaaggcgatcaatgtagatgaaaaattcaagaaaaagaagggaaagtccaagact
ggaagtgtttcacccctgaaacctgtgaatgcgttcaaaaatgagggacaggaccttgaa
gaagagataccccatacccgcatggcgcagtgcgaagaaactctgttgagattacgcaga
ggcgttgccgctgcagaatgttgctttgttctgctggactctgaagggttgtctaaacag
gtgtactctgaggatctgttatcaacatgtgtgcagatgatcaaagaacaacttgcgcaa
gtcgttgtccccgttctgcaaggcatggctggcgaaagtatgtgctgtgtgttgtcggcg
ttatcttcactgatgtttctcgcagagatcgcttcatcgacgctagctcatgtggtccaa
gaagaattggcaaattccaagaaggggaagctgtcgatgcctttatcatcttattttcac
aacgtcacgatttcagccatcgcccagtccatctgctccaccttaccccgcttgacttcc
atgattagcagagagaactttgctttctcggaatctctcatcatccaaattgtctatctc
gcaaaagaaccactgtttatcgtggatccaggagcgaagaagaagcatgaaagagaagga
atggcaatcgtgaaaactttgaggatggaggccttgagcctgctaagaggagcgttcgcg
agatatgatgcgcaacggcaatggatcattgaagaagtcctgagttcacttgttggaata
ccaggacaaagccacgaccaaacgcatttccaactggcaaatggcaaatccattcatgct
ctcagtgccctcttgctccagctcgttcaagcttcagcatatggtgctatgaccaaaata
cgcaagatacactcttcagctgcggatatggaagttttggacaggcccgctgaggaaaaa
aaggacgtggaagaggaagaggctcgaatctgtgcagaaaccgtagagtctgctgttcgc
tccgccacgatgatagctagctacgtcttatcaaaagcaacgaccactaaagctaccaaa
acctctcatgatgccgactacaagacgattcttggtctcttcatgaacgatcttctcact
gtcctatatcgtcccgagtggccagcggcttccctatatttgagcgtcttttctaggatc
atggttagttctttagacgattcaaagaccgggacagaagctactgcctccaagactgtt
gcgttggactatttggcagatatcgctgcgaagctgaaatcgctaggtatggagatgaca
ggtgtgactagagtggctgctctcgatgaggtgatttctgaagccagcattgatgacctg
aagaaactcatcgaagcccaagcttccattcgtacattcctcaactctgcagcacatgat
gacaattccttcacttgttccctggatatggcttctgtcatctgggctcaggagctccaa
aatggtatcaaaaaggctggatcaatcgtcgagaagctcgcggcagagaaagatgatgaa
gcgcaagagatgggccagaaactactgtctattggtatgatgcttaaaacaactctccgg
aatgtttggatgacggatgataagcttttcgaagtcaacgatcccaagcaagcagaacaa
gcagtccaagcttctatctctgtatctcgaggtagatcattacagagcgctattgacccc
atcatccacgcattacttacagcactgggcaacccaatcattgctatccgtaccaaggct
ctgagaggtgtcggaagtatcgttatggtggatccagatgtacttcggctgcgccagttt
cgccttgctctggaggaaagactgtccgacgtgtcaccaggtgtgagagatgcagccgtg
gagcttgttggcaagtatcttgttcagaaacccgagcttgctacgcagtattacccacag
attgctctacgcgttatggatactggtttaagcgtacgaaagagagttatcaagatcctg
aaaggcatttttgctacgatggaagaaaaaaagatgcaaatcgacatctgctgcaagatg
attgctttaacggatgaccgtgatccaggaattaaggatctctcaaccaagacactgact
gagataattttttcagatgaaggaggtgattcagcgacgctcttagttgacatcctaagc
gattatagaggatcgtacgccgttctcgagaaggccatggacgaggtactcaaggagtgc
gaaaatgtcggccagaaataccgtttcggcaagataattgacgaccttgttgcccgattg
attgacgccacggagcaaatcgaatttgactctctaagccacattaaagcaatttggctc
atagctggcagcgacccctcacaggttgacacccaaaaagccagcgttctgttgacctat
ctcagaccgcctgccaacgccgatgatcaagcgacgaatgagcttcttctccgcattttc
caaaggtgtatccctcgaatgcctcgtacagcttcgacttttgccctggatctcaccaag
tcccttatgccaatgattagcaagccatcgggcggttttcaggctttgcgagaaaccatt
ggttgtttctgtgccgtgacaaattatctgaccaaggattggatgaaagtgatcacggta
ctcagagcatgcgaggctaagatcaggccagtctggcgacagatcaaagatttttcaaat
gaaaaggtaccggcgctgaatcaagcatctgcaatgatgctgtatatcacggcccttatt
gctgaaggttgcaacttggacatagttgctaaggacgaccttgctgtcgatagagaattg
cgcaagatcactccccagcctatttcagagtacttctcccagatctatctcgactttgct
cgcatgtactccgctcaatctgcccccaccatttgtctaggcgccctttttcgttcttac
ccttctctccttcaacggccagagattgtccaatggatgcaggacacgttcgcttcaggc
gatatggatgcccgcgcgagacttttgagtgttattcatgagtttttagcgtcggaagtc
aggaagagggtcgaaggtgtggatacaaaaaaggatgtgagcttgcttatcggaaatgcc
aaggagttgcaagattcagactattctacgactatcgtgcaaaacaacatcgagcatata
tttgaatgtgccagatctcaacatatccctgcacagaatgctgctctagatgtgctcaca
tttgtcgtcaatcaagggctctactcgcctgttcacactgtccctatccttgtcacgttg
gagaccgccgaagatccagttgtatctgaacgagctctcgctctgcataacacacttcac
gccaaacatgcgagccttatccatgtcttgttcatggattcggccaaagcgtcttaccaa
tatcagcgtaatatctctgcagagccctctggacatcgtaatggtgtcgctttgctatca
aagtggtatgtcatgttgcacgagaagaggagctggaggcacgattttttgaaggctcta
tgtagggcgttcgatggggatttggaggatcacatggacatcggcctggttttgtatctt
gccgaaaacctggcaactttggattataagctacaagaagaacccatgactgtcgttcaa
gcccttaacagagttgtgtccacttgttctcacctcgccgcactcatggaagaagcagcc
ttggagggtgagtcgactgagtcacttgagggaaagaaggtgcccttgggaaaattaagc
ggggaaagtatcgacgcgagcagactggcggaagcgagcatcgtggtcgggttggcattg
ctggtgaaaaatcatctagttgcattataccatttacctgaagacaaatgcgcgagtcat
ataccaggcaaaaagtctacgatcggagacaagccagctcagagaagagggatgcaagtg
ctggaactgagtaggatgccgttggccaggggtgtcgtcagtataggagacttcaaagag
caacaggtcgcgttttcacggctattgcaagaggatggaaccttgtctgaaaaggaagaa
ttgtag

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (14)   

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