KEGG   Cavenderia fasciculata (cellular slime mold): DFA_03911
Entry
DFA_03911         CDS       T02668                                 
Name
(RefSeq) hypothetical protein
  KO
K06678  condensin complex subunit 3
Organism
dfa  Cavenderia fasciculata (cellular slime mold)
Brite
KEGG Orthology (KO) [BR:dfa00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:dfa03036]
    DFA_03911
Chromosome and associated proteins [BR:dfa03036]
 Eukaryotic type
  Chromosome condensation proteins
   Condensin I
    DFA_03911
SSDB
Motif
Pfam: Cnd1 HEAT_2
Other DBs
NCBI-GeneID: 14870267
NCBI-ProteinID: XP_004366321
UniProt: F4Q0R6
Position
Unknown
AA seq 1514 aa
MGTTSKKTTTSSSTTTTKKLTASAAEKKKNETTTTTTTSTTSSSTTNKIEEQVKQIFDEC
QRSMTTHKRSMAILMSILHKCYQHSSKSAAIFNKVIEDVIDRVLVHFTKEASIERICRFF
STFINAISLRRENEEDNSGGGGGTAEGQLVQQIKYPQEILDIHERFIVSILEFLVSRSQS
KEKAVRYRSTMLIADILLALREDYEFETTLWDSLTSSLLLKAKDRIPAIRRQSIHCLSRL
QDTSDPNDIVTTTLLSMMSHDTSPDVRLTSVSFIMISKRTLKAILERTLDQNTSVRKEAF
MTIAKRIDARCIPVPLRIGLVRNGLKDREASVREACLSMVVDYWLERLNGNLFDLLKFFD
VESYEKETETTLMEIFKNKKGVPYLMDHYLMIPNDCQNMTKEEAIFFRVLCQYLHQENKI
EEMDMIFSSILEYNQLLIHYLITSKQLQQQQQQPKPQEEGEAEEEQEEEQLDGTLELEDR
FFQESQIILIGKYLDYSDHVGCTQLTDLIRQFLLSSSLDDGHLQSMLDVLFNINIDQPAI
YFSLLVGVLSELEQILNPENSSPDDQQLYELEKMQSSTIEQLSDIISQSHQKIESIKQAN
KKYIPPQAKEEIDHCKRVIKDAQEKVDMLETDRDIVLQDIDLIESSKIVIDIKNLQIIIH
LLQNQRNTFNNQKTTSLKLRDLIEGLTQQARVRCDRFDSIKVLPLVIRSVGLYALANVQS
LPNAIHYLESMLETYRVLDFPSTNSEHDVDRLDVYSTLVEITFDIILWYSESFNQYFVID
KQLKEKEQEDDENDQQEEEEKEEITTLEIIIKRLFKLLKSFVELNNNQSNDNDNDNDNEQ
DQETVKNNRLKIIEKLVEGFSKSIIHQILSRRNQDDDGLENQIMVFLFTLFFDPKQSSNS
TNKQIISHFINLYIFTNNNNQNNQNNNNNQTTTTTTTTIQNNIPISNRLSLIHSTFLPII
RNISDRRATDVMTTGNSLVTVVQFYQWMVISMLEKCESVVGRQISQSLVNLQLVTLLTNL
SLEALANTKKANVLVRLFQQIKFTNARHVDANQIKELVFLCDKMTNEIKAKLLYNQLSKY
RSSLVDLINQVNKLNGISSSNSKNTDDDDDEDNDNGQRHYLELPETRQEALIEMIDQHQI
DHDDFYIAKQNQEKETNNGSKKKKKSIRASSSSSTNNITVQARKSTTKTTTTTTVVPGSA
KKTGTPAKKKYESDSESEEEEYSISSDEETEEEYVSSSSESSSESEEEEESEEELESKVV
IVKKEPKQVTKQLSKLSIQSTTKQQDKEQDEDEEEEEEEEEEEESEKEDVVVKKMNSLDI
KKKKQEIESDEESESEDEDEIESDSESEYESDEESQSESESESESESDNDSDKENEKPSN
IPKNVQSKTKPVQQTKPSTSTSTSTKSSSSSSTNSNSNSNSGQRQKLLSMTRGNRASLNK
VLLDLEVFDDTRYFLKLVSLPIVLAQINVLLGTPKKEILEYSNGGQSSNQPESSSIQFQG
TLGSRIESYQRSND
NT seq 4545 nt   +upstreamnt  +downstreamnt
atgggtacaacaagtaaaaaaacaactacttctagtagtacaacaacaacaaagaaatta
acagcatcagctgcagaaaagaagaagaatgaaacaacaacaacaactactacgtcaacg
acatcatcatcaacaacaaataaaatagaagaacaagtaaaacaaatatttgatgaatgt
caaagatcaatgaccacacataaacgatcgatggctattctaatgtcgatcctacacaag
tgttaccaacattcatcaaaatcggctgcgatctttaacaaggtcatagaagatgttatc
gatcgtgtattggtacactttacaaaagaagcatctatcgaaagaatatgcagattcttt
agtacttttatcaatgccatttcattgcgtcgggaaaatgaagaggacaatagtggtggt
ggtggtggtactgctgaaggacaattggtacaacagataaaatatccacaagagatattg
gatattcacgaaagatttattgtcagtattctagagtttctagtgtcaagatcacaatcc
aaagaaaaggcggttagatatagatcgactatgctcattgccgatatattattggcgttg
cgtgaagactatgaattcgaaacaactctatgggacagtttgacatcatcacttttattg
aaggccaaagaccgtatccccgccattcgtcgtcaatccatccattgtctctcacgtctc
caagatacttctgatcccaatgacattgttactaccactctactttcaatgatgtctcat
gatacttctccagatgtaagattaacttctgtatcttttataatgatttctaaaagaaca
ttaaaggccattttggaaagaacattggatcaaaataccagtgttagaaaagaggcgttt
atgactattgccaagcgaatcgatgctcggtgtatccctgtgccattgagaattggtttg
gtcagaaatggactcaaagatagagaggcaagtgtaagagaagcttgtctatcaatggtt
gttgattattggcttgaaagattaaatggaaatttatttgatttattaaaattctttgat
gtcgaatcatatgaaaaggaaacggaaactacattgatggaaatatttaaaaataagaag
ggtgtaccctatttaatggatcattacctgatgattccaaatgattgccaaaatatgaca
aaggaagaagctatctttttccgggtactttgtcaatacttgcatcaggaaaacaaaatc
gaagagatggatatgatcttttcatcaatacttgaatacaatcaattattaattcattat
ttaattacaagtaaacaactgcaacaacaacaacaacaacctaaaccccaagaagaagga
gaagcagaagaggaacaggaagaggaacaattggatgggacgttggaattagaagataga
ttctttcaagaatcacaaatcattttaattggaaaatatttagattattctgatcatgtt
ggatgtacacaattgacagatttaattagacaatttttattatcttcttcgttggatgac
ggacatttacaatcaatgttggatgtacttttcaacattaatattgatcaacctgccatc
tacttttcgctgcttgttggggtgttgtctgaactcgagcagatcctcaacccggaaaac
agcagtcccgacgaccaacaactctacgagttggaaaagatgcaatcttcaaccatcgaa
cagctctctgacattatctcacagagccaccaaaaaatagaatctatcaaacaagccaac
aaaaagtacatcccaccacaggcaaaagaagagattgatcattgtaaacgagtcatcaaa
gatgctcaagaaaaagttgacatgttggaaactgatagagatattgtcttgcaagacatt
gatctcattgaatcgtcaaagattgtcattgatattaaaaatctacaaattattattcat
ttattacaaaatcaaagaaatacatttaataatcaaaaaacaacaagtttgaaattaaga
gatttaatagagggtctaacacaacaggcaagagttagatgcgaccgatttgatagtatc
aaggtattgccattggttattcgtagtgttggtttatacgcactggcaaatgtacagtcg
ttgccaaatgccattcattatcttgaatcaatgttggaaacatacagagtattggatttc
ccatcaaccaattccgaacatgatgttgatcgattggatgtatactccactttggtggaa
attacatttgacattattttatggtacagtgaatcatttaatcaatattttgtaattgac
aaacaactaaaagaaaaagaacaagaagatgatgaaaatgatcaacaagaggaagaagaa
aaagaggaaattacaacattggaaataattattaaaagattatttaaactattaaaatca
tttgtagaattgaataataatcaatcaaatgataatgataatgataatgacaatgaacaa
gatcaagaaactgtaaagaataatagattgaaaatcattgaaaaacttgtggaagggttt
tcaaaatctattatacatcaaatcctatcaagaagaaatcaagatgatgatggtttggag
aaccaaataatggtgtttttatttacactattctttgatcccaagcaatcatcaaactct
accaacaaacaaatcatatcacattttatcaacctttatatttttactaataataataac
caaaataaccaaaataataataataaccaaactacaactactactacaactacaattcaa
aataatataccaatttcaaatagattatcattgattcattcaacctttttaccaatcatt
agaaatattagtgatcgtcgtgcaaccgatgtcatgacaactggaaacagtctggtgacg
gtcgtccaattttaccaatggatggtgattagcatgttggagaaatgcgagagtgtcgtg
gggagacagatcagccagtcactcgtcaatctccagcttgtcaccctcctcaccaacctt
tcactcgaggcattggcaaacactaaaaaggccaatgtcttggtccgtctcttccaacag
ataaagttcaccaatgcccgtcacgtcgacgccaaccaaatcaaggaactggtattcctc
tgcgacaagatgaccaatgaaatcaaagcaaaactattatacaaccaactctccaaatat
cgttcctctctagttgatctaatcaatcaggttaacaaattgaatggtattagtagtagt
aatagtaaaaacacagatgatgatgatgatgaagataatgacaatggccaaagacattac
ttggagttaccagagactagacaagaagctctcattgaaatgattgaccaacatcaaatc
gatcatgatgatttctatattgccaagcagaatcaagagaaagaaaccaataatggtagt
aaaaagaaaaagaaaagtattcgagcatcttcctcatcttcaaccaacaacataacagtt
caggctagaaaatcaaccaccaaaactactactactacaacagttgtaccaggaagtgcc
aagaaaactggtacacctgccaaaaagaaatatgaaagtgatagtgaaagtgaagaagag
gaatattcaatctcatcagatgaagaaactgaagaggaatatgtatcatcatcctctgaa
tcatcctctgaatcagaagaggaagaggaatctgaagaagaattggaatcaaaggtagtc
attgttaaaaaggagccaaaacaagttaccaaacaattatccaaactttccatacaatcc
accactaaacaacaagacaaagagcaagatgaagatgaagaggaagaggaagaggaagag
gaagaggaagaatctgaaaaggaggatgttgtagtaaaaaagatgaatagtcttgatatc
aagaaaaagaaacaagaaatagaatctgatgaggaatcagaatctgaagatgaagatgaa
atagagtcggattcagagtctgaatatgaatctgatgaggaatcacagtcagagtcggag
tcggaatctgaatctgaatcagacaatgatagtgataaagagaatgaaaagccatccaat
ataccaaaaaatgtacaatccaaaactaaaccagttcaacaaacaaaaccatcaacatcc
acatccacatctaccaaatcatcatcatcatcatcgacgaatagtaatagtaatagcaac
agtggacaaagacaaaaactactatcaatgactagaggtaatagagctagtttaaataaa
gtacttcttgatttggaagtttttgatgacaccagatattttttaaaattggttagctta
ccaatcgtcttggctcaaattaatgttctcctgggaactcccaaaaaagagatattagaa
tactcgaatgggggacagagttctaatcaacctgaatcatcatctattcagtttcaaggg
acattaggttctagaatagaatcttatcaaagatcaaatgattaa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (87)   
   KEGG ORTHOLOGY (1)   
   RefGene (83)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (95)   

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