KEGG   Helobdella robusta: HELRODRAFT_186656
Entry
HELRODRAFT_186656 CDS       T03272                                 
Name
(RefSeq) hypothetical protein
  KO
K10359  myosin VIIa
Organism
hro  Helobdella robusta
Pathway
hro04814  Motor proteins
Brite
KEGG Orthology (KO) [BR:hro00001]
 09140 Cellular Processes
  09142 Cell motility
   04814 Motor proteins
    HELRODRAFT_186656
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:hro04131]
    HELRODRAFT_186656
  09183 Protein families: signaling and cellular processes
   03037 Cilium and associated proteins [BR:hro03037]
    HELRODRAFT_186656
   04812 Cytoskeleton proteins [BR:hro04812]
    HELRODRAFT_186656
Membrane trafficking [BR:hro04131]
 Others
  Actin-binding proteins
   Myosins
    HELRODRAFT_186656
Cilium and associated proteins [BR:hro03037]
 Primary cilia and associated proteins
  USH complex and associated proteins
   HELRODRAFT_186656
Cytoskeleton proteins [BR:hro04812]
 Eukaryotic cytoskeleton proteins
  Actin filaments / Microfilaments
   Actin-binding proteins
    Myosins
     HELRODRAFT_186656
SSDB
Motif
Pfam: Myosin_head MyTH4 FERM_M FERM_N IQ AAA_22 SH3_9 ABC_tran
Other DBs
NCBI-GeneID: 20210567
NCBI-ProteinID: XP_009010913
JGI: Helro1_186656
UniProt: T1FP20
Position
Unknown
AA seq 2225 aa
MVILHKGDYVWYDDEGASGEFDLSVGGVVSHVDHTRVCIRTDDNKELVLTSERQRSKVRQ
MHVTSIEGVEDMIQLGDLNVAGILRNLLLRYRDDLIYTYTGSILVAVNPYKTLSIYGSEQ
IEIIKAGRLESYHRTYLLLVGDNSYHNMQRYNLDQCIIISGESGAGKTESTKLILQFLAA
VSGQHSWIEQQILEANPVMEAFGNAKTVKNDNSSRFGKYIDINFDDRGTISGARIEQYLL
EKSRIVYQNHDERNYHIFYCLLAGLSNDEKRRLDLKSAQDYYYLVQGGDVTCDGRDDSKE
FFGVCSSMKVLMFTDDNIADIIKNMDATELVGVDSLNKACKLLQLDSTHLHSALTTRTIL
TRGESVITTMTSQTSADVKDAFVKGVYGRMFVWIVDRVNEAICKPTRSIGVLDIFGFENF
DNNSFEQLCINFANENLQQFFVQHIFKLEQEEYNHEMINWRTIEFIDNQDVLDLIAVKPL
NLLALVDEESKFPKGTDMTLLSKQHQQHRSNSNYYKPKSEHDCSFGIKHFAGVVFYDARG
FLEKNRDTFSLDLLHVIQSSSFKFLVDLFKKDLSIGVETRKKSPTLGFQFKRSLESLMRA
LNSCQPFFIRCIKPNEVKKPMTFDKELCVRQLRYSGMMETIRIRRAGYPIRHLFRNFVER
YRVLLPSNLSHTLTRDNNDDEMMKKMAMMICTAALGEMDYQLGRTKVFLKVSLLIVRDKF
LLQDAQDVQLEQEREKRTKSKIILIQSAIRMWRERMRFRRVQYACVVVQKYLRALVAKKR
YEKMKNGYLRLQALCRSRVLASHFVFMRSRIMSVQRISRSYLEKRTHRQRLKGVIVLQAG
VRMLLARSLYQRMKREHQKKLASYEQMLSEEGVMRKKMPAERARQEAERLHKERLRRIAM
ETEQEEGLIQSEAASKMLMIERAEKRRKDPIDDSKIVDEMFGFIDTQSNISGFSGGVGPN
KEGASRGGMANEAPLAFRRENFADGDDDDDTDDVAKYRFSKFAATYFQENSPTSFVRKVL
KQPLLPLKSEGDQLAALAVWVTILRFMGDLPEPKFPSSLNEQDTTPVMTKIYSTLGRKFN
RKDIELAQKMGMELEKEPMQTGRDGKTSVRKKIVSLTLKKKSKITEQVANKLKDGDYGGA
GNALLEDRPTTNLEKLHFIIGHGILRPEIRDEIYCQLCCQLTQNPNKTSHARGWILLSLC
VGCFPPTDKFVKYLRCFLKSGPPGYAPYCDKRLRRTFVNGARNQPPSWLELQATKLKKPL
ILSVTFMDGSTRTLLADSATTAYELCSQLADKVQLKDRFGFSLYVALFDKVSSLGSGGDH
IMDAVSQCEQYAKEQGAQERNAPWRLFFRKEIFAPWHDPNFDPVSTNLIYQQVVRGVKFG
EYRCDKNEDLILISAQQYYLVYGMEYVEDRVQSLVPTYIPDEMIRPDRGVQYWASAIKTA
LRSSYFQQLHQSTSLSTSNNVTPTSAISSRIRQDVVNYAKYKWPLLFSRFYEAYKFAGPS
LPKNDVIIAVNWTGIYVVDDRERVLLELSFPEVTAVSCSRTGKMHGQSFTLATIKGEEYT
FTSSNSEDIRDLVVTFLEGLKSRSKYVIALMDYNAPADRPDLLSLRRGDLIILDHDQTGQ
SLMSSSWSSGQSNRSNLKGNFPTENVYILPTITKPSPEILVGSSSSPPPSSLSSPSQSSS
SHNHHTLEAYSLEHFRPPAKRTLSKALTSSKGKRMNEEMWRHSKEPIKQPLLKKITNKEE
LCKEACSSFADILCYMGDQPMRRQISAYELTDRIFEGPIKFELLRDETYCQIVKQLTDNP
NRQSENSGWELMWLMTGCFAPSSNLLKEVTSFLRSRSSRTVIALDCLSRLQKTLRNGCRK
YTPHQVEVEAIQHKTTQIFHKVYFPDDTNEAFEVDSSTRGKDFCQGIATRLELKSSEGFS
LFVKIAGKVISVPESDFFFDFVRHLTDWLKKARHNVATSTTTMTSSAGGSFNNSNNNSLS
SISNNSSNGGGGFNSYLLQSTYQVIFMRKLWTNATPGFDINADLMFHYPQELPKYLRGYH
KCSVDEATQLASLIYRAKYGEAELNLKAISSNLNEFIPTDLIDSLSPHDWAQQIAACYKK
LSGKTQTESKVNFLKCLYNWPTFGSAFFEVKQTTEPGLPEFLLVAINRNGVNLIDPSSKD
LLAVYPFTRISNWSSGNTYFHMTIGNLVHGCKLLCETNLGYKMDDLLTSYISLIMNLRNQ
QKMMK
NT seq 6678 nt   +upstreamnt  +downstreamnt
atggttatactacacaagggtgactacgtatggtacgacgatgagggggccagtggggag
tttgatttgtccgtagggggtgtggtcagccatgttgaccacaccagagtctgcattagg
actgacgacaataaggaactagtgttgacctccgagcgccaaaggtcaaaggtcagacag
atgcacgtgacctcgattgaaggggtcgaagatatgattcaactcggtgacctcaacgtg
gccgggattttgaggaatcttcttttgagatatcgagacgatttgatttacacgtacacg
ggttccattttggtggccgtcaatccatacaaaactctgtcaatttacggcagtgaacaa
atcgagattataaaggcaggaagattggagagttaccaccgcacatatttgctgttggtt
ggtgacaattcctaccacaacatgcagaggtacaatctggatcagtgtatcataatcagc
ggtgagtcaggagctggaaagactgaaagcacgaaattaattctacaatttttggctgct
gttagcggccagcattcgtggattgaacagcaaatattggaggctaatccggtgatggaa
gcattcggaaacgcaaaaacagtgaagaacgataattcaagtcgattcggaaagtacata
gatataaatttcgacgatcgtggaactatttccggcgcgcgcatagaacaatatttactg
gaaaaatctaggatcgtctatcagaatcacgatgagagaaactaccatatattctactgc
ttgcttgcgggtctctcaaatgatgagaagaggagactggatctgaagagcgctcaagac
tattactatctcgtacagggcggtgacgtcacgtgtgacggaagagacgattcgaaggag
ttcttcggcgtctgttcgtccatgaaagtcttaatgtttacagatgataacatagccgat
atcattaagaacatggacgccactgagttggtcggtgtcgattcattaaataaggcttgt
aagctcttacagttggactccacccatctccactcggccctgaccacacggacaatactg
accagaggtgaatcggtgattaccacgatgaccagccagaccagcgcagacgtcaaagac
gcctttgttaaaggtgtctacggacgaatgtttgtctggattgttgaccgggttaacgaa
gccatctgcaagccaacgagatccattggagtcttggatatttttggatttgaaaacttc
gataataatagcttcgagcagctctgcatcaacttcgccaatgagaacttgcagcagttc
tttgttcagcacattttcaaactggagcaggaggagtacaaccatgagatgataaactgg
agaacgatagagttcatcgacaaccaagatgtccttgaccttattgctgtcaaaccgctg
aatctgttggcgttggtcgatgaggagagtaaatttccgaaaggcacggacatgacgcta
ctatcgaagcagcatcagcagcaccgcagcaacagcaactactacaagccgaaatccgag
catgactgctccttcggtatcaaacatttcgccggcgttgtcttctatgacgccaggggt
ttcctggaaaagaacagagatacgttcagccttgacctcctccacgtcatccaatcatcc
tccttcaaatttctcgttgacctctttaagaaagatttatctattggtgttgaaacccgc
aagaaatctccaacacttggcttccagttcaagagatctttagagtccctgatgagggca
ctgaacagctgccagccattttttataagatgcatcaagcctaacgaagttaaaaaaccg
atgacattcgataaggaattatgcgtgaggcagttgcgctactcaggaatgatggagacc
atcagaatcaggagggctgggtatcccatcaggcatctgttccggaattttgtggaaaga
tatcgagttttgttgcctagcaacttgtctcacacgttaacgcgtgataataatgatgac
gagatgatgaagaagatggcgatgatgatatgcactgctgccctaggagagatggattac
caactgggtagaactaaagtctttcttaaggtttctttgctgattgttagagacaaattt
cttttacaggatgcacaagacgtccaattagaacaagagagagagaaaagaacgaagagt
aaaataattctcatccaatcagcgatcagaatgtggagagagagaatgaggttcaggagg
gtgcagtacgcatgcgtggtcgtccagaaatatttaagggccctggttgcaaaaaagaga
tatgaaaagatgaagaatggttatttgagactgcaggctctctgcaggtctcgcgtcctg
gcctcacattttgtcttcatgaggtcgaggattatgtctgtacagagaatttccagaagt
tatttagagaagcgtacccaccgacagcgtttgaagggcgtcatcgtcctccaggcaggg
gtcaggatgcttctagctcgatctctctatcagaggatgaaaagagagcaccagaaaaag
ttggcatcgtacgagcagatgttgtcggaagagggagtgatgaggaagaagatgccggct
gagagggctaggcaggaagctgagaggctgcacaaggaacgcctcagacgaatcgccatg
gaaactgaacaggaagaaggtctcatccaatcagaagcggccagcaagatgctgatgata
gagagagcggagaaaagaaggaaagacccgattgacgattctaaaatcgtcgacgaaatg
ttcggtttcatcgacactcaaagtaacatctctggattttctggtggggtggggcccaat
aaagagggcgctagtagagggggcatggccaatgaggcccctttggcttttaggagggaa
aactttgctgatggtgacgacgacgacgacaccgatgacgtcgcgaaatatcgattttcc
aaattcgccgccacctactttcaagaaaattcgccaacgagttttgtgcggaaggttttg
aagcagccactcctgccactgaaaagcgaaggcgaccaattggcagctttggctgtttgg
gtgacaattttaagatttatgggagatctaccggagcctaagttcccgagctcgttaaat
gaacaagacaccacgcctgtgatgacgaaaatttactccacgctcggtcggaagttcaac
cggaaagacatcgaacttgcccagaagatgggcatggaacttgaaaaagaaccgatgcaa
actgggagagatgggaagacaagcgtgaggaagaaaattgtgtctttgacattgaagaaa
aaatctaaaataaccgaacaggtggcgaacaaattgaaagatggcgactacggtggggcc
ggcaacgccctcctcgaagatcggcccaccaccaacctcgaaaagttacactttatcatc
ggtcacgggattttgaggccggaaattagagatgaaatatactgccagctatgctgccaa
ctcacgcagaatccaaacaaaaccagccatgctagaggctggattttactttccttatgt
gtcggctgttttccacccactgataaattcgtaaaatatctccgatgtttcttgaaaagc
ggtccgcccggctacgcgccatactgtgataagaggctgaggagaactttcgttaatgga
gccagaaatcaaccaccaagctggctcgagctgcaggcgacaaaactgaaaaaaccgctc
atcttatctgtaactttcatggacggaagtactcgaactttgttggctgactcagctaca
acggcttacgagctctgctctcagctagctgataaggttcagctaaaagatagattcgga
ttctccctatacgtagctctcttcgataaagtctcatcactaggaagtggtggggatcac
ataatggatgccgtgtcccagtgtgagcagtatgctaaagagcaaggtgcccaggaacgc
aatgcaccatggaggttgttcttcaggaaagaaatttttgctccctggcacgacccaaat
tttgacccggtctccactaacctgatctaccagcaggtcgtcaggggcgtcaagttcggg
gaataccgctgcgataaaaacgaggacctcatcctgatatctgcccagcaatactacctg
gtttacggtatggaatacgtcgaggatcgggtgcaatccctggtccccacctacatcccg
gacgagatgatcaggcccgataggggcgtccagtattgggcatctgccataaagacagcc
ttacggtcttcttacttccagcagctccaccaatcaaccagcctgtccacgagcaacaac
gttacaccaacttcggccattagttctcggataagacaggacgtagtgaactatgccaag
tacaagtggccgctgctcttttcccgcttctacgaggcatacaaattcgccggaccgagt
ctgccgaagaatgacgtcatcatcgccgtcaactggacaggtatctacgtggtagacgat
agggagagagttttgttggagttgagctttcctgaagttacagctgtgtcttgtagcaga
actggcaaaatgcatggtcaaagctttactctagctactattaaaggggaggaatacacg
tttacgtcatcaaactcagaagacattcgtgatctcgttgtgacctttctggaggggtta
aagtcaaggtcgaagtatgtcattgccctcatggactacaatgcccctgctgatcgaccc
gacctacttagcctgcgtcgaggtgacctaattatactagaccacgaccaaactggccaa
tcgttgatgagctcttcctggtcctctggccaatcaaatcgttccaatttaaaaggaaac
tttccgactgaaaacgtgtacatactaccgacaataacaaaaccatctccagagatattg
gttggatcatcatcatcaccaccaccatcatcattatcatcaccatcgcaatcatcatca
tcccacaaccatcataccttggaagcttactctctggagcattttagaccaccggccaaa
cgaaccctttccaaagctctgacgtcatcaaaagggaaaagaatgaatgaagaaatgtgg
agacacagtaaagagccaatcaaacagcccctcttaaagaaaataactaataaagaggag
ctatgcaaagaagcttgcagctcatttgctgatattttatgctacatgggagaccagcca
atgaggagacagatttcagcgtacgagctcactgataggatattcgaaggaccaatcaaa
tttgagcttttgcgagatgaaacttattgtcagatcgtcaaacaattgacggataatcct
aacagacaaagcgagaacagcggctgggagctaatgtggttgatgactggttgtttcgcg
ccaagttcgaatcttttgaaggaagtgacgtcattcttaagatcgagaagcagtcgaact
gttatagcgcttgattgcctgagtaggctgcagaagactttgagaaatggttgtcgtaag
tacacgccgcatcaagtcgaagttgaggccatccagcacaaaaccacacaaatatttcat
aaggtttattttccggacgatacgaacgaagcattcgaggttgactcgagcacaagagga
aaagatttttgccaaggtattgcaacaagactcgaactcaaaagttcggaaggcttcagt
ctgtttgtgaaaatagcagggaaagttattagcgtcccggaaagtgactttttcttcgac
tttgttcgccatcttacggactggttgaaaaaagcccgccacaatgtggcgacttcaaca
acgacgatgacgtcatcggcgggcggaagcttcaacaacagcaacaataactctctcagt
agcatcagcaacaatagcagcaatggcgggggtggttttaatagttatcttctacagtct
acctatcaggtaatattcatgagaaagctctggaccaacgcaacgcctggcttcgacatc
aacgcagacctcatgtttcactacccccaggaacttccaaagtacttacgtggttatcac
aaatgctcggtcgatgaggccacccaattagcttcactcatatacagggcgaagtatgga
gaggcggagcttaatttgaaagccatcagttcgaatttgaacgagttcataccaaccgac
ctcattgacagcttgtcaccccacgattgggcccaacaaatagccgcttgctacaagaag
ctttctggaaaaacccagactgaatcaaaagtgaatttcttgaaatgcttgtacaactgg
ccgacatttggttcggctttctttgaagttaagcaaaccacggagccgggcctacctgaa
tttctattggttgctataaatagaaacggcgtcaacctcattgacccgagttcaaaggat
ttgttggctgtctatccgtttacaaggatctcgaattggagtagcggtaacacttacttc
cacatgacaattggcaatctagtgcacggctgtaaactgctatgcgagactaatttgggc
tacaagatggacgacctactgacatcttacatcagcctcatcatgaatctcagaaaccaa
caaaagatgatgaagtga

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (56)   
   KEGG ORTHOLOGY (1)   
   RefGene (51)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   JGI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (8)   
   Pfam (8)   
All databases (73)   

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