KEGG   Apis mellifera (honey bee): 410323
Entry
410323            CDS       T01057                                 
Name
(RefSeq) dynein heavy chain 7, axonemal isoform X1
  KO
K10408  dynein axonemal heavy chain
Organism
ame  Apis mellifera (honey bee)
Pathway
ame04814  Motor proteins
Brite
KEGG Orthology (KO) [BR:ame00001]
 09140 Cellular Processes
  09142 Cell motility
   04814 Motor proteins
    410323
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   03037 Cilium and associated proteins [BR:ame03037]
    410323
   04812 Cytoskeleton proteins [BR:ame04812]
    410323
Cilium and associated proteins [BR:ame03037]
 Motile cilia and associated proteins
  Dynein arm
   410323
Cytoskeleton proteins [BR:ame04812]
 Eukaryotic cytoskeleton proteins
  Microtubules
   Tubulin-binding proteins
    Dyneins
     410323
SSDB
Motif
Pfam: AAA_6 Dynein_C AAA_8 AAA_9 AAA_7 AAA_lid_11 MT Dynein_heavy Dynein_AAA_lid AAA_5 AAA_lid_1 AAA_22 AAA_16 DHC_N2 AAA_18 DUF815 ResIII
Other DBs
NCBI-GeneID: 410323
NCBI-ProteinID: XP_026299629
BEEBASE: GB45049
UniProt: A0A7M7SQY4
Position
LG11:complement(12152637..12167478)
AA seq 2941 aa
MRSTEGEEVDLIEAISTLATRGQVEKWLIELERIMRLSVRNEVYLAIQAYPTKERRLWVL
DWPGQTILCVGKMYWTLRIEQSMLLGVEGLNKYLDQCQRELNEIILLIRGTLTKQNRITL
EALVTLDVHGKDTLAGLCKENVVKNTDFKWLCHLRYYWLEDNMWAYMINSKLRYGYEYLG
NSSRLVITPLTDRCYRTLFGALHLHLGGAPEGPAGTGKTETTKDLAKAVAKQCVVFNCSE
GLDYLALGKFFKGLASCGAWSCFDEFNRIDLEVLSVVAQQILTIQRAILSGAEKIIFEGT
EIFLDPTCAIFITMNPGYAGRSELPDNLKALFRPVTMMVPDYALIAENTLYSYGFYNGRP
LAVKIVTAYRLCSEQLSSQHHYDYGMRAVKSVLIAAGNLKLRYPEESEDILMLRSIMDVN
LPKFLVHDLPLFEGIASDLFPGVVLPPPDYTHLNACTFDACAAANIQCTDFFLEKIHQIY
EMMIVRHGFMIVGLPFGGKTSAYRMLAGALGLLEDRKLMNEHRVEITVINPKAITMGQLY
GQFDPASHEWTDGVLAVSYRAFATSTNLNRKWLVFDGPVDALWIENMNTVLDDNKKLCLT
SGEIIQLAPTTNLIFEPMDLEVASPATVSRCGMIYMEPVSLGWMPILVSWLNTLPPSFTD
HLKNHLHEMYSRFCPCLLQLVRVCKEIITMPDANLVKSTTYLFDCFVDDYYDEKYCHMMT
DLDMRAQVEGCFFFSCIWAMGCTITTEYREWFSDLFRALTDREFPMDVKIRFNIAEIINP
SKPYVVNLPLTGLVFDYKFIKEGRGKWRPWTDDLQDIPPIPKDMPVNQIIVPTIETVRYF
HLFRLLVRHQKPVLLVGPTGTGKSSYITEFLLKKNDPDTYKPLFVIFSAQTTANQTQDII
MNKLDRRKKGLYGAPPGKYWIVFVDDVSMPQKEEFGSQPPIELLRQWLDHWTWYDLREIS
PIHLVDVQLICAMGPPSTGLDCTPRFKRHFVTLGISEFSDDVLNTIFTSIVNWYFVTREF
QDFFFPSIDYFVSGTLDVYKETRLHLLPTPAKCHYLFNLRDFSRVIQGVLLCTPETVPDP
TSLKRQWVHEVLRVYGDRLVDDNDIKWLVEQIRLTMRMYMDDELDNLFQDLIKLGRTVTY
MELRNLIYCDFHDPFADKKLYLEVKDLDFLTLVAEEYLEEYNSISRTPMNLVLFRFPFIL
SSIICPRRRRNNRRSIYSRFAIEHLSKISRIMMQPRGHALLIGVGGSGRQSMTKLAAHIS
DYELFQVEISQVYGIHEWHEDVKDILRKSAFSELHTAFLFMDTQIKEEIFLEDISNILNS
GEVPNIFAIDELSEICEKMRVIDRQRDRAVQTDGSPIALFNFFVQTVREQLHMIVSMSPI
GENFRARIRKFPALVSCCTIDWMQAWPEDALLAVATKFLDEIDLTQKERAACIEMCQFFH
TSTQDLTKDFLKKARRYNYVTPTSYLELINTFKDLLAKKRKEALDGKKRYEAGLERLDST
HKQVEKMQEILIALQPKLLIAAKDVETMFLDVERESNEVAALELIVKSDEEAAMEVASEA
DAIRAECDADLQEVMPILNAANAALQTLTPQDIQIVKSMKRPPAGVRLVMEAICILKDVK
PEKVKTPEGDVVEDYWKPSLRILTDIKFLDSLINFDKDNIPERIMTKIRTTILTNPNFDP
ERIRQVSTACEGLCKWVFALSEYDKVAKIVAPKRRALAIAEADYKEAMDQLALKRAQLQE
VRDRLAKVEKLLKIRRAEYQAMTDEVNVCEARLRRARELIGRLGGEYTRWSDTAKELGVR
YYTLTGDILIGSGIVAYLGVFTTQFRQQQIENWVQICTNLEVICTKDYELAPILGDSVMI
RSWIIFGLPTDLFSIDNAIIVTNSRRWPLMIDPQGQANKWVKNMEKDNNIHVIRLTQEDY
MRVLENAIQFGQPVLLENIGEEIDPALEPLLMKQTFKSAGAECIKVGDSIIEYSHNFRFY
MTTKLRNPHYLPEVVVKVTLLNFMITPIGLEDQLLGIVVAKERPDLEAEKNLLIIQGAAN
KKKLKEIEDEILRVLQTVEGNILEDETAISILSSSKNLANEIEAKQRVAEITEKSIDAAR
LQYTPIAIHSTVLFFTIAVLANIDPMYQYSLIWFVNLFKNSIDNTERVEEIEQRLKDLTK
HFTYSLYVNICRSLFEKDKLLFSLLLLINLLYKQGKISIPQWMFLLTGGVSLENPFVNPT
TWLPRKSWDELCRLDSVPGFEEFKSNFEKHLDEWKIIFDHMEPHTITFPKPYEHISCFER
IIILRCIRPDKVVPAVQKFVLEQMGPQYIEPPPFDLISSFADSHSCIPLIFVLTPGADPM
AILLKFADDQGFGTNRLFSLSLGQGQEVIAENLIDEGVKNGTWVVLQNCHLAKSFMPMLE
RICEAFTRETVHPDFRLWLTSYPVEYFPVTILQNGVKMTNEPPKGLRANIIRSFLLDPIC
DEDFFEACKQSEVFKKLLFSLSFFHAIVQERRKFGPIGWNNQYEFNETDLRISALQLKIL
LDQYDDVQFTALKYLTGECNYGGRVTDEWDRRTLNTILDRYYRVEVLEVKEYQFDESGIY
YIPEVYEHEKFLEYIRTFPLTTTPSIFGMHDNADIIKDQQETSLMFTSLLATQIIQDIKP
RSLRRRIKDTTETEVDEEGISPDDVVYGIASDILSKLPDDFDLDVALERYPTLYEQSMNT
VLVQEMGRFNKLLQTIRSSLINVQKAIKGLVIMTPDLEEVYVSIITGKIPNMWMLHSYPS
LKPLGSYIQDFLNRLVFLQKWFVEGQPTTFWISGFYFTQAFLTGARQNYARKYKIPIDLL
VYDFEPLKKKEFDTPPDDGVYIYGLFLDGARFNLDTMQLDESFPKILYDDVPFIWLIPMK
KENIRERHTYTCPVYKTMERRGILSTTGHSTNFVIAIWLPTDRDPEHWILRGTAMICQLS
D
NT seq 8826 nt   +upstreamnt  +downstreamnt
atgcggtcaacggagggtgaagaggtggacctgatagaggcgatatccactctggctacg
agaggacaagtagagaaatggttgatcgagttggaaagaattatgaggctgagcgtaagg
aacgaggtgtacctagctatacaggcgtatcccacgaaagagaggaggttgtgggttttg
gattggccgggtcaaacgatactctgcgtcggtaaaatgtactggactctacgcatagag
cagtccatgttgctcggtgtggaagggttgaacaaatacttggaccagtgtcagagggag
ttgaacgagatcatattgctgatcagaggcacgctgacgaaacagaatcgcatcacctta
gaagctttggtcacgttggacgttcacgggaaagacactctcgcgggattgtgcaaggaa
aacgtggtgaagaacacggactttaaatggttgtgccacttgcgctattattggctggag
gacaacatgtgggcttacatgataaattcgaagctacgttacggctacgaatatctcggc
aattcttcgagactggtgatcaccccgttgacagatcgatgctatcgaacgttgttcggt
gccctgcaccttcacctgggcggggcaccggagggtcccgccggaaccggcaaaacggaa
acgactaaggacctcgcgaaggctgtcgccaagcagtgcgtcgtgttcaactgttccgag
ggtttggattacctcgcgttgggtaaattcttcaaagggttggcctcttgcggcgcttgg
tcttgcttcgacgaattcaatcgaatcgacttggaagttttgtcggtggtcgcccaacaa
atcctgacgattcaacgggcaatattaagcggggcggagaagatcattttcgagggcacg
gagatcttcctggacccgacctgcgccatcttcattaccatgaatcccggttacgcgggc
agatccgagctgcccgacaatctgaaggcgttgttccgccccgttacgatgatggtgccc
gactacgcgctgatcgccgagaacaccctctactcgtacgggttctacaacggcaggcct
ttggcagttaaaatcgtgacggcttacaggctctgctccgagcagttgagcagccagcac
cactacgattacggtatgagggccgtcaagtccgtgctgatcgccgcgggcaacctgaag
ctcagatatcccgaggagtcggaagacatcctcatgctgagaagcataatggacgtgaat
ctgcccaagtttttggtgcacgatctcccgcttttcgagggtatcgcgtccgacttgttc
cccggcgtcgtcctcccgccccccgattacacccacttgaacgcttgcacgttcgacgct
tgcgccgcagcgaacatccaatgcaccgacttcttcttggaaaagatacaccagatatac
gagatgatgatagtcaggcacggtttcatgatcgtcgggctgccgttcggcgggaaaacc
tcggcctacaggatgctcgcaggcgctcttggattgttggaggatcgcaagctgatgaac
gagcaccgggtcgagataacggttatcaacccgaaggcgatcacgatgggccaattatac
ggccagttcgaccctgcctcgcacgaatggaccgacggtgtcctagctgtcagttacagg
gctttcgccacttccaccaatctgaataggaaatggttggtgttcgacggcccggtcgac
gccctctggatcgagaatatgaacaccgtgttggacgacaataaaaagctttgcctcacc
tcaggggaaattatccagttggctcctaccaccaacttaatcttcgagcctatggacttg
gaggtcgcgtcacctgccacggtctcgagatgcgggatgatatacatggagccggtcagt
ttaggctggatgccaatcttggtttcttggctcaacactttaccaccctccttcaccgat
catcttaaaaaccatttgcacgaaatgtattcgagattttgcccctgccttttgcagttg
gttcgcgtgtgcaaggagataataacgatgcccgatgccaatctcgttaaatccacaact
tatctgttcgattgtttcgtcgacgattactacgacgagaagtattgccacatgatgaca
gatctagacatgagggcgcaagtggagggttgcttcttcttctcctgcatctgggcgatg
ggctgcacaataacgaccgagtatagagaatggttcagcgatctgttcagagcgttgacg
gatcgagagtttccgatggacgtgaaaatacgtttcaatatcgcggagatcatcaatccg
tcgaaaccgtacgtggtaaacttgccgttgacgggtttggtgttcgattacaagttcatc
aaggagggtaggggcaagtggaggccgtggacggacgatctccaagatatccccccgata
ccgaaagacatgccggtcaatcagataatagtcccgacgatcgagacggttcgttacttc
cacttgttccgattgttggtccgccatcagaaacccgtgctgctcgttggcccgaccgga
actggcaaatcctcctacataacggagtttctgttgaagaagaacgacccggacacgtac
aaacccctgttcgtcatattctccgcacaaacgacggccaaccagacccaagacatcatc
atgaacaaattggacaggcggaagaaggggttgtacggggcgccgccgggcaagtattgg
atagtgttcgtggacgacgtctcgatgccgcagaaagaggaattcggctctcaaccgcct
atagaattgttgaggcaatggttggaccattggacgtggtacgatctaagggagatatcg
cccatacacttggtggacgtgcagctgatttgcgccatggggccgccgtccacgggattg
gattgcacgcctcgattcaaaaggcatttcgtcaccttgggaatctcagagttctccgac
gacgttctcaacaccattttcacgagcatcgttaattggtacttcgtcaccagagagttt
caagactttttcttccccagtatcgattacttcgtgagcggcacgctggacgtttacaaa
gagacaaggttacaccttttaccgacacccgccaaatgccattatttgttcaacttgcga
gacttctcgagggtgatccaaggagtgttactttgcacgcccgaaaccgtccccgacccc
acgagtttaaagcggcaatgggtacacgaagtgttacgagtttacggcgatcgattggtg
gacgacaatgacattaaatggctcgtcgaacagatacggttaaccatgaggatgtacatg
gacgatgagttggataacttgttccaagatttaatcaaattaggtcgcacggtgacgtac
atggaacttcgaaatttgatctactgcgacttccacgatcctttcgcggataaaaaattg
tacctcgaagtgaaagatttagatttcctcaccctcgttgccgaggaatatctcgaggag
tataattcgatctccaggacgccgatgaacctcgtcctgttcaggtttccatttattcta
tcctcgattatctgtcctcgaaggcgacgaaataatcgccgttccatatattccagattc
gccatcgaacatctgtcgaagatcagtcgcataatgatgcaaccccggggtcacgcgctg
ttgatcggcgtgggcggttcagggcgtcaatcgatgaccaaattggcggcccatatctcc
gattacgaattgttccaagtggagatatcccaggtgtacggtatccacgagtggcacgag
gacgtgaaggatatcctgaggaagagcgcgttctccgagctccacacggcattcctcttc
atggacacgcagatcaaagaggagatattcctcgaggacatcagcaatatactgaactcg
ggcgaggtccccaacatattcgccatcgacgagctgtccgagatatgcgagaagatgcga
gtgatcgatcggcagagggacagggctgtgcagacggacggaagcccgatcgcgttgttc
aatttcttcgtgcaaaccgttcgcgaacagttgcacatgatagtgagcatgtcgccgatc
ggggagaacttccgcgcgagaattcgaaaattccccgccctggtcagttgctgcacgatc
gactggatgcaagcttggcccgaggacgccctgctggccgtggcaaccaaattcctcgac
gagatcgatctgacgcagaaggagagggccgcttgcatcgagatgtgccaattcttccac
acgtccacccaggacttgaccaaagactttctcaagaaggcgaggcgttacaactacgtg
accccgacctcgtacctcgagctcatcaacactttcaaggatttgctcgcgaagaagagg
aaggaggctctggacgggaaaaagaggtacgaggcggggttggaaaggttggacagtacc
cacaagcaggtggagaagatgcaagagattttaatcgcgctacagcccaagcttcttatc
gccgctaaggacgtcgaaaccatgtttctcgatgtcgagagggagagcaacgaagtggct
gccctggagctaattgtgaagagcgacgaggaggccgccatggaagtggcgagcgaggcg
gacgccatacgcgcggaatgcgacgcggatctgcaagaggtgatgcctatattaaacgcg
gcgaacgcagcgttgcaaaccctcactcctcaggatattcaaatagtgaaatccatgaaa
cgtcccccggccggtgttcgactggtgatggaggcgatttgcattctgaaggacgtgaaa
ccggaaaaggttaaaacgccggagggcgacgtggtggaggattattggaagccgtcgctt
cgcattctgacggacataaagttcctcgattccctgatcaacttcgacaaggacaacatc
ccggagaggatcatgacgaagattcgcacgacgatattaacgaatcctaacttcgacccg
gaaaggataaggcaagtgtcgaccgcttgcgagggcctgtgcaaatgggtgttcgcgttg
tccgagtacgacaaagtggcgaagatagtcgcgcccaagaggagggccctggccatagcg
gaggccgactacaaggaggcgatggatcaattggcgttgaagagggctcagcttcaagag
gtgagggacaggttggcgaaggtggagaaattgttgaagatacgcagggccgagtatcag
gcgatgacggacgaggtgaacgtgtgcgaggcgagattgagaagggcgagggagctgatc
ggccggctgggaggggagtacaccagatggtccgatacggccaaggagttgggcgtgcgt
tattacaccctgaccggcgacattctgatcggttccgggatcgtcgcctatctgggggtg
ttcaccactcagttcaggcagcaacagatcgagaattgggtgcagatttgcacaaatttg
gaggtgatctgcaccaaggattacgagctcgccccgatacttggcgattcggttatgata
cgctcctggatcatcttcggcctgcccaccgacctcttctccatcgacaacgcgataatc
gtgacgaattcccgccgatggccgttgatgatcgatccccagggccaggccaacaaatgg
gtgaagaacatggagaaggataataacatccacgtgatcagattgacccaggaagattac
atgagagttttggagaacgctatccagttcggccagccggtcttgttggagaatatcggc
gaggagatcgatcccgccctcgaaccccttctgatgaaacagacctttaaatctgctggc
gcggagtgtatcaaggtcggagattctattatcgagtactctcacaatttcagattttac
atgacgacgaaattgcgcaatccacattatctaccagaggtggtggtgaaggtgacgctg
ttgaactttatgatcacgccgataggcctcgaggatcagctcctcgggatcgtggttgcc
aaagagaggcccgacttggaggccgagaagaatctattgatcatccagggagcggccaac
aagaaaaaattgaaggagatcgaggacgagattctcagggttctgcaaaccgtggagggg
aatatcctcgaggatgaaacggccatcagtatattaagctcgtcgaaaaatcttgccaac
gaaatcgaagcgaaacagagggtggccgagatcacggagaaatctatcgacgccgcgaga
ttgcagtacacgcccatagctatacacagcaccgtcctcttcttcacgatcgctgttttg
gccaacatcgatccgatgtatcaatactcgttgatctggttcgtgaatctcttcaagaac
tcgatcgacaacacggaacgcgtggaagaaatagagcaacggctcaaggatctcaccaaa
cacttcacgtactccctctacgtgaacatatgtcgatcgttgttcgagaaggacaagctt
ttattctccctcctccttttgataaacttgctctacaagcaggggaaaatctcgataccc
caatggatgtttctgttgaccggaggcgtcagccttgagaatcctttcgtaaatcccact
acttggctaccaaggaaatcatgggacgagttgtgccgtttggacagcgttccaggcttc
gaggaattcaaatccaacttcgagaagcatctggacgagtggaaaatcatattcgatcat
atggagcctcacactataacattccccaagccttatgaacatatcagctgtttcgagaga
atcatcatactgcgttgcattcgtcctgacaaagtggtgccggccgttcagaaattcgtg
ctagagcaaatgggacctcagtacatcgagccgccgcccttcgacctgatctcgtctttc
gccgattcgcactcctgtattcccctcatattcgtgttgacgcctggcgccgatcccatg
gcgattctactgaaattcgcggacgaccagggtttcgggacgaaccgcctcttctccctt
tcattgggtcaagggcaagaagtgattgccgagaatctcatagacgagggggtgaagaac
ggcacctgggtcgtcctccagaattgtcaccttgccaaaagttttatgccaatgttggaa
aggatctgcgaagctttcacccgagaaaccgtgcatcccgactttcgtttgtggctgacc
agttacccggtcgagtatttcccagtcaccattcttcagaatggcgtcaaaatgacgaac
gagccgccgaaagggttgagagcgaatataatcagatccttcttactggacccgatatgc
gacgaggatttcttcgaggcgtgcaagcagtcggaggtgttcaagaagctactgttctcc
ctcagtttcttccacgcgatcgtccaagagcggaggaaatttggaccgatcggttggaac
aatcagtacgaattcaacgagactgatttgcggatcagcgctctgcagttgaaaatcttg
ctcgatcaatacgatgacgttcaattcaccgcgttgaaatacttgaccggcgagtgtaat
tatggcggtcgggtgacggacgaatgggacaggagaacgttgaacacgatcctcgacaga
tactatcgcgtggaggtcctcgaggtaaaggaataccaattcgacgagagtggtatttat
tacatacccgaagtctacgaacacgagaaatttctcgagtatatcagaactttcccgttg
accaccacaccgagcatcttcgggatgcacgacaacgcggatatcattaaggatcaacag
gagactagcttgatgttcacctcgctgttggcaacgcagattattcaggacatcaagccg
aggagtttaagaagaagaataaaggacaccacggaaacggaggtagacgaggaaggaata
tcgcccgacgacgtcgtctacggtatagcgtccgatattctgtcaaagttgcccgacgac
ttcgatctagacgttgcgctcgagagatatccgacgttgtacgagcaaagcatgaacacg
gtgctggtgcaggaaatgggaagattcaacaagcttctgcaaacgatcaggagtagcctc
ataaacgttcagaaggcgatcaaaggtctggtgatcatgacaccggatctcgaggaggtg
tacgtatcgataatcacgggaaagataccaaatatgtggatgcttcattcttatccgtcg
ttgaagccgcttggcagttacattcaagatttcttgaacaggctcgtttttctccagaag
tggttcgtggaggggcaaccgacgacattttggatctccggtttctatttcactcaagcg
ttcctcacgggcgcgcgtcagaattacgcgaggaaatacaagataccgatagatctgctc
gtctacgatttcgaacctctgaagaagaaagaattcgacacgccgccggacgatggcgtc
tacatttacggcttgttcctggacggagcccgtttcaatttggacacgatgcaactcgac
gaatcgttcccgaaaattttgtacgacgatgtccctttcatatggctaataccgatgaag
aaggagaacatacgcgaaaggcacacgtacacctgcccggtgtacaaaaccatggagaga
agaggcatcctatcgaccaccggccattcgaccaacttcgtaatcgccatatggctgccg
acggatcgagatccggagcactggatacttcgaggcacggccatgatctgccaattgtcc
gattaa

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (129)   
   KEGG ORTHOLOGY (1)   
   RefGene (124)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   BEEBASE (1)   
   OC (1)   
Protein sequence (4)   
   UniProt (1)   
   RefSeq(pep) (3)   
DNA sequence (5)   
   RefSeq(nuc) (3)   
   GenBank (1)   
   EMBL (1)   
Protein domain (17)   
   Pfam (17)   
All databases (160)   

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