KEGG   Alligator mississippiensis (American alligator): 106737917
Entry
106737917         CDS       T03087                                 
Name
(RefSeq) dynein heavy chain 17, axonemal
  KO
K10408  dynein axonemal heavy chain
Organism
amj  Alligator mississippiensis (American alligator)
Pathway
amj04814  Motor proteins
Brite
KEGG Orthology (KO) [BR:amj00001]
 09140 Cellular Processes
  09142 Cell motility
   04814 Motor proteins
    106737917
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   03037 Cilium and associated proteins [BR:amj03037]
    106737917
   04812 Cytoskeleton proteins [BR:amj04812]
    106737917
Cilium and associated proteins [BR:amj03037]
 Motile cilia and associated proteins
  Dynein arm
   106737917
Cytoskeleton proteins [BR:amj04812]
 Eukaryotic cytoskeleton proteins
  Microtubules
   Tubulin-binding proteins
    Dyneins
     106737917
SSDB
Motif
Pfam: DHC_N1 DHC_N2 AAA_6 T3SS_LEE_assoc AAA_5 DUF1351
Other DBs
NCBI-GeneID: 106737917
NCBI-ProteinID: XP_019352185
Position
Un
AA seq 1915 aa
MATDKRHEFVESCTTLALRCKPDKWAKLVGSEEGSATLAEFFDKQDVLALVLSLSPAGQL
VPCLDFPPALKGKGIYFVKKKRENITRDNCRAGLLVGDLGPSPVEQLIAAVEEVVYSLFL
KEGNLSGWPHVVSEDVVKQAHRLKNEMFVMGGKIQGKTLLPLPEHLEDLDSSCTLLGSLP
AALDSALLHSIETTIIDWSHQIRDVLNKDSAQPLLDGSNPLPRVEFDFWRTRLRNLGCIH
EQLLSTRVTMITGVLKKAKSCYWPALKAVFKDVNAGLKEASDIDLYLKPLRVLLEEMEQV
DYAQLPPYIDQVLYTVCLVWANSGHYSTPSRIIVILQEICNLFIELTRNFLSPEEVMKGL
QGEIEEILGGIRLSITVIEKLYRTYDACCSDAMPAFFQDKELRLWEFPSSLVFGRMDSFL
HRLKTIEELYVTAVEFLKLEKIELGGVRGNILGNMVFQIYEEVSELIKVFADCKYDPLDP
AEEQFDVDFAEFQTKVQDLDRRLVTIFCQGFGDCNSFESAVKLVHMFASLLDRPLIKTEA
SPRYLTLLEMLNAELDNAKVTYDAQVVAAQSSRGALPINKNMPPVAGHLKWALELQERLD
VQMRELQAITHPIMASAEAKLVHEKYREMIRLLQNYRDQTYEEWIGQVDADCQFNLEQPL
LRRDLDSMLLRVNFSQKLVAVLREVKYLNFQQQKDIPGSAESLFARNETFRKFVDNLDLI
VGWYNKIRLTVLPVELPLIKEELEETDAKLKTAETTLFWSSEGAMEYIQEMRDGLYNLEA
RIQKTKLNVESVVQLMQDWATSPLFERKDNKEMALLDLDGKASNLTKRYAAIQDVGLKIQ
SMLTENTDLFKADSTSRTWLNYVEYVDNAVLDGFFQFVHNSLQFLLTNMAPGANVAPLFE
VRLELYRDDLRYHPSLEVGAENGFLELVESLTNDIYEAARFIPRLAHGKQSYKSNLEDMS
DLLEMREEVASLVISAMKQGEEYEDSFEKYSYLWMDNPRDFMQQFLTFGRGLTLEELESH
AEEYLPHAPPPLQQFQLQIDLYEKLYEEVSKFENMKVFSGWLQSDCRPFKQALLNTVKRW
SLMFKQHLVDHVTTSLQGLADFMKEANAGLTKPLKEGDYDGLVEVMGHLMRVKDRQAATD
HMFEPLKQTIELLKTYGEEMPEEIHMQLHELPEQWNNTKKLSFQVKQNVAPLQANEVSII
RRKCQQFEVRQHEFREKFREEAPFTFMDPDPYQSLNKQQKSITAMESNMEALAKSAGLFE
VSIPDYKQLKACHKEVRLLKELWDMIVLVTASIDDWKTTKWKDINVEQMDIDSKKFAKDI
RSLDKEMRSWDVFIGLDNTVKNMITSLRAVNELQNPAIRDRHWHELMQATKVNFTMSDET
TLADLLQLNLHKFEDEVRSIVDKAVKESGMEKVLKSLDSTWSTMQFEHEPHTRTGTMLLR
SDEVLVETLEDNQVQLQNLMTSKYLAHFLKEVSSWQRKLSTADSVISIWFEVQRTWSHLE
SIFIGSEDIRKQLPDDSKRFDLIDKDFKELMADAIKIPNVIEATNKPGLYEKLEALQKSL
ALCEKALAEYLETKRLAFPRFYFVSSADLLDILSNGNEPVEVGRHLAKLFDSIAKLKFKM
DPNDKPLKVGVGMYSKEDEYVDFDKDCDCSGQVEMWLNRVLERMRATLRHLIPEAVVTYE
EKPREQWLFDYPAQIALTCTQIWWTTEVGIAFSRLEEGYENAIKDYNKKQISQLNALITL
LLGSLSSGDRMKIMTICTIDVHARDVVAKMITAKVETSQAFTWQSQLRHRWDEDKRHCYA
NICDAQLQYSYEYLGNTPRLVITPLTDRCYITLTQSLHLIMGGAPAGPAGTGKTETTKDL
GRAIGTMVYVFNCSEQMDYKSCGNIYKGLAQTGAWGCFDEFNRISVEVLSVIAVQ
NT seq 5745 nt   +upstreamnt  +downstreamnt
atggcgacggacaagcggcacgagttcgtggagagctgcacgacgctggcgctgcgctgc
aagcccgacaagtgggccaagctggtgggcagcgaggagggcagcgccacgctcgccgag
ttcttcgacaagcaggacgtgctggcgctggtgctgagcctgagccccgccgggcagctg
gtgccctgcctcgacttcccgcccgccctcaagggcaagggcatctacttcgtgaagaag
aagcgggagaacatcacccgcgacaactgccgcgcggggctgctggtgggggacctgggg
ccctcgcccgtggagcagctgatcgccgcggtggaggaggtcgtctactcgctgttcctg
aaggaggggaacctgagcgggtggccccacgtggtctccgaggacgtggtgaagcaggcc
caccggctgaagaacgagatgttcgtcatggggggcaagatccaagggaagacgctgctc
cccctccccgagcacctggaggatctggacagctcctgcacgctgctgggcagtctccct
gccgcactggacagcgccttgctgcacagcatcgagaccaccatcatcgactggtcccac
cagatccgggacgtcctgaacaaggactcggcgcagcccttgctggacggctccaacccg
ctgcccagggtggagttcgacttctggcgcacccggctgaggaacctggggtgcatccac
gagcagctgctctccacgcgcgtgaccatgatcaccggcgtgctgaagaaggcgaagagc
tgctactggccggcgctcaaggctgttttcaaggacgtcaatgcagggctgaaggaagcc
agtgacattgacctgtacctgaagccgctccgggtgctgctggaggaaatggagcaagtg
gactatgcccagctgccaccctacatcgaccaggtcctgtacacggtctgcctggtgtgg
gccaactccgggcactacagcacgccctcccgcatcatcgtcatcctgcaggagatctgc
aacctcttcattgagctgacccggaacttcctgagcccggaggaggtgatgaagggcctg
cagggcgagatcgaggagatcctgggcgggatcaggctgagcatcaccgtcatcgagaag
ctgtaccggacctacgacgcctgctgctcggacgccatgcccgccttcttccaggacaag
gagctgcggctctgggagttcccctcctctctcgtgtttggcaggatggactcgttcctg
caccggctgaagaccatcgaggagctgtacgtgacggccgtggaattcctgaagctggag
aagatcgagctgggcggcgtgcgaggaaacatcctcgggaatatggtgtttcagatttat
gaggaggtctcggagctcatcaaggtgtttgctgactgcaaatacgatcccttggatcct
gcggaagagcaatttgatgtggactttgcggagttccagaccaaagtccaggacctggac
aggaggctggtgaccatcttctgccaaggattcggtgactgcaacagttttgagtctgct
gtgaagctcgtccacatgtttgcatccctcctggaccgacctctgatcaagacagaagca
tctcctcgctacttgaccctgctggaaatgttaaatgctgaactggacaatgccaaggtc
acgtacgatgcccaggtagtggctgcccagtcgagcagaggcgctctgcccatcaacaag
aacatgccccccgttgctgggcacctgaagtgggctctggagctccaagagaggctggat
gtgcagatgagggagctgcaagccatcactcaccccatcatggccagcgctgaggcgaag
ctggtgcacgagaagtacagggagatgatacgtctgctgcagaattaccgcgaccagacc
tacgaggagtggataggccaggtggatgccgactgccagttcaacctggagcagcctttg
ctgcggagggatctggactccatgctcctaagggtcaacttcagccagaagctcgttgct
gttctccgggaagtcaagtacttgaatttccagcagcagaaggatattccggggagtgcc
gagagcctctttgctcgcaacgagactttccgcaagttcgtggacaacttggatctcatc
gtgggttggtacaacaagatcaggttgacggtgctgccggttgaacttcctctgataaag
gaggagctggaggagacggacgccaagctgaagacggccgaaaccacgctgttctggagc
agcgaaggggctatggagtacatccaggagatgagggacggtttatacaacttagaggcg
agaatccagaaaacgaagctaaacgtagagagcgttgtccagctcatgcaggactgggcc
accagccctttgtttgaaaggaaggacaacaaggagatggccctcttggacctggatggg
aaggcgagcaacttaaccaagcgctacgcagccattcaggacgtagggctgaagattcag
tccatgctgacggagaacacagacttattcaaggctgacagcacgtcccggacgtggctg
aactacgtggagtacgtggataacgcggtcctggacgggttcttccagttcgtccacaac
tcgctccagttcctgctcaccaacatggcaccaggggccaacgtcgcgccactgtttgag
gtgcgcctggagctgtacagagacgacctgcgctaccacccgtccctggaggtgggggca
gagaacggcttcctggagctggtggaaagtctcacgaacgacatctatgaagcggccagg
ttcatcccccgcctggcccacggcaagcagagctacaagagcaacctggaggacatgtcg
gacctgctggagatgcgggaggaggtggcatctctggtcatcagcgccatgaagcagggg
gaggagtacgaggactccttcgagaagtacagctacctgtggatggacaacccccgcgac
ttcatgcagcagttcctcacgttcgggcgcgggctgacactcgaggagctggagtcccac
gcggaggagtacctgccgcacgccccaccgcccctgcagcagttccagctgcagatcgat
ctgtacgagaagctgtatgaggaggtgtccaagttcgagaacatgaaggtgttcagcggc
tggctgcagagcgactgccgccccttcaagcaggcgctcctcaacaccgtcaagcgctgg
agtctcatgttcaagcagcacctggtcgaccacgtcacaaccagcctccagggcctagca
gatttcatgaaggaagcgaacgcgggcctgactaagcccctgaaggaaggtgactatgac
gggctggtggaggtgatgggacacctgatgagggtcaaagaccggcaggcagccacagac
cacatgtttgagcccctgaagcaaaccatcgaactcctcaagacctacggggaagagatg
ccggaggaaatccacatgcagctgcacgagctgccggagcagtggaacaacaccaagaag
ctgtccttccaggtgaagcagaacgtggccccgctgcaggctaacgaggtctccatcatc
cgcaggaagtgccagcagttcgaggtgcggcagcacgagttcagggagaagttcagagaa
gaggcccccttcacttttatggatccggatccataccagtccttgaacaagcaacagaag
agcatcaccgcaatggagagcaacatggaagccctggccaagtccgccgggctctttgaa
gtgtccatcccggactataagcagctcaaagcatgccacaaagaagtgcgtttgctcaag
gagctctgggatatgattgtcttggtgaccgcgagcatcgatgactggaagacaacgaag
tggaaagacatcaacgtggagcagatggacatcgattcaaagaagttcgcgaaggacatc
aggagcctggacaaagagatgaggagctgggatgtgttcattgggctggataacaccgtg
aagaacatgatcacctccctgcgggccgtgaacgagctgcagaaccccgccatccgggac
cggcattggcacgagctcatgcaagcgaccaaggtgaacttcaccatgtcagacgagacg
accctggctgacttgctgcagctgaatctccacaagtttgaagatgaagttcgcagcatt
gtagacaaagcggtgaaggagtcggggatggagaaggtgctgaagtccctggacagtacg
tggtccaccatgcagttcgagcacgagcctcacaccagaacaggcaccatgctgctccgg
tccgacgaggtgctcgtagagaccttggaagacaaccaggtgcaactgcagaacctgatg
acctccaagtacctggctcacttcctgaaggaggtgtcgagctggcagcggaaattatcg
acggccgactctgtcataagcatctggtttgaggtgcagagaacgtggagccatctggag
agcatcttcatcggctccgaagacatccggaagcagctgccagacgactccaagcggttt
gatttgatcgataaagatttcaaagaattaatggctgacgccataaaaatccctaatgtg
atcgaggcaacaaacaaaccagggctctatgaaaagctggaagccctacagaaaagcctg
gcactgtgcgaaaaggctttggccgagtacctggagaccaagcgcctggcttttcccagg
ttctactttgtttcgtctgcagacctgctggacattttatcaaacggaaacgagcctgtt
gaggtgggccggcacctggccaagctgtttgacagcatcgcgaaactcaagttcaaaatg
gacccaaacgacaagcccctgaaggtcggcgtggggatgtacagcaaggaggacgagtac
gtggacttcgacaaggactgcgactgctccgggcaggtggagatgtggctgaatcgtgtg
ctggagaggatgcgcgccacgctgcgccatctcatccccgaggccgtggtgacgtacgag
gagaagccgcgcgagcagtggctgtttgactaccccgcgcagattgctctaacctgcacc
cagatctggtggacgacggaggtcggcatcgccttctcccggctggaggagggttacgag
aacgcgatcaaagactacaacaagaagcagatcagccagctcaacgccctgattacgctg
ctcctcggcagcctgtcctcgggcgacaggatgaagatcatgacgatctgcaccattgac
gtacacgcccgagacgtcgtggccaaaatgatcacggccaaggtggagacctcccaggcc
ttcacgtggcagtcgcagctgcggcaccgctgggacgaggacaagcggcactgctacgcc
aacatctgtgacgcccagctgcagtattcctacgagtacctgggcaacacgccccggctg
gtcatcactccgctcacggaccggtgctacatcacgctgacgcagtccctgcacctgatc
atgggcggcgccccagcgggccccgccggcaccgggaagacagagaccaccaaggacctg
ggccgcgctatcgggaccatggtgtacgtcttcaactgctccgagcagatggactacaag
tcatgcgggaacatctacaaggggctggcgcagacgggcgcctggggctgcttcgatgag
ttcaaccgcatctcggtggaggtcctgtccgtgattgccgtgcag

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein domain (6)   
   Pfam (6)   
All databases (15)   

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