Entry |
|
Symbol |
DNAH12, DHC3, DLP12, DLP3, DNAH12L, DNAH7L, DNAHC12, DNAHC3, DNHD2, HDHC3, HL-19, HL19
|
Name |
(RefSeq) dynein axonemal heavy chain 12
|
KO |
K10408 | dynein axonemal heavy chain |
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Organism |
|
Pathway |
hsa05022 | Pathways of neurodegeneration - multiple diseases |
|
Network |
|
Element |
N00976 | Retrograde axonal transport |
N00977 | Mutation-caused aberrant Htt to retrograde axonal transport |
N01159 | Mutation-caused aberrant TUBA4A to retrograde axonal transport |
N01160 | Mutation-caused aberrant SOD1 to retrograde axonal transport |
|
Brite |
KEGG Orthology (KO) [BR:hsa00001]
09140 Cellular Processes
09142 Cell motility
04814 Motor proteins
201625 (DNAH12)
09160 Human Diseases
09164 Neurodegenerative disease
05014 Amyotrophic lateral sclerosis
201625 (DNAH12)
05016 Huntington disease
201625 (DNAH12)
05022 Pathways of neurodegeneration - multiple diseases
201625 (DNAH12)
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
03037 Cilium and associated proteins [BR:hsa03037]
201625 (DNAH12)
04812 Cytoskeleton proteins [BR:hsa04812]
201625 (DNAH12)
Cilium and associated proteins [BR:hsa03037]
Motile cilia and associated proteins
Dynein arm
201625 (DNAH12)
Cytoskeleton proteins [BR:hsa04812]
Eukaryotic cytoskeleton proteins
Microtubules
Tubulin-binding proteins
Dyneins
201625 (DNAH12)
|
SSDB |
|
Motif |
|
Other DBs |
|
LinkDB |
|
Position |
3:complement(57293700..57556034)
|
AA seq |
457 aa
MSDANKAAIAAEKEALNLKLPPIVHLPENIGVDTPTQSKLLKYRRSKEQQQKINQLVIDG
AKRNLDRTLGKRTPLLPPPDYPQTMTSEMKKKGFNYIYMKQCVESSPLVPIQQEWLDHML
RLIPESLKEGKEREELLESLINEVSSDFENSMKRYLVQSVLVKPPVKSLEDEGGPLPESP
VGLDYSNPWHSSYVQARNQIFSNLHIIHPTMKMLLDLGYTTFADTVLLDFTGIRAKGPID
CESLKTDLSIQTRNAEEKIMNTWYPKVINLFTKKEALEGVKPEKLDAFYSCVSTLMSNQL
KDLLRRTVEGFVKLFDPKDQQRLPIFKIELTFDDDKMEFYPTFQDLEDNVLSLVERIAEA
LQNVQTIPSWLSGTSTPVNLDTELPEHVLHWAVDTLKAAVHRNLEGARKHYETYVEKYNW
LLDGTAVENIETFQTEDHTFDEYTEELDCWVVWEVYF |
NT seq |
1374 nt +upstreamnt +downstreamnt
atgtcagatgcaaacaaagctgccattgcagcagaaaaggaagctctgaacttgaagtta
ccccccattgtccatctcccagaaaacataggcgttgatacaccaacacaaagtaagctg
ctaaaatacagaagatccaaggagcagcagcagaaaattaatcagttagtaattgatgga
gccaaaagaaatttagacagaacactgggtaaaagaacacctctattaccaccacctgat
tatcctcaaactatgaccagtgaaatgaaaaaaaaaggattcaactatatttatatgaag
caatgtgtagaaagtagtcctttagtacctattcagcaggaatggctggatcacatgtta
aggctgatacctgagtctttaaaggaagggaaagaaagagaagaacttcttgaaagtctc
ataaatgaggtgtcaagtgactttgaaaacagcatgaagagatatttggtgcagagcgtt
cttgtgaaaccaccagttaaatcgcttgaagatgaaggaggtcctttacctgaatctcct
gtaggcctagattattctaatccttggcattctagctatgtgcaggcaagaaatcaaata
ttctctaatttgcacattattcatccaactatgaaaatgttactggaccttggttataca
acatttgctgatacagttttgttggacttcacaggaattagagctaaaggtccaattgac
tgtgaatcactgaaaactgatctatcaatacaaactagaaacgcagaagagaagataatg
aatacatggtatccaaaggttataaatctctttaccaagaaggaggcactagaaggtgtt
aaacctgaaaaattggatgcattttatagctgtgtttccacacttatgtcaaatcagcta
aaggatctattaaggagaactgtagaaggatttgtaaaactctttgacccaaaagatcaa
caaaggctgccaatatttaagatagaattgacatttgatgacgacaaaatggaattttat
cctacctttcaagatttggaagataatgtcttgagtttggtggaacgaatagccgaagct
ctgcagaatgtccaaacaatcccctcttggctatcaggaacttcaacaccagtaaatctt
gacacagaacttcctgaacacgtgttacactgggctgttgatacactgaaggcagcagta
catcggaacttagaaggtgcaagaaagcattatgagacatatgttgaaaaatataattgg
ctccttgatgggactgcagttgagaatatagagacttttcagacagaagatcatactttt
gatgaatatacagaggagctggattgctgggtggtatgggaagtgtatttttaa |