Dendrobium catenatum: 110091966
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Entry
110091966 CDS
T05027
Name
(RefSeq) serine/threonine-protein kinase TIO
KO
K06228
fused [EC:
2.7.11.1
]
Organism
dct
Dendrobium catenatum
Brite
KEGG Orthology (KO) [BR:
dct00001
]
09180 Brite Hierarchies
09181 Protein families: metabolism
01001 Protein kinases [BR:
dct01001
]
110091966
09183 Protein families: signaling and cellular processes
03037 Cilium and associated proteins [BR:
dct03037
]
110091966
Enzymes [BR:
dct01000
]
2. Transferases
2.7 Transferring phosphorus-containing groups
2.7.11 Protein-serine/threonine kinases
2.7.11.1 non-specific serine/threonine protein kinase
110091966
Protein kinases [BR:
dct01001
]
Serine/threonine kinases: Other
ULK family [OT]
110091966
Cilium and associated proteins [BR:
dct03037
]
Motile cilia and associated proteins
Other motile cilia associated proteins
110091966
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
Pkinase
PK_Tyr_Ser-Thr
HEAT_2
Arm
HEAT_EZ
HEAT
ABC1
Kinase-like
Pkinase_fungal
Haspin_kinase
RIO1
Vac14_Fab1_bd
YrbL-PhoP_reg
APH
Kdo
FTA2
Motif
Other DBs
NCBI-GeneID:
110091966
NCBI-ProteinID:
XP_020671941
LinkDB
All DBs
Position
Unknown
AA seq
1350 aa
AA seq
DB search
MGIENYHVIELIGEGSFGKVYKGRRKYTSRTVAMKFILKSGKSEKDIHNLRQEIEILRKL
KHENIIEMLDAFESPQEFCVVTEFAQGELFEILEDDKSLPEEQVQAIAKQLVKALYYLHS
NRIIHRDMKPQNILIGAGSIVKLCDFGFARAMSANTVVLRSIKGTPLYMAPELVREQPYN
HTADLWSLGVILYELFVGQPPFYTNSVYALIRQIVKDPVKFPEDMGSHFRSFLKGLLNKV
PEKRLSWPALLEHPFVKEISEDNSALEVQGLANVSSKGFDVTCSREEKNCIPDLASESAS
NNTCKGNSSHLECDKNENLCSDVHVDSPGLAKNSQYDESSSCHRSPENSPSEYQILDKLE
NNSKTIKGASIIGQDNEALSVILLPLKTCSSGSPTSLRDLNIDYVNQSIRIISNLIAAGV
QQSSAALDDILSVLLDFTNFIVKLKLSDAHGLIIKSLSILKKLLDNNGSGVRSSYARHWV
ALSRLYSQILIIVKDTSGRIFYESTACIAIMLSRVALGFKKSEAIDVPEKVSATFSQEEI
LIQIVDNARTSGIVEALCECLVVSGSSLMSGSSNMVPAACEACKAIWYLVEALEINSMSP
PSYFFPLNDSRSKSVFQNDMQTEKQGLLSHTEAANVIEMIRKWFLQSKAMQTAFYYCFHN
GLESALLAGLQLISRMCLPNIDVCNVLCGLQNSNNNDKVDAGGDGTIISDIFSLLSLCAP
YINNNESREEHNKKCRLSNPHGIVLHCCIALSSIAYCLKSDGKFSASYMLTSSQKKQRIR
LSVLAHLCSSDDRALDSIQLHCASAMLALSAITCLECVCASKSSISEVALTLLPPMATLR
THLKLWLADEMGIQFNDMWSLILCHGLKDGCLGLLDARLKWGGPLAMEQACSNDIPQLLI
CLLAHGPKKDPSDINNAAKIHAGLSPMGVVWALSSLCHCLPGGVFRETLFRRDHVKLIVD
LISDAHIKLLRCWRGFGGGNNGVRDLLNSVVDLFAFPFIVVQSSPSMPPTSASINSGYLL
NIDSPGRRMGVESREMVKSIEANMSHYIQILLEAGVPCSILGCLDFMDSKDLAKPVAFFA
KMVAYRPLALQLVREGLLSSNLAKRLLGGLSPKAVMLDFLMIVSDLARMSKDFYEPIDKA
CLLGHLKDYLCSEDADLRSKACSAIGNMCRHSDYFYKSLAMHEIVDLLIDRCSDPDKRTR
KFACFAVGNAAYHSDALYVQLRRSIPQLTKLLLSTDEDKTKGNAAGALSNLVRNSNLLCK
DIEKEGAIQALIKLVSDYSTVALSPSRRDAITESPLKIVLFALGKMCDHTICRRALRSLN
SAPLFTQLKRSPDSIIAEYASIILTKSSQA
NT seq
4053 nt
NT seq
+upstream
nt +downstream
nt
atggggatagaaaattaccatgttatagaactcattggtgaaggctcatttggaaaggtt
tacaaaggcaggcgcaagtatacaagtcggactgttgcgatgaagtttattctaaaatca
ggaaagagcgagaaggatattcacaatcttagacaagagatagagattctgaggaaactg
aaacatgaaaacatcattgaaatgctggatgcctttgaaagtcctcaagaattctgcgtt
gttacagagtttgcccagggagaattatttgaaattcttgaggatgacaagtcacttcca
gaagaacaagttcaagcgattgctaagcaactggtaaaagccttatattacttgcattcc
aatcgcattatccatcgggatatgaagccacaaaacatacttattggggcaggatctatt
gttaagctttgtgattttggctttgctcgagcaatgtcagcaaacactgttgttctccgc
tcaataaagggtacaccgctgtacatggcccctgaactggtgcgtgaacaaccatacaat
cacacagctgatttatggtcccttggagttatcttgtatgagttgtttgttggtcagcca
ccattttacacaaactcagtgtatgcacttattcgacaaattgtgaaggatcccgtgaaa
tttccagaggatatgggctcacattttaggagtttcttgaagggcttacttaacaaggta
ccagagaaaaggctatcttggccggctctattggagcacccatttgtcaaagaaatttca
gaggataattcagccttggaagtgcaggggcttgctaatgtctccagcaagggatttgat
gtcacctgcagtagagaagaaaaaaactgcattcctgatttagcatctgaatctgcttcc
aataatacttgtaaggggaactcttctcatcttgaatgtgacaaaaatgagaacctctgc
tccgatgtccatgtagacagccctggtctagctaaaaatagtcaatatgatgaatcttca
tcatgtcatcgttctcctgaaaattctccatcagaataccaaattttggataagctggag
aataactcaaaaaccatcaaaggggcaagtattattggtcaagacaatgaggcattatct
gtcattttgcttccattgaagacttgctcgagtggatctcctacatctttaagggattta
aatattgattacgtaaaccagtcaatcagaattatctccaatttaatagcagctggagtg
cagcagtcttctgccgcgcttgatgacattttaagtgtgctacttgactttacaaatttc
attgtcaaactgaagctttctgacgcccatggattaataataaagagcctatcaatttta
aaaaagttattggataacaatggaagcggagtcagaagttcttatgctagacattgggtt
gccctcagcagactatattcacagattttgatcatagtcaaggacacatctggaagaatt
ttctacgagtctactgcctgcattgcaataatgttatctcgagttgctttgggatttaaa
aaatcagaggcaattgacgttcctgagaaggtttctgctacgttttctcaagaggaaatt
ctcattcaaatagttgataatgcccgaacttcaggaattgtggaggctttgtgtgaatgt
ttagtagtttcaggatctagtcttatgtcaggatcttcaaatatggtgcctgctgcatgt
gaagcttgcaaggctatttggtatctggttgaagcattggagattaattcaatgagtcca
ccaagttatttttttccattgaatgattctcgttctaagtctgtgttccaaaatgatatg
cagacggaaaaacaaggcttattatctcatacagaagcagctaatgtgattgaaatgatc
aggaaatggttccttcagtcaaaagctatgcagactgccttttattattgtttccacaat
ggtttagagtcggctcttcttgctggtcttcagcttatatcaaggatgtgtctgccaaat
attgatgtgtgcaatgtgctttgtggcctgcaaaattcaaataataatgacaaggtagat
gctggtggggacggaaccataatctctgacatattctccttattgtcactgtgtgctcct
tacatcaataataatgaatcaagagaggaacacaataagaaatgtagactttccaatccg
catggcatagttctacattgttgcattgccttgtcttccatcgcttactgcttaaagtca
gatggaaaattttcagcatcttatatgcttacaagttcccaaaagaaacaacgaattcgt
ctatcagtgcttgcacatctatgttcttctgatgatagggccctagattcaattcaattg
cattgtgcatcagccatgctggctttatcagcaattacttgtcttgaatgcgtctgtgct
tcaaaatcgtccataagtgaggtagcactaactttacttcctccgatggcaacacttcgt
acccatctcaaactttggttagctgatgaaatggggatacaattcaatgatatgtggtca
ttgatcttgtgtcatggccttaaggatggttgtctcgggttgttggatgctagattgaaa
tggggtggaccacttgccatggaacaagcatgttcaaatgatattccacaacttcttatt
tgtttgttagctcatggccctaagaaagacccttcagatataaataatgctgcaaagatt
catgcaggtttatcaccaatgggagttgtatgggcactttcttccctgtgccattgcctc
cccggtggtgtttttagggagacattgtttaggagagaccatgtgaagctcattgttgat
ctcatatctgatgcacatattaagttattaagatgttggagagggtttggtggaggaaat
aatggagttagagatcttctgaattcagtggtagatctctttgcatttcccttcattgtt
gttcagagctccccgagtatgcccccaacttctgcatccataaatagtggctaccttctg
aacatcgattcacctggtaggagaatgggtgtcgaaagtagggaaatggtgaagtccatt
gaggctaacatgtctcattatattcagattcttcttgaggctggtgttccttgcagtatt
cttggatgcttggattttatggattccaaagatctagccaagccagtagctttttttgct
aaaatggttgcatatcgtcccttggcattgcagcttgttagagaaggtttgttgagttca
aatttggctaaaaggttgcttgggggattgagccctaaggcagttatgcttgactttctc
atgattgtttctgaccttgctcggatgtcgaaggacttctatgaacccatagataaggct
tgtttgcttggtcacttgaaagactatttatgcagtgaggatgctgatttacgttccaaa
gcttgcagtgccattggaaacatgtgtcgccacagtgactacttttataaatctcttgcg
atgcatgagattgtggatctccttattgatagatgttctgatccggacaaacgtactaga
aagtttgcctgttttgctgttggaaatgctgcataccacagtgatgctctttatgttcag
ctgaggagatctatacctcaactcaccaagcttctgctatcaacagatgaagataaaacc
aaagggaatgcagctggcgcattaagcaatcttgtgcgcaactccaacctactctgcaaa
gacattgagaaggagggagcaatacaggctttgataaagttggtgagtgattactccact
gttgcgttaagcccaagcagaagagatgcaatcaccgaatcacctctaaagatcgtactc
tttgctttggggaaaatgtgtgaccacacgatttgcagacgagcgctccgatcattaaat
tctgctcccctcttcacacaactgaaacgctcacctgattcaattattgccgagtatgct
tcaatcattcttaccaaatcatctcaggcttga
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