Tetrahymena thermophila: TTHERM_00442160
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Entry
TTHERM_00442160 CDS
T01020
Name
(RefSeq) kinesin motor catalytic domain protein
KO
K10396
kinesin family member 5 (plus-end-directed kinesin ATPase) [EC:
5.6.1.3
]
Organism
tet
Tetrahymena thermophila
Pathway
tet04144
Endocytosis
tet04814
Motor proteins
Brite
KEGG Orthology (KO) [BR:
tet00001
]
09140 Cellular Processes
09141 Transport and catabolism
04144 Endocytosis
TTHERM_00442160
09142 Cell motility
04814 Motor proteins
TTHERM_00442160
09180 Brite Hierarchies
09182 Protein families: genetic information processing
04131 Membrane trafficking [BR:
tet04131
]
TTHERM_00442160
09183 Protein families: signaling and cellular processes
04812 Cytoskeleton proteins [BR:
tet04812
]
TTHERM_00442160
04147 Exosome [BR:
tet04147
]
TTHERM_00442160
Enzymes [BR:
tet01000
]
5. Isomerases
5.6 Isomerases altering macromolecular conformation
5.6.1 Enzymes altering polypeptide conformation or assembly
5.6.1.3 plus-end-directed kinesin ATPase
TTHERM_00442160
Membrane trafficking [BR:
tet04131
]
Others
Actin-binding proteins
Others
TTHERM_00442160
Cytoskeleton proteins [BR:
tet04812
]
Eukaryotic cytoskeleton proteins
Microtubules
Tubulin-binding proteins
Kinesins
TTHERM_00442160
Exosome [BR:
tet04147
]
Exosomal proteins
Exosomal proteins of haemopoietic cells (B-cell, T-cell, DC-cell, reticulocyte, and mast cell)
TTHERM_00442160
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
Kinesin
Microtub_bd
Motif
Other DBs
NCBI-GeneID:
7830646
NCBI-ProteinID:
XP_001033129
TGD:
TTHERM_00442160
UniProt:
I7MGU3
LinkDB
All DBs
AA seq
1584 aa
AA seq
DB search
MNSRSKGVLGVSSSLSSKGQEKSRTNMVSPTRNNQEKQSTSSNARQAELQPNNSQKMVVT
SKNPSISLKPNDKKQTANISLQPAKSPSAQISLSNINSQEPKKVQASQQSDNQIIPEQSP
LNQLDISGITPIDKVENPASSSANQKNTFSFNLPGITVTNLTNQVTNSSTNNNVSNNNTN
LSINNGTASQANQGQILKKAVSINQPSQLLQSSQNFNQLQKSPSKNYSSMTPNLTSKNPT
NGNLISSINLGTANQAQNATNNINISTLNGFADAKSAAFNDLSSPNQAMDQSVNFEVLKQ
FDQKQKSSNIKTFIRVRPLNKMEIEFNENGMGNENLRFNDTKTICVMPEKGLYTLDKVYP
PDTQQEQIYEDVGREMVNDVLQGYNGTIFAYGPTGSGKTYTMFGDVNDPKQKGIIPRVSN
QIFSYINALDQDIEFSITVSMLEIYKEQLFDLLKVDRVNLKIKENPQKGGIYVQGLTAIS
VDCEEDILDAINLGYQSKQTRETRMNEYSSRSHTIFTITVTQRYSNGQEKLGKLNLVDLA
GSEKIAKTQATGETLEEAKKINLSLSCLGNVIHALTSNQEHIPYRDSKLTRILQESLGGN
YKTSLVAAISPHSSQHEEQISTLKFATRAKTIKNNVKMNVKLSVDQMRKLIEQLKTELEK
AQKQNNNFKKIIKQLRDQLKSNQQSMLLSVKEGRATPEQQQQAIQQNMKALEDILNCSEL
AENMEDAQTAKEGNLKNNNSKSYEDSELDESQINNVNGNNNNNILSSETAIEKQVQFSQF
SGKRPSSTQKNIQNMAQLQQQQQSSSSVKGPALNLDYKLAYQEKVSQCRNLEKEIMELKK
IQLETERSLADVREEKHKLEYNHSQQITKNDYNRFEIEILHKQIQSLVDNICKQENSIGV
LMKEKQEISQKKVEEFLKDKLNFSEIHFSEYFKNSINFNYDNLVQKWADVQKNMKQIGVD
DQELFKSQAEFSVLDDDRFKSARRESSNSKPADDQLRGSFIGELDFNKVCNTQDVLEQIV
EFPGQLEQYSQQVPISRDLMIILLKKQLFNSHLINQHLARTINALEWKQIIEYGKAKMKS
ILNKIQTKHIQKLEQVINEANYNYKQLRNRIEQVELETQFVKEKINTYQEFAPKKSRIIK
DTESIRNLLMKPSNDTIRKSLRGSFIGFQLDIEKTTDSPIMKELKEVDEVISKDLIPLTY
DRAIEELKQRNTLIKRTYQELKGNFFNGINQEFIEQVLKEKERLEGKISILQNELKMETS
KSEHYADAYKAEKQNFQLQKDQTKELEQFLVNKMKEETELMEKTQKKITDQHEKEILKYQ
QSFLRIYDKFGEFIKTCITKLSDMKSKPQNIAANQIDSLYSEIMRIKDIYNKTFNQDGEI
NGNQSPQSVNVRFNPNSMIFKSFEGSIDSVYPFTSSNAIKIDDDNIKQQPIEQRSSIQLA
ADETKDANQNGNAKKVTSLGNTAISPSRSPQDLISKQNTQSVPKNNNYIGQDHAQSPNTN
LQQNATFAQYSSSQTHHKGTSAGSKLSYTPTSYQSGLASPTYSNNTSNAINNSNKSKQNT
NPSSTNTSKSNSYSSQGLFGYRKY
NT seq
4755 nt
NT seq
+upstream
nt +downstream
nt
atgaattctagatcaaaaggagtcctaggagtatcaagttctttatcttcaaagggttag
gaaaagagtcgcacaaatatggtctcacctacgaggaataattaggaaaagcagtctact
tcatcaaatgctagacaagcagagctttaaccaaacaacagtcaaaagatggttgttact
tctaagaacccttctatatcgttaaagccgaatgataaaaagtaaacagcaaacatttct
ctccaacctgcaaagtctccatctgcgcaaataagtttaagcaacattaactcctaagag
cctaaaaaagtttaggcaagttaacaaagcgataattaaattattccagagtagagtccc
ctgaattagcttgatatttcaggaataacaccaattgataaagtagaaaatccagcctct
agcagtgcaaactaaaaaaatacgtttagctttaatctccctggaattactgtaactaat
ttaacaaactaagttactaatagtagtacaaacaataatgtaagcaataataacactaat
ttaagcataaacaatggtacagctagttaagcaaactaaggataaatattaaaaaaagca
gtaagcataaattagccatcatagttattataaagcagttagaacttcaattaactccaa
aaaagcccaagcaaaaactattcaagcatgacaccaaatcttacaagtaaaaatcctact
aatggaaatttgattagcagtattaacttaggaacagcaaattaagcttaaaatgctact
aataatataaatatatcaacattaaatggatttgctgatgctaaaagtgctgcttttaat
gatcttagttctcctaactaagctatggattaaagcgttaactttgaggttcttaaacag
tttgattagaagtagaaatcaagcaatattaaaacttttataagagtaagacctttaaat
aaaatggaaattgaatttaatgaaaatggaatgggaaatgaaaatcttcgttttaacgat
acaaaaactatttgtgttatgcctgaaaaaggtttatataccctcgataaagtatatcct
cctgatacataataagaataaatttatgaagatgtcggaagagaaatggttaatgatgtg
ctctaaggatacaacggtactatatttgcatatggtcctacaggttctggtaagacctat
actatgtttggtgatgttaatgatcccaagcaaaaaggtattattcctcgtgtcagcaac
cagatcttcagttatattaatgcactcgattaagatattgaattcagtattacagtaagc
atgttagaaatttataaagagtagcttttcgatttgctaaaagttgatagagttaattta
aaaattaaagaaaatccacaaaaaggtggtatttatgtataaggtttaacagcaatttct
gtcgattgtgaagaggatattttagatgcaataaatttaggttattaaagtaagcagaca
cgtgaaacaagaatgaatgaatactcatctcgttctcatacaatttttactatcactgtt
acataaagatatagcaatggttaagaaaagttaggtaaattgaatttagttgatcttgca
ggttcagaaaagatagccaaaactcaagcaactggcgaaactctagaagaagctaaaaaa
attaacctttctctttcttgtcttggtaatgttattcatgctttaacttctaactaagaa
catattccttacagagattcaaaactgactagaattttgtaagaatcacttggtggtaac
tataagacatcactagtagctgctatttcaccacattctagttagcatgaagagcagata
agtactctaaaattcgctactcgtgctaagacaataaaaaataatgttaagatgaatgtc
aaattatcggtagattaaatgagaaaacttatagagtagctaaaaacagaacttgaaaag
gcataaaagtagaataataatttcaaaaaaatcattaaatagctgagagattaattaaaa
tctaactaataatctatgctgctttctgtcaaggaaggaagagctacacctgagcagtaa
tagtaggccatttaacaaaatatgaaagcattagaagacatacttaattgctcagaatta
gctgagaatatggaagatgcctaaacagcaaaagagggcaatctaaaaaataataattca
aaatcttatgaagattcagagttagatgagagtcaaataaacaatgttaatggtaataat
aataacaatattctatcaagcgagactgctattgaaaaataagtttagtttagttaattt
agtggaaagagaccaagctcgacctaaaaaaatatttaaaatatggctcaattatagtag
caataataatcctcctcatcagttaaaggtcctgctttgaaccttgactataagcttgcc
tactaagaaaaagttagttaatgcagaaacttagaaaaagaaattatggaactcaaaaaa
atttagctagaaactgaaagatcccttgctgatgtgcgtgaggagaagcacaaattagaa
tataatcattctcaataaataactaaaaatgattataatagatttgaaattgaaatttta
cacaagcaaatttagtctttagttgataatatctgcaagcaagaaaactcaataggtgtt
ttaatgaaagaaaaataagaaatttcataaaagaaggttgaagaatttttaaaggataaa
ttaaatttctctgaaattcacttctctgaatacttcaaaaatagcatcaactttaactac
gataatcttgtttaaaaatgggcagatgtataaaaaaatatgaaacaaatcggggttgat
gactaggagttatttaagtcttaagctgagttttcagtgctagacgatgatagatttaag
tcagcaagaagagaaagctctaattcgaaaccagccgatgattaattaagaggatctttt
attggagagcttgatttcaataaggtttgcaatacataagatgttttagaataaattgta
gaatttcctggttaactagagtagtacagttaacaagttcctatatcaagagatttaatg
ataattttgcttaaaaaataacttttcaactctcatttaattaattagcatcttgctaga
actattaacgctttagaatggaaataaattatagaatatggaaaggccaagatgaaatct
attttaaataagatacaaacaaagcacatttaaaagcttgaataagttattaatgaggct
aattataattataaatagttaagaaatagaatagagcaagttgagttagaaacttagttt
gtaaaagaaaagataaatacttactaagaattcgcacccaagaaatcaagaattattaaa
gacactgagtctatcagaaatctcttaatgaaaccctctaacgatacaattagaaaaagt
ttaaggggaagctttataggattttagttagatattgaaaaaacaactgacagtcctata
atgaaggagctaaaggaagttgatgaagttatctcaaaagatctgattcctttaacatac
gatagagcaattgaagaattaaaacaaagaaatacccttattaaaagaacttactaagag
ctaaaaggaaatttctttaatggtatcaatcaggaattcatagaataagtattaaaagaa
aaagaaagacttgaaggaaaaatatcaattcttcagaatgaattaaaaatggaaacatct
aaatcagagcattatgctgatgcatataaagctgaaaagcaaaacttttagcttcaaaaa
gattaaactaaggaattagaataatttttagtcaacaaaatgaaagaagaaacagagttg
atggaaaagacataaaagaaaattactgaccagcatgaaaaagaaattttaaagtaccag
cagagtttcttgagaatttacgataagtttggcgaattcataaagacttgcatcacaaag
ttatcagacatgaaatcaaagccataaaacattgctgctaatcaaattgactctctatac
tctgaaataatgagaattaaagatatttacaataaaacatttaattaagatggtgaaatt
aatggtaactaatctccttaatctgtaaatgtaagatttaatcctaatagtatgatattt
aagtcatttgaaggaagcatagactctgtgtatcctttcacctctagtaatgcaatcaaa
atcgatgatgataatatcaaataataacctatcgaataaagatctagtattcagctagca
gctgatgaaacaaaagatgctaatcaaaatggaaatgctaaaaaggttacttcattaggg
aatacagctatttctccttcaagaagtccataagatctaatttctaaataaaatacataa
agtgtacctaaaaataataattacataggacaggaccacgcttagtctcctaacacaaat
ttataacaaaatgctactttcgcttaatatagtagcagccaaacacatcataaaggaact
tcagcaggcagtaaacttagctatactccgacaagctattaatcaggtctagcaagtcct
acatattcaaataatacttcaaatgcaattaataactcaaataaatctaaataaaacaca
aacccttcttcgaccaacacatcgaagtctaactcttattcttcttaaggtctttttggg
tataggaaatattga
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integrated database retrieval system
