Setaria italica (foxtail millet): 101766023
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Entry
101766023 CDS
T02818
Name
(RefSeq) uncharacterized protein LOC101766023 isoform X1
KO
K16573
gamma-tubulin complex component 6
Organism
sita
Setaria italica (foxtail millet)
Brite
KEGG Orthology (KO) [BR:
sita00001
]
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
sita03036
]
101766023
09183 Protein families: signaling and cellular processes
04812 Cytoskeleton proteins [BR:
sita04812
]
101766023
Chromosome and associated proteins [BR:
sita03036
]
Eukaryotic type
Centrosome formation proteins
Microtubules and associated factors
gamma-tubulin ring complex
101766023
Cytoskeleton proteins [BR:
sita04812
]
Eukaryotic cytoskeleton proteins
Microtubules
Tubulin-binding proteins
Gamma-tubulin complex components
101766023
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
GCP_C_terminal
GCP_N_terminal
Motif
Other DBs
NCBI-GeneID:
101766023
NCBI-ProteinID:
XP_004976518
UniProt:
A0A368RXU8
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Position
VII:complement(27393068..27402097)
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AA seq
1198 aa
AA seq
DB search
MEAAASSLSSLLSTLRVDGPWTPPGTWESISPESGAARTSGLGGSPRHEPIYELASVTDD
ALVRLALHALHGVKSSLDEIDELFMVFSSNPADRTSSRVANVWSHSSSTTSVGHILKSIR
STGLAVFFLCKFVHFYLIQSREKNCASGGRHECEGSDDKDTEQHQPFSLVNQAFAAAVEK
ALEGYLCSLNTLPASIKLRRSFAQCMPSKISDGVSCNSTSEVTLLEVYLHTEELRRHVKS
LGNICFPKFAGLTLCQEGLNTDANVEFENFPRGTDLLSYLYVHLRDADPVHYGFLKYLFI
RSCEPYFNFIKSWIYRASVDDPYEEFLITQTENKDARGDSSDILDEFTLFPLKGRNHVSA
PCFLKEICHPLLRTGQQLQVLLKLLKSCNLSATGRDAYPSHNTIRMEGVLPWFDTPIESS
MNSFTFSKSSVEAVTCKRDAMYKLMMEKLQHFFSNVEVIPFDTASNFLHKGTDHLATSVS
DAELYYGDSDAALACKMAADEKDNDASSTSQESSDKEDPLESSECSSYTSMDDVEVESAR
ACDDLSSSMSSPYCTSTGEAKCSLVTRKLLSSQASSVHHGINHASPIDESEKDDNLSYRH
VPMHSQNIKHNAALDALELDYQYSQFSPFDRFMKRTCCSSEKMNSVEEFLYTDHKSSVQK
VSHGNVVYPLHSESGSPRLLNSKHYEKSGKINQAWNTSIPYNLSLNPILRNAACCHTESD
LQHKSKNRALASFDFESVTDPCEVYCERSPSCLVESVNGAATVVQPRTQPSGQPDCSSKL
LQAEARSQAYLTSSGEVAEVNLQESASGGAFWEKSLQYNDKSKEKTAGDFSSEFDMPLDI
VIEKCIMQEVLLQYKYVSSFTMKLLEEGFDLHAHLLALRRYHFMELADWTDSFIFSIYHK
KWSFVKPEQKRAEIQGLMELALQRSSCDYDPYKERLFIYMREQPIFSFDASACGLDLLDD
ILLGYKAEWPVNIVIREDTLKIYAEIFCYLLQVRFAVFSLTEVWRFLKELTQLISRSSHS
RPDVMKKLNFVMRVRHKVYHFLSTLQQYLHCHLSDISWRRFQHSLKNQVRDILDLEYVHM
CYITDALDICFLSDESKQVATIVKSMLRLALELRSCFQILGNTCDLPENQLSNLHSLINF
SQVDAIRTRFEGNIKDMYILHSKSSKYGELGLSRFWGYLNYNEYHSTKISRDMGSFCF
NT seq
3597 nt
NT seq
+upstream
nt +downstream
nt
atggaggcggccgcctccagcctctcgtcgctgctctccaccctccgcgtggacggtccc
tggacgccgccgggaacctgggagtcgatcagccccgagagcggcgccgctcgtacctca
ggcctcggagggagcccccgtcacgagccgatctacgagctcgcatcggttactgatgat
gctttggttcgtttggctttacatgccctgcatggtgtcaaatcatcgttagatgagatt
gatgagcttttcatggtgttctcctcgaatccggctgacaggacctctagtcgtgtcgct
aatgtgtggtcacattcatccagcactacatccgtggggcacattctcaaatctatacgc
tcaacaggtcttgcggtcttcttcctttgcaagtttgtgcacttttatcttatccaaagc
cgagaaaagaattgtgcaagtggaggaagacatgaatgtgaaggttctgatgataaagac
actgagcagcatcaacctttcagtctagtaaaccaagcatttgctgcagcagttgaaaag
gccctggaaggctatttatgttccttgaatactttaccagcatcaattaagctcaggcgt
tcatttgcacaatgtatgccttccaagatttcagatggagtgagttgcaattccacttca
gaagtcactcttctggaagtttatctacacactgaggaattaagaaggcatgttaagtcc
cttggaaatatttgtttccctaagtttgcaggtcttacattgtgccaggagggtttgaat
actgatgcaaatgtggagtttgagaatttcccacggggcactgatttgctttcctatctg
tatgtccatcttcgtgatgctgatccagttcactatggatttctgaagtatctcttcatt
cgttcttgtgaaccatactttaacttcattaagtcatggatttaccgagcttctgttgat
gacccttatgaggaatttctcattacacaaactgagaataaggatgctcgaggagactct
tctgacatactagatgagtttacactcttccccttgaagggaagaaatcatgtatctgct
ccatgttttctaaaggagatatgccatcctcttttgcgtactggccagcagcttcaagtg
ctcttgaagcttctaaaatcctgcaatctttctgctactggacgagatgcttatccctct
cataataccattcgtatggagggagttctcccgtggtttgatacgccaattgagtcttca
atgaattcatttacgttctcaaaaagtagtgtggaggcagtaacatgcaaaagggatgct
atgtacaagttgatgatggagaagctgcaacactttttctcgaatgttgaggtgattcct
tttgatactgcatcgaacttcctacataaggggacggaccatctggctacatcagtttca
gatgctgagctgtactatggagacagcgatgctgcacttgcttgcaagatggctgcagat
gaaaaagataatgatgcttcttcaacttcacaagaatcttcagataaagaggatcccttg
gaatcttcagaatgctcttcttatacctctatggatgatgttgaagttgagagtgctaga
gcttgtgacgatttgtctagttccatgtcctcaccatactgtacaagtacaggtgaagca
aaatgctccttggttaccagaaagctgctttcttcccaagccagttcagttcaccatggg
ataaatcatgcaagccctattgatgagtctgagaaagatgacaacttgagttacagacat
gttcctatgcactcacagaatattaagcataatgcggcgcttgacgctttagaattggat
tatcagtatagtcagttttcaccatttgacaggtttatgaagagaacctgttgctcatcc
gaaaaaatgaattcagttgaggagttcttatatactgatcataaaagttcagtacagaaa
gtatcacatggtaatgtagtttatccattacattctgaatcagggtctcctagactactg
aacagtaaacactatgagaagtctggtaagataaatcaggcatggaatactagcattcct
tacaatctcagtttgaaccccatactgaggaatgcagcttgttgtcatacggagagtgat
ttgcaacataaaagcaagaaccgagcacttgccagctttgatttcgagtcagtcacagat
ccatgtgaagtatattgtgaaaggagcccgtcctgccttgttgaatctgtaaatggagca
gcaacagttgtacagcccaggactcagccttctggacagcctgattgttctagcaagctt
cttcaagctgaggcaagaagtcaggcataccttacttcctcaggagaagtggcagaagtt
aatcttcaagaaagtgcttctggtggcgcattctgggagaagtcattacaatataatgat
aaatcaaaagaaaaaacagctggggattttagctcggagtttgatatgccccttgatatt
gttattgagaagtgcatcatgcaagaagttttgcttcaatataaatatgttagcagcttc
acaatgaaattgcttgaggaggggtttgatcttcatgcacatctgctagctctgcggcgg
tatcatttcatggaattagctgactggacagattcctttattttttcaatttatcataag
aaatggtcattcgttaagcctgagcagaaaagagcagagatccaagggcttatggaattg
gctttgcagaggtcttcatgcgattatgatccttataaggaaagattgtttatatacatg
agagagcaacccattttttcctttgatgcctctgcatgtggtcttgatttgctggatgat
atcttattgggttataaagctgaatggccggtgaatattgtcattagagaagacacactt
aaaatatatgctgaaatattctgttatcttcttcaagtcaggtttgcggtgttctcacta
actgaagtatggagatttctaaaggagttgacacagctcatcagtcgctccagccatagt
agacctgatgtgatgaagaaattgaattttgtaatgagagtgaggcataaagtttatcat
tttctatcaacactacagcagtatctccattgccatttatctgatatatcatggcgtcgt
tttcaacattcccttaaaaatcaggtgagagatatactggatctggagtatgtgcatatg
tgttatattactgatgcacttgacatatgtttcctatctgatgagtcaaaacaagttgcc
acaatagtcaaaagcatgctgcgtctggctttggagttacgatcatgttttcagattctt
ggtaacacttgtgatttaccagaaaatcaactcagtaatctgcattctcttataaacttc
tctcaggtggatgcaattagaacgaggtttgagggtaacatcaaagatatgtatattttg
cattccaagtcttcaaaatatggggagcttggcctttcccgtttctgggggtatctgaat
tacaatgagtaccattctacaaaaatcagtagggatatgggcagcttctgtttttga
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