Tetrapisispora phaffii: TPHA_0A02440
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Entry
TPHA_0A02440 CDS
T02235
Symbol
TPHA0A02440
Name
(RefSeq) hypothetical protein
KO
K02516
type II protein arginine methyltransferase [EC:
2.1.1.320
]
Organism
tpf
Tetrapisispora phaffii
Pathway
tpf04011
MAPK signaling pathway - yeast
tpf04111
Cell cycle - yeast
Brite
KEGG Orthology (KO) [BR:
tpf00001
]
09130 Environmental Information Processing
09132 Signal transduction
04011 MAPK signaling pathway - yeast
TPHA_0A02440 (TPHA0A02440)
09140 Cellular Processes
09143 Cell growth and death
04111 Cell cycle - yeast
TPHA_0A02440 (TPHA0A02440)
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03041 Spliceosome [BR:
tpf03041
]
TPHA_0A02440 (TPHA0A02440)
03036 Chromosome and associated proteins [BR:
tpf03036
]
TPHA_0A02440 (TPHA0A02440)
Enzymes [BR:
tpf01000
]
2. Transferases
2.1 Transferring one-carbon groups
2.1.1 Methyltransferases
2.1.1.320 type II protein arginine methyltransferase
TPHA_0A02440 (TPHA0A02440)
Spliceosome [BR:
tpf03041
]
Other splicing related proteins
Spliceosome associated proteins (SAPs)
Other SAPs
TPHA_0A02440 (TPHA0A02440)
Chromosome and associated proteins [BR:
tpf03036
]
Eukaryotic type
Histone modification proteins
HMTs (histone methyltransferases)
PRMTs (protein arginine metyltransferases)
TPHA_0A02440 (TPHA0A02440)
HMT complexes
CHTOP-methylosome complex
TPHA_0A02440 (TPHA0A02440)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
PRMT5_TIM
PRMT5
PRMT5_C
Methyltransf_31
Methyltransf_25
Motif
Other DBs
NCBI-GeneID:
11532381
NCBI-ProteinID:
XP_003683761
UniProt:
G8BN49
LinkDB
All DBs
Position
1:518556..521312
Genome browser
AA seq
918 aa
AA seq
DB search
MIQSNVYVGIKPSFNKVDESFYDETYSSIPTVNFDYVLLPITNQRYSQIAIKAVENYRLS
QKESYNLFSELTIPEPKLQDLYIPPFKSKASLNGSDGQYIMHLGLLASWLDLDSMDPVIS
DFSYKVLLNECKYARFVGIRKLLVAPPRDLSNLTPYSQTINRLLNHEVLTMEPKITLSIS
LPLVEDSEPFATWELWNTVRKICEYNELLTISLALPRIKTPSYVLKRWLCEPVSCLLISS
SIFETNQNNYPVLHKFNQKILREFQRINGNSQSEQGQLCVILHGMEKHADFIRGGSVSYL
DYINFLLKKEDKLIMDEFNKEAINMTNEQGSSNANLINEDKWLPKLMPPLLPNSDNLTND
TYLVFENDRTKYDLYHEAIHQAIHDKLSYIQHLKRNNSQKFQILVAGAGRGPLIDETYDI
LKYYNVLNKCKIIAIEKNSQAFLFLQKKKFDKWVDSVELIRCDMKKLSNDFGKFDIVISE
LLGSFGCNELSPECLIHIEANFSRKETIFIPESYSSYVAPASLPLVRQKLDKFSNGFEKP
WLVNNIPYCILSTKINKIWSFQHPLLKTENQDNKHLFNKNIENGEFKLKHKCEIDGLIGF
FSATLYNNITLSTLPEGFTINDPRKEYDTKITTNDKNESIHTKNLKSWAPIFFPITSPLS
ITDDTELSVYFNRISDSQLKKTWYEWSLESFIYLVVSSTSHKQNGNTTVASKSIHNQASL
NELRETTTIKDEQSLMELNGSEEVQPQPTQQESNRNYYYQSEFETGGWESVNDIHELTSD
MSRLNTDNTNEENKISATFDLKVSPTHGRHNQPSLIEVQSIDEDSPENLDYSYELEEDFK
AMRTNNNDISTLNDDTMDHDNSSHKTTNKNMNTTANTKTSRDINTNNTSNNQLEVNLRIR
TGVTKLHNMNGNKSSIPY
NT seq
2757 nt
NT seq
+upstream
nt +downstream
nt
atgattcaaagcaacgtttacgtcggtattaaaccaagcttcaacaaagtagatgaatcc
ttttatgatgagacatattcatcaatacctactgtaaattttgattatgttttgttgcct
ataacgaatcaaagatatagccaaattgcaattaaagctgttgaaaattatagattatca
caaaaggaaagttataatttattttcagaattaactattcctgaaccaaaattgcaagat
ctttatatacctccatttaaatccaaggcatcattaaatggtagtgatggtcaatatatt
atgcatttgggtttactagcgtcttggctagatttagattccatggatccagtaataagt
gactttagttataaagttttattaaatgaatgtaagtacgctagatttgtaggtattagg
aagctattagtggcaccaccgagggatctatcaaatttgactccatattcacaaactata
aacagattattaaatcatgaagttcttacaatggaacctaaaattacattatcaatatca
ctacctttagttgaagatagtgaaccatttgctacatgggaattatggaataccgtgaga
aagatatgtgagtacaatgaattactgaccatttcattagctttacctagaattaaaaca
ccatcctatgtattaaaacgatggttatgcgagccagtatcatgtttattaatatcttct
tcaatctttgaaactaatcagaataattatcctgtgttacataagtttaatcaaaaaata
ctgagagaattccaaaggattaacggcaattcacaaagtgaacaaggtcaactatgtgtc
atactacatggtatggaaaaacatgctgattttattagaggaggttctgtttcatatctt
gattatattaattttttgctaaagaaagaagataaattaataatggatgagtttaataaa
gaagccatcaacatgaccaatgaacaaggaagttctaatgcaaacttaatcaatgaagat
aaatggttacctaaattaatgccgcctttactacctaactctgataatttaactaatgat
acatatctagtttttgaaaatgataggacaaagtatgatttataccatgaagctattcac
caggcaattcatgataaattgtcatatatccaacatttaaaaaggaataactctcaaaaa
tttcagattctagtcgctggtgcaggcaggggtccattaattgatgaaacatatgatatt
ttgaagtactataatgttttaaataagtgcaagataattgccattgagaaaaattcacaa
gcttttttgtttttacaaaagaagaaatttgataaatgggttgattcagttgagttaata
agatgtgatatgaaaaaattatcaaatgattttggtaaatttgatattgtaataagtgaa
ttattaggatcttttggttgtaacgaattatctcctgaatgtttaattcatattgaagcc
aattttagtcgtaaagagacaatatttattccagaatcatattcgtcatatgttgcacca
gcatctcttccattggtaagacaaaaattagacaaattttcaaatggatttgaaaaaccg
tggttagtgaataacattccatattgtattttatctactaaaatcaataagatatggtca
tttcaacatccattgttaaagacagaaaatcaagacaataaacatttatttaataagaat
attgagaatggtgaatttaaattaaaacataaatgtgaaatagatgggttaattggattt
ttcagtgcaacattgtataataatattactttatctactttacctgaggggtttacgatc
aatgatccaagaaaagaatacgacacgaagattaccactaatgataaaaatgaatcaatt
catacaaaaaatttaaagtcatgggcacccatttttttccctataactagtccattaagc
ataactgatgatactgaactatctgtgtatttcaataggatttcagacagtcaattaaaa
aaaacatggtatgaatggtcattagagagttttatatacttggtagtgtcctcaacgtca
cacaaacagaacggcaataccacagttgctagtaagagcatccataatcaagcatcatta
aatgaacttagagagacaaccacaattaaggatgaacagtcattgatggagcttaacggt
agtgaagaggtacaaccacaaccaacacaacaagaatcgaatagaaactactattatcaa
agtgaatttgaaacaggaggatgggagagtgtcaacgatatccatgagttaacaagcgat
atgagtagattgaataccgataacacaaatgaagagaacaaaatcagtgcaacgtttgat
ttaaaagtatcaccaacacatggtcgtcataaccaacctagtttaatcgaagttcaaagc
atcgatgaagatagtccagagaatttagattattcatatgaactcgaagaagattttaaa
gccatgagaacaaataacaatgatatctcaactctaaatgatgatactatggaccatgat
aactcttcgcataagacaacaaataaaaatatgaatacaactgcaaacacaaaaacctcc
agggatataaacacaaataatacaagcaacaatcaattagaggtcaatttacgcattaga
actggagtaacgaaattacataatatgaacggtaataaatcatccataccatactaa
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