Amphiura filiformis: 140157438
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Entry
140157438 CDS
T10871
Name
(RefSeq) uncharacterized protein isoform X1
KO
K14835
25S rRNA (cytosine2870-C5)-methyltransferase [EC:
2.1.1.310
]
Organism
afil Amphiura filiformis
Brite
KEGG Orthology (KO) [BR:
afil00001
]
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03009 Ribosome biogenesis [BR:
afil03009
]
140157438
Enzymes [BR:
afil01000
]
2. Transferases
2.1 Transferring one-carbon groups
2.1.1 Methyltransferases
2.1.1.310 25S rRNA (cytosine2870-C5)-methyltransferase
140157438
Ribosome biogenesis [BR:
afil03009
]
Eukaryotic type
Pre-60S particles
Other pre-60S particles
140157438
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Methyltr_RsmB-F
RsmF-B_ferredox
Methyltr_RsmF_N
TRM5-TYW2_MTfase
FtsJ
Motif
Other DBs
NCBI-GeneID:
140157438
NCBI-ProteinID:
XP_072036742
LinkDB
All DBs
Position
7:complement(61988368..62016752)
Genome browser
AA seq
1126 aa
AA seq
DB search
MGRKKDRTDIGKTRGPGKKTKKQGEPEFPVHLKSLIENGGGGAAVKRGRRARKRAAKARG
HQEDKEPPVPDKIPKKKVPVTEPLNDNDDDDDDDEMDFFGSDDETGPGGDFEMIDNDDDQ
DDDDDEGEGEDDEEDDDDEDNLVDFEAMEGSESDEEEEGSGSSEEDEEAPSQKKQAKKSK
QVARSEEEESEDDDEEDDEEEDDEEDDEEDDEEDDEEDDEDAQEELPVKKTTKKKDAKIT
KKLHEEEEEEENDDDDEDEDEESEDEDEESEDEEDDSDSDDAEEDQVAIQKSTKNKKQDV
VSVTQKNATAKMEKKQKGKMAEEEDDDEDDDDEEIEEDSDEEEEEDDDDEEEDEDDSSDG
LEGAPDSGFTDENQTWLQLAKKKGKVKVQALSDLMDESDGDEEPDDFADVGIGEESSSES
DEDDEDEDLLPIEKASKKLDKKKQKEKLLAEAELQTNLAQMETFKLPSGEEIEQEAVKPP
ELSYVYQRIKEVMEVLGDFKIRRVQDRSRTEYLERLKEDLMTYYSYNEFLIEKIMDIFPL
SELIEFLEANEVPRPVTIRTNTLKTRRRDLAQALINRGVNLDPLAKWSKVGLVIFDSSVP
VGATPEYLAGHYMLQGASSFLPVMALCPQEKEKILDMCASPGGKSTYIAALMKNTGMLFA
NDANADRIKGLVGNIHRCGVTNTVVSNEDGRSFPKIIGGFDRVLLDAPCSGTGVIAKDTS
VKTNKDHKDLDRCTLLQKQLLLAAIDSVDSKSATGGCVVYSTCSVLVEENECVINYALSK
LNVKLVPTGLDFGKDGFTRFRERKFHQSMKLTRRFYPHTHNMDGFFVAKLHKYSNNIPDK
DGKTDAAADTDSSDAKATNAQKEKKPQKSDKESQAQQSPKPAEKGRKEPGKPPGQKGGQQ
SPKPASKEGIKETMSKAAAKELTKQQKFQKKRNQRRNRMKKGKKLRAAAAKASAADGAQG
SSSQKAEESVKKQEKHSETSTQSADKKSNKKKSGKRTLQRSEKPLANGMSPSQSGKKQGE
SSVPGKKGKAKENVKKPSEGQGQVSAAKQDSNNNSKVANMKKKKKGGGGGGESAGGVKSV
PTTPAAGGVKSAPTTPAVGNNSAKKQKRKRKSGGGSDHSAAMKKKK
NT seq
3381 nt
NT seq
+upstream
nt +downstream
nt
atgggccgtaaaaaggacaggacagacatcgggaagacacgaggacctggaaagaaaacg
aagaagcaaggggagccagaattccctgttcatttaaagtctcttattgaaaatggtggt
ggcggagctgctgttaaaagaggtagacgagcacgtaaaagggccgcaaaagcaagagga
caccaagaggataaggaaccacccgtgccagataagatcccaaagaagaaagttcctgta
acagaaccactgaatgacaacgacgatgatgatgatgatgatgagatggacttctttgga
agtgatgatgaaactggaccaggcggagactttgagatgatagacaatgatgatgaccaa
gatgatgatgatgatgaaggggaaggtgaggatgatgaagaagatgacgatgatgaagat
aacttggtagactttgaagcaatggaaggatctgaaagtgacgaagaggaagaaggatcg
ggaagttcagaggaggacgaagaggcaccatcacagaagaaacaggcaaagaaaagtaaa
caagtagcgcgttctgaagaggaggaatctgaagacgacgatgaagaggacgatgaagaa
gaagacgatgaagaagacgatgaagaggatgatgaagaggacgatgaagaggatgatgaa
gatgcccaagaggagctaccagtaaagaagacaactaagaaaaaggatgccaaaattacc
aagaaactacatgaagaggaagaggaggaagaaaatgatgatgatgatgaagatgaggat
gaagaaagcgaagatgaggatgaagaaagcgaagatgaggaggatgacagtgattctgac
gatgcagaagaggaccaggtagcaattcagaaatcaaccaagaacaagaaacaagatgtt
gtcagtgtgacacaaaagaatgccacagctaaaatggagaaaaagcagaaagggaagatg
gcggaggaggaagatgatgatgaggacgacgacgacgaagaaatagaagaagacagcgat
gaagaggaggaggaggacgatgacgatgaagaggaggatgaagacgatagcagtgatggt
ttagagggtgctccagacagtggcttcacagatgaaaaccagacctggttgcagctggcg
aagaagaaagggaaggtcaaagttcaagcccttagtgatttgatggatgaatccgatggc
gatgaagagcctgatgactttgccgatgtcggaattggagaggagtctagttcagagagc
gatgaagatgatgaggatgaagacctgctgccaattgagaaagcttcaaagaaactcgac
aaaaagaagcagaaagaaaaattgcttgctgaggccgaattacaaaccaaccttgcgcaa
atggagacgtttaagctaccaagtggagaggagattgaacaggaagctgtcaagccaccg
gagctgtcatacgtctaccagagaattaaagaagtgatggaagtgctgggagactttaaa
atcagaagagtacaagataggtcaagaactgaatatctggagcgcttgaaggaggacctg
atgacgtactacagttataatgagtttctgattgaaaagatcatggatatcttccctctg
tctgagttgatagaatttcttgaagctaatgaggtgcctagaccagtgacaatacgcacc
aatacattgaagacaagacgccgggatctagcacaggcactgattaacagaggggtgaat
ctggatcctttagccaaatggtctaaagtgggtttggtcatctttgactcatctgttcca
gtaggtgctactccagaatacttggctggtcattatatgctgcaaggtgcgtccagtttt
ctaccagtgatggccctctgcccgcaggaaaaagagaagattctcgacatgtgtgcttca
ccgggaggaaaaagcacttatattgctgctctgatgaagaacaccggcatgttgtttgct
aacgacgcaaacgcagatagaatcaaaggtctcgttggaaacattcaccgctgtggggtt
accaataccgtggttagtaacgaggatggacgatcatttccaaagatcatcggagggttt
gatcgagtcttactagacgccccctgcagtggtacaggggtcatcgccaaggatacatcg
gtgaagaccaataaggaccacaaggatcttgaccgctgcacgctgcttcagaaacagttg
ctgctagcagctatcgattcagttgattcaaagtcagcaacaggcgggtgtgtggtctat
tcaacatgttcagtgctggtcgaggagaatgagtgtgtcatcaactatgctttgagcaag
cttaacgtgaagttagtccctacaggcttagattttggcaaggatggattcacacggttc
cgtgagcgcaagttccaccaatccatgaagctaacccggcgtttctatcctcacacgcat
aacatggacgggttctttgtagccaagctacacaaatactcaaataacattcctgataaa
gatggtaaaacagatgcagctgctgatacagatagttccgatgccaaggcgaccaatgca
cagaaagaaaagaaacctcaaaagtcggacaaagaatcacaagcacagcagtcgcctaaa
ccagccgagaagggcaggaaagagcctggcaaaccacccggtcagaaaggcggtcaacag
tctccaaaaccagctagcaaggaaggcattaaagaaacgatgagcaaagcagcagcaaag
gagctgacaaagcagcaaaaattccagaagaagcgtaatcagaggagaaacaggatgaag
aaagggaaaaagctgagagcggctgctgccaaggcatcggctgccgatggtgctcagggt
tcgtcatctcagaaagcggaagaatctgtaaagaaacaggagaaacatagtgaaacaagt
actcagtcagctgacaagaagtctaataaaaagaaaagtggtaagagaactttacaaaga
tctgaaaagccacttgcaaatggaatgagtccttcccaaagtggcaaaaagcaaggagag
tcgtctgtgcctggtaagaaaggcaaagcaaaagagaacgttaaaaagcctagtgaaggt
caaggacaagttagtgctgccaaacaagatagtaataataacagtaaagtagcaaacatg
aagaaaaagaagaaaggcggtggtgggggcggagaaagcgcaggtggtgtgaagagtgta
cctacaacgccggctgcaggtggtgtgaagagtgcacctaccacgccggctgtcgggaac
aattcagcgaagaaacagaagagaaaacgaaagagcggtggaggaagcgatcatagtgct
gcgatgaagaagaagaaatga
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