Cavenderia fasciculata (cellular slime mold): DFA_05309
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Entry
DFA_05309 CDS
T02668
Symbol
utp14
Name
(RefSeq) U3 snoRNP protein
KO
K14567
U3 small nucleolar RNA-associated protein 14
Organism
dfa
Cavenderia fasciculata (cellular slime mold)
Pathway
dfa03008
Ribosome biogenesis in eukaryotes
Brite
KEGG Orthology (KO) [BR:
dfa00001
]
09120 Genetic Information Processing
09122 Translation
03008 Ribosome biogenesis in eukaryotes
DFA_05309 (utp14)
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03009 Ribosome biogenesis [BR:
dfa03009
]
DFA_05309 (utp14)
Ribosome biogenesis [BR:
dfa03009
]
Eukaryotic type
90S particles
U3 small nucleolar RNA-associated proteins
DFA_05309 (utp14)
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
Utp14
DUF4630
Motif
Other DBs
NCBI-GeneID:
14875651
NCBI-ProteinID:
XP_004361028
UniProt:
F4PNX4
LinkDB
All DBs
Position
Unknown
AA seq
1087 aa
AA seq
DB search
MNRGGGISRGGSRGGGFSRGGGGSSRGGGGFSRGGGRGGFSSRGGSSGGRGGFSSRGGGG
SRGGSRGGGFSRGGRGGRGGAPDNFKDFKKERLEKKDKAEELQTAVGYHSYVDDSDEETP
DVESLARKEPEFIDEELSENELYGSEGESTDDDMDEDGSLFSNRKDRRLNFEEEDGDGFV
DLSDLLDSGSSSKKQPQPKKQQQPKQQEIQPKKKQTTSLYEEDEEDEEEMDESDDDSEEM
FSAEEEMMDESDDESEEYNPDEQDEEFKEEDDEKMLELMEGLDTTQLKKLSNLPDVTEMF
SKESQHGVRPTNDDQLDLGDLLEMMPEEFDQLKTQLQGVASGGGALSKPLNHIDQAKLSR
KIATQDVEKSLAKWDRFIRHQRELATVVYKRRVETVNDVSVLGTATQATDLNRLIGSALK
KDGLPNNMAVNAAGSGGDKKKKTKKELHEDKERLNEIIALRNKMYYEAQKNKRQSKIKSK
TYRKILKKQRIKEMEKRDEELSKLDPEYARHKQLAAEEARIVERMNQRHTNKSKFMKNVL
KGGLNLERRQAINEQHQTHLELKNKMKSVRQEFSDSDASDDDDTPSSNNKDEQMYKSVDR
DISERDVEDLDTTLPIKERIQQKLGLLGMNPNAKEIVSDKGINALKFMQNSVERDLDQQI
QRKIHGNDDYDAMEAQEKKKQQIDKEYSGHIAIHRPVAKQQQQSQTTKSDTTGQLVDKVA
FSSGHKMKTSTSISVGQAASVDIENVKSSDITASTNKKVADYVKIKIDENDKKKRKHVED
EQEEEESADSNPWINGTERSQAGTGSKEKKKKILKKPKKNSNNNKNSKKNQSMSLITSKK
QKDLLKKAFENDGVQEEFEQEKDELIENAVAPTQDASLPGWGSWAGDGVKQSKFEIQKRK
KQKIQRDAQVKDLASKRTDITNNKVIIDDAALKGGIGKYMINNIPRHYVNKEQYENTLET
PIGPDWNTYSAFKKLIEPKLRVEAGVTIQPVGTKELSQFNKETSDDVQTTPIILIVFNQF
GHCTLNVDNYTPCVGIVVVVDVPTLPYPGGKEKVTNHTPIVKQIQTDSISTTQKLGTVHE
HSLQDNF
NT seq
3264 nt
NT seq
+upstream
nt +downstream
nt
atgaatagaggtggaggtattagtagaggaggtagtagaggaggaggattctcaagaggt
ggcggtggttcatctcgtggaggaggaggattctcaagaggtggaggtcgtggaggcttc
tcttcaagaggtggttcttctggtggtcgtggaggcttctcttctagaggtggaggaggt
agcagaggaggtagcagaggaggaggcttctcaagaggtggtcgtggtggaagaggaggt
gcaccagacaactttaaagactttaaaaaagagagactcgaaaagaaagacaaggctgaa
gagttacaaactgcagttggatatcacagctacgtagacgacagtgatgaagagactccc
gacgttgaatcattggcaagaaaggaaccagagtttatcgacgaagagttgagcgaaaat
gaattatacggttccgagggtgaatcaactgacgatgatatggatgaagatggttcatta
ttctcaaatagaaaggatagaagattaaactttgaagaagaagatggagatggatttgtt
gatttatctgatttgttggatagtggatcatcatcaaagaaacaaccacaaccaaagaaa
caacaacaaccaaaacaacaagagatacaaccaaagaagaaacaaacaacatcactttat
gaagaagatgaagaagatgaagaggagatggatgaaagtgacgatgacagtgaagagatg
tttagtgctgaagaagagatgatggatgaaagtgacgatgaaagtgaagaatataatcca
gatgaacaagatgaagaattcaaagaagaggatgatgaaaagatgttagagttgatggaa
ggattggacactactcaattaaagaaacttagtaatctgccagatgtgacagagatgttt
agcaaggagtctcaacatggtgtacgtccaaccaacgacgaccagttggatcttggtgac
ttgctcgagatgatgcccgaggagtttgaccaactcaagacacagttacaaggtgttgct
agtggtggaggtgcgttgtccaagccattgaaccatatcgaccaggctaaattgtcgcgt
aagatagccacacaagatgttgaaaagtcgttggccaaatgggaccgtttcatcagacac
caacgtgaactcgccaccgtcgtctacaagcgtcgtgtcgagactgtcaacgatgtcagt
gtattgggaactgctacccaagcaaccgacctcaacagactcattggcagtgctctcaaa
aaggacgggctccccaacaacatggctgtcaacgcagctggctctggaggggacaagaag
aaaaagactaaaaaggagttacacgaagacaaggaacgtctcaacgagatcattgcgttg
cgtaacaagatgtactatgaggcacaaaagaataagcgtcagtccaagatcaagagcaag
acgtaccgcaagatcctcaagaaacagcgtatcaaggagatggagaagcgtgacgaagag
ctctctaagctcgacccagagtatgcccgtcacaagcagttggctgccgaagaagctcgt
atcgtcgagcgtatgaaccaacgtcacaccaacaagtccaagtttatgaagaatgtgctc
aagggcggtctcaacctcgagcgtcgccaagccatcaacgagcaacaccagactcacctc
gagctcaagaacaagatgaagagtgtacgtcaagagtttagcgacagcgatgctagcgat
gacgatgacaccccatcctccaacaacaaggacgaacaaatgtacaagtcggttgacaga
gacattagcgagcgtgatgtcgaggacttggacaccactctccccatcaaagagagaatc
caacaaaagttgggtctccttggcatgaatccaaacgccaaggaaatcgtctcggacaag
ggtatcaacgcactcaagtttatgcaaaacagcgtcgagcgtgacctcgaccaacaaatc
caaagaaagattcatggcaacgacgactatgatgccatggaagcacaagaaaagaagaaa
caacaaattgataaggagtatagtggtcatatcgccattcatcgtccagttgccaaacaa
caacaacaatcacaaactacaaagtctgatactactggtcaattagttgacaaggttgcc
ttttcaagtggtcacaagatgaaaacttcaacatctatttcagttggtcaagctgcttct
gttgacattgaaaatgtaaagtctagtgatatcacagcttcaacaaacaaaaaggttgca
gactatgtaaagatcaagattgacgaaaatgataaaaagaaacgtaaacatgtagaggat
gaacaagaggaagaggaatcggccgattcaaatccatggataaacggaacagaaagaagt
caagctggaactggtagcaaggaaaagaaaaaaaagattctaaaaaaaccaaaaaagaat
agcaacaacaacaagaatagcaagaaaaatcaatcaatgtctcttatcacctccaagaaa
caaaaggatctccttaaaaaggcatttgaaaatgatggtgttcaagaggaatttgaacaa
gaaaaggatgaattaatcgaaaatgcagttgctccaactcaagatgcttctttaccaggt
tggggttcttgggctggtgatggtgtaaaacaaagtaaatttgaaattcaaaaaagaaag
aaacaaaaaatccaacgtgatgctcaagttaaggatttggcttcaaagagaacagatatt
accaacaataaggttattattgacgatgcagctctaaagggaggaattggtaaatatatg
attaataatattccacgtcattatgtcaacaaggaacaatatgaaaatacattggaaact
ccaattggtccagattggaatacatattctgcatttaagaaattgattgaacccaagttg
cgtgtcgaggctggtgtgaccatccaaccagtcggcacaaaagaattgtcccagttcaac
aaagaaacaagtgatgatgttcaaacaacaccaattatattgattgttttcaatcaattt
ggtcattgtactctcaatgttgacaactacaccccatgtgtgggcattgttgttgttgtt
gatgttccaaccctaccttacccggggggaaaagaaaaagtaactaaccatacaccaatt
gtaaaacagattcaaacagattcaatttccacaacccaaaagttgggtacagtacacgag
cactcgctgcaggataacttttaa
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